USB Y Cable: What You Need to Know About USB Y Cable

USB Y Cable

Although USB Y cable seem insignificant to most people, they do not realize that it comes in handy in many situations. It would be fair to say that some tasks would even be impossible without their presence. On the surface, a USB Y cable looks like every other USB cable. However, there is a big difference, and that is the cable’s shape. As the name implies, the shape of the cable is similar to alphabet Y. The primary purpose why these kinds of wires exist is to provide power to devices that require energy from more than one USB port.

USB Y Cable

Chapter 1: What is a USB Y Cable?

Initially, before the advent of USB Y cables, finding methods to provide power to devices that required too much energy used to be a tough task. It was dangerous, as you never knew what you were getting into. Luckily, with the USB Y cables, things became simple, convenient, and, more importantly, safe. There are three plugs present on a USB Y cable. All of these plugs have the same purpose, and that is to connect with USB data and power.

On this cable, you will find two connectors on the Y end and one connecter to a USB device. The Y end connectors connect with personal computers and laptops, while the other end attaches with a USB device. There are some devices, like external disk drives (especially if they are of high speed) that need many currents (sometimes a little over 500 mA). These kinds of devices are bound to face power issues if you power them, using only one USB port. It could potentially cause the device to function erratically or stop it from working altogether. There is also a possibility of the port overloading and becoming useless because of too much damage.

These days, most high-powered devices come with Y shaped cables with two connectors (for data and power) or external power sources. With USB Y cables, a device is capable of drawing energy from two USB ports at the same time. However, according to USB compliance specifications, you cannot use Y cables that have 2 A plugs on any USB peripheral. It means that, if USB peripherals need a significantly higher power than what the USB specification allows, then it has to be self-powered.

Chapter 2: Main Uses of USB Y Cable

When it comes to regular USB Y cables, their function is to enable a USB to get power from two host sockets of a USB simultaneously, all the while receiving data from a transmitter from one of the sockets. As long as there are two USB sockets available with the host, the peripheral will be able to provide energy of two USB ports. The best thing about this is that there will be no need for a mains adaptor. Optical disk drives or portable hard drives sometimes come with Y cables only for this very purpose.

USB Y cables also have newer variants that allow USB peripherals to get power and data from two different devices. It makes power-hungry peripherals usable with sockets designed for supplying very little outgoing power.

There are two different kinds of USB Y cables:

  • One has two female connectors and one male connector. This type has two further categories. The first one is a regular charging cable; it splits the port’s power over two devices. The other type is a special cable. This cable splits data lines; however, its uses are particular.
  • The other kind of USB cable has one female or one male connector. Essentially, your USB cable has one side for hosting and the other side for the device. However, there is an extra connector, which attaches adjacent to the wire.

As you may know by now, USB Y cables earned their name due to their Y like appearance. This kind of cable is useful if a singular signal has to go to two different destinations. Let’s say, for instance, that you have a headphone output of ¼ inch. You want the same thing to be listenable by two people on their headphones that have 3.5 mm connectors, the best solution to the problem would be to use a USB Y cable along with a quarter-inch male to 3.5 mm female jacks. 

This setup will ensure that the signal quality for both the headphones remains the same. The wiring of the cables ensures every single end contact connects with its equivalent present on the dual end. Keep in mind that traditional USB Y cables are specifically for splitting signals. However, do not combine two signals with a Y cable, as there is no means of controlling how the signal combines.

Conversely, if a stereo breakout occurs, it does what its name states, break stereo signals in 2 individual points. One of the most common scenarios where a stereo breakout is necessary is when someone uses their iPod for playing music or any audio with an audio mixer that has quarter-inch TS inputs. Using a TRS of 3.5 mm to a dual quarter-inch TS breakout cable would be the best choice for these situations

Connect the TRS’s 3.5 mm end with the iPod or any other music device to get a left signal on the other end. You can connect every end to its mixer input. If you use it properly, you can use a stereo breakout in any direction. Selecting the right USB Y cable is essential for accomplishing what you want. Besides their abundant use in audio problems, Y cables come in handy for analog audio signals and analog video signals.

Let us discuss some common uses of USB Y cables for single paths:

  • Returning and sending outbound signals on the Y’s leg and keeping the inbound signals separate
  • Taking signals from a single multi-pole output and spreading it two to connectors for input. This system helps to separate the signals. Therefore, USB Y cables act as consolidating connectors
  • Splitting signals by feeding singular output to multiple inputs
  • Combining signals by feeding various outputs to a singular input

Commonly, Y cables are handy in domestic settings with 3.55 male mini-jack stereos on one end for plugging the headphone or line output of computer soundcards, mobile phones, or MP3 players.

Custom USB Cable

Chapter 3: Is Using USB Y Cable Dangerous?

Whenever gadgets are the topic of discussion, the first question that comes to everybody’s mind is whether they are safe or not, the same goes for USB Y cables. USB Y cables carry a lot of electricity to power-hungry devices. So naturally, people try to be cautious to avoid any damages. However, the way you utilize the cables is a significant factor that decides whether the cable would cause any damage or not.

That said, if you draw too much power for devices not necessarily built for enduring too much electricity, yes, there would be some repercussions. Your device may suffer damage, and your cable could wear out as well.

For example, there is a reason why you should always charge an iPhone with an iPhone charger and not an Android charger. The reason is that chargers for iPhones draw much more power in comparison to Android-based chargers. Therefore, if you use an Android charger for powering your iPhone, not only will it take too long to charge the phone, it will damage the charger’s quality as well. It is also possible that the charger stops working entirely.

Therefore, choosing a Y cable itself is not inherently dangerous; the way you use it, however, could be. Make sure that you read the specifications of your devices thoroughly to avoid any mishaps. Don’t worry about blowing things up with the Y cable. It is safe to use as long as you take the necessary precautions that you take with any device that utilizes electricity.

A small problem that you may find with USB Y cables is that they tend to be too short sometimes. You may need to keep devices close to connecting the wires. Choose the longest possible cable size and the best quality to avoid hazards. Moreover, make sure that you store the Y cables carefully and prevent them from bending, overstretching, or tangling too much. It could potentially damage the wire and tear off its plastic, exposing the copper inside. Other than that, these cables are as safe as they come, and there is no need to worry about safety.

Chapter 4: Why Using USB Y Cables is Beneficial

A big problem that quite several computer-related devices face is the difficulties of using more than one peripheral at a single time. More often than not, computers usually have the burden of the responsibility to switch between many devices. Of course, predicaments like these can be quite worrisome. Furthermore, in case the peripheral devices do no happen to be portable, users face an entirely different problem. Therefore, any method that switches peripheral devices between computer systems is not only inefficient but inconvenient as well.

Luckily, with the presence of USB Y cables, there is no need to worry as these cables eliminate several problems and simplify the connection of multiple peripheral devices like printers, scanners, and loudspeakers, etc. Connecting these devices all at once becomes possible with USB Y cables, and all of them function effectively. The cable makes connecting several devices with a single computer remarkably easy. A significant advantage that comes with this is that the cable wire’s distance does not affect any device’s ability to function correctly. The USB Y cable’s hardware component has a compact box that provides ease to the devices for operating optimally. 

It is hard to imagine keeping electronic devices operating optimally without the use of USB Y cables. Although its ports are connectable with several peripheral devices like mouse, keyboard, and printers, you should be aware of devices that require more power than others. Every peripheral device has a separate power supply unit, so you need to be wary of them. Printers and scanners are a couple of examples of high power devices. The use of a USB Y cable is necessary for them to function adequately without causing damages.

Conversely, there are low powered devices as well. Cameras and mice are examples of these kinds of devices. Remember to use a cable that provides adequate power to these low-power devices as too much of it can cause damage.

Devices with high power do not require any external power source. Therefore powering the USB Y cable may not be necessary as computer systems can effectively handle it. Also, these cables have innate transformers for moderating its capabilities and making sure that the electricity is easily manageable by the computer. Following are some more advantages of USB Y cables

  1. These cables are capable of charging multiple devices without the need to connect them to computer systems.
  2. They have excellent performance on disk drives, printers, scanners, and several other devices.
  3. They have excellent compatibility with personal computers that require remarkably higher amounts of charging power.

Chapter 5: Micro USB Y Cable

As the name suggests, Micro USB Y cables are smaller and connectible with several devices. Gaming consoles like Xbox 360, PS4, PS3, and Wii, etc. work well with these cables. The USB ports of the micro cable are of low power and useful for storing files, videos, and games. 

The micro USB Y cable comes in different sizes, 13 inches is usually the go-to size for this kind of cable. The best way to utilize the micro cable is to connect it to ports that are adjacent to each other. The power supply output that the USB Y cable gives out is perfect for meeting the quick speeds that most devices of these days require. Sometimes, a single, USB port does not provide sufficient power. Micro USB ports come in handy in these kinds of situations and do the trick.

Custom Lighting Y Cable

Chapter 6: Materials of USB Y Cable

You will find these cables in a variety of materials/ USB Y cable designs play an important role in the performance and delivery for optimum results. Before jumping on the topic of materials, it is essential to note that all USB Y cables have the same housing forms. Following are the numerous materials that you will find with Y cables:

  • Zinc alloy added/ Chrome-treated
  • Zinc Plated/Chrome-treated
  • Nickel Plated

All these USB Y cable materials are suitable for indoor as well as outdoor uses. If you want a USB Y cable for using outdoors, then going for the nickel-plated material would be your best option. The material is perfect for outdoor environments that are corrosive and salty. The enduring structure that the nickel-plated material has makes sure that the cable survives such kinds of situations while still functioning correctly. 

The zinc added/chromate treated materials, and zinc alloy added/chromate treated materials come in handy for outdoor spaces as well. However, if you want to utilize these materials fully, using the enclosure to mount them in outdoor environments would be a preferable choice.

Chapter 7: Where to Get Custom USB Y Cable for Your Project

There are countless places where you can buy USB cables. There are physical and online shops and markets where you can easily find USB Y cables. However, we would advise you to go for someone reliable. Despite the abundance of USB Y cable sellers, there is no telling about the quality of the cable that you are going to get.

Moreover, the material could be of below-par quality, as well. Often, people end up with subpar cables, which not only stop working in a short period but also have the tendency to damage their devices. We would recommend you to try our first-rate USB Y Cables. You will find these cables in different varieties, types, qualities, and sizes, all made to suit your specific needs for your project.

Custom USB Y CableConclusion

You will come across various types of cables these days, but none of them will be as efficient as USB cables, more specifically, USB Y cables. These cables are incredibly exceptional for helping people to use multiple peripheral devices in a single go. Since USB Y cables are multifunctional, knowing how to handle them is necessary. Because if you don’t, you will not be able to get the satisfaction out of it as you should. You can always get in touch with us to discuss your particular requirements for the USB Y cables, and we will provide you adequate solutions in no time.

References

SDI Cable: All You Need to Know How to Choose the Cable You Need

Video SDI cables

What is it that you need to look for in an SDI cable? Should you go for an HDMI connector or an SDI one?

We take a look at the SDI interface, the different types of SDI cables, and how these can be a better choice in many instances.

Do cables such as SDI or HDMI confuse you? Don’t worry. This article will help you pass through the turbulent waters of cable.

Video SDI cables

Chapter 1: What is SDI Cable?

Now, what is SDI? SDI stands for serial digital interface or SDI cable in short. It is a standard used for transmitting digital video over long distances. It is the most common cable found, all the broadcasters prefer SDI and use it.

The cable that connects your TV set-top boxes or your TVs is probably SDI cables. SDI cable belongs to the family of digital video interfaces. The Society of Motion Picture and Television Engineers [SMPTE] gave its name in 1989. It is pretty old compared to HDMI, display port, DVI, or VGA connector. You can think of SDI cable as a grandfather, while the others as grandchildren.

SDI cable was first standardized in 1989, but it’s 2019 now. SDI cable has gone through many upgrades over the decades. The enhancements were mostly done to increase signal quality and transmit more data.

About SDI Cable

Whether you are watching a live show or just regular television, SDI cable is what that is bringing you that feed. The reason for the SDI cables preference over other cables is:

  • Transmission of audio and video over the long-range [300ft]. Amplifiers and repeaters increase this range even further.
  • Has a BNC connector which has a lock-in mechanism.
  • Cheaper compared to other cables as it is mass-produced.
  • It’s reliable, robust, and sturdy.
  • Works wonders while sending uncompressed audio and video signals.

SDI Cable Macro slot

Types of SDI Standar

Now, there are various standards of SDI cable. Here is a look.

  • SD-SDI with a bit rate of 270Mbit/s introduced in 1989. It can transmit a video format of 480i, 576i.
  • HD-SDI with a bit rate of 1.485Gbit/s introduced in 1998. It can transmit a video format of 720P/1080i.
  • 3G-SDI with a bit rate of 2.970Gbit/s introduced in 2006. It can transfer a video format of 1080P 60F/s.
  • 6G-SDI with a bit rate of 6Gbit/s introduced in 2015. It can transmit a video format of 4K 30F/s.
  • 12G-SDI with a bit rate of 12Gbit/s introduced in 2015. It can transfer a video format of 4K 60F/s.
  • 24G-SDI is already in development, which will have a bit rate of 24Gbit/s.

Video Payload and Blanking

Now time for some technical stuff. Do you know how data goes through? Here is a simple rundown. The data go in packets, called payloads. Whereas, the information about the destination is in the header. Video payloads in the earlier versions of SDI were a far cry compared to the new ones. The higher the video payload, the higher will be the video definition. Have you ever wondered how the secondary data such as subtitles, stock files, etc. come in your live feed? This answer is blanking. Blanking is the interval between the end of the last line of the frame to the first line of the next frame. 

There are three types of blanking – Horizontal, Vertical, and Fields. Blanking was earlier used for better video quality during the period of CRT TVs. Nowadays, it’s more to carry secondary data and audio-video synchronization. SDI cable uses a real-time transport protocol [RTP]. It helps in the real-time transmission of data on multiple channels. This also helps in better payload and hence, better video quality.  

 

Chapter 2: SDI Check and SDI Status Display

 SDI checking is important. Some tests are a must for ensuring that SDI is performing satisfactorily. Some of those checks are:

  • SDI check field
  • In-service testing
  • Eye pattern testing
  • Jitter testing

SDI cables go through these checks. It results in the brilliant transmission of audio and video. SDI status display also gives a summary of several physical layer measurements. For one, this helps in the better configuration. There is an automatic change of the filter settings according to the signal. During configuring the settings for the transmission, these work wonders.  

 

Chapter 3: Do You Need SDI Interface – moving from Analog to Digital?

What many people worry about is signal integrity. That is whether or not your signal will reach its destination without alteration. I’ll be honest here. No matter what cable you are using, there will be some loss during transmission.

The only thing you need to worry about is whether that loss will have a significant effect or not? If you couldn’t understand, then let me make it simple.

Let’s start with the basics. All of you know signal in the form of analog or digital carries data. Analog transmission used to be the standard in the early 60s, 70s, and before. Now the digital signal is the undisputed king [no kidding].

The earlier coaxial cable uses analog cables. However, the transmission loss was pretty high. Analog signals transmit data in a waveform. And when alteration happens, it is progressive and continuous. In simple words, the more noise, the more the degradation in signal.

Digital signal stores and transmit data in the numeric value of 1& 0. This is not just easy for transmission but allows less alteration as well. Due to this, most cable nowadays uses digital signal, and SDI is no exception.

So, if you want to transmit data, the digital signal is the best. If you still use analog signals, you should consider moving to digital.

Custom SDI Cables

 

Chapter 4: Selecting the Proper Manufacturer for SDI Cable Assembly

Looking for the best SDI Cable assembly services?

You can find the SDI port in every major camera. If you’ve ever been to a stadium during a live event, you can see many camerapersons holding cameras. If you look closely, you can see a lot of black wires. Those are none other than SDI cables. It may seem a bit crazy. However, here is the thing. The total length that you see while live streaming is several Kilometers. If you use HDMI or any other cable, it’ll probably burn your pockets – and I am not kidding.

It would help if you had a custom SDI Cable manufacturer you can trust. At CLOOM Tech, you’ve got the right experts to help you.

Have high-bandwidth applications that need a 125 meters transmission distance? We can help you get the SC-DZ type RG7 cable to help you out. Want to go the economical way? Try out our choices of RG6 cable.

We can help you design SDI repeaters that can accept two signals together. Or even convert copper SDI signals into optical SDI format. This will help for extra long cable runs of over 300 meters. 

Our cable rating is according to the frequency [Giga Hz]. The higher the Giga Hz, the higher will be the bandwidth. Higher bandwidth equals better video and audio quality.

Many manufacturers make SDI cables, but you need professionals you can trust. We can custom-assemble SDI cables according to your needs. Choose from Triax, coax, fiber, or audio cables.

Each comes with their cable and connectors. Talk to us to know more about how we can help.

 

Chapter 5: HDMI vs. SDI: What’s the Difference?

Now the million-dollar question, which I am sure a lot of you want to know. What is the difference between HDMI and SDI?

HDMI stands for high definition multimedia interface. SDI stands for serial digital interface. Both are for the transmission of audio and video signals. There are few differences between them such as

  • SDI cable uses BNC [British naval connector] connector, whereas HDMI uses the HDMI connector.
  • HDMI uses high bandwidth digital content protection [HDCP] for protection, whereas there is no such protection in SDI.
  • Speed in HDMI cable is a bit slower due to HDCP than SDI.
  • HDMI cable has 19 pins, whereas SDI cable has only one pin.
  • HDMI cables are more expansive than SDI cables.
  • SDI cables are reliable, and their connectors don’t break easily compared to HDMI cables.
  • HDMI cable is more oriented towards consumers. SDI cable orient towards professionals.

HDMI Cable

 

Chapter 6: SDI Cable vs. Coax

Coaxial cable is the simplest type of cable found. Coaxial cable has a central core, and it is either of aluminum and copper, clad in a dielectric constant. A braided copper mesh surrounds it for shielding, and finally, the insulator over it. 

  • Coaxial cables have a male connector at the ends which connect to the female connectors. They are most commonly used in cable television.
  • SDI is a transmission format. It uses coaxial cables along with BNC [Bayonet Neil Concelman] connector.

The reason for the use of coaxial cable is that it is very cheap compared to other cables. All the major institutions, whether be it the military, bank, telecom, uses SDI.

So, you can think of coaxial cable as a part of SDI transmission.

 

Chapter 7: SDI Cable vs. BNC

As you already know about SDI, I will talk about the BNC connector. BNC connector has a male mounted connector with the pin connected to the central core. A ring is there with the male member to fasten it to the female member. This lock-in function is one of the best reasons why BNC connectors are sturdier than their peers.

  • You don’t want HDI Connectors Always

I am sure you wouldn’t want your wires pulled from the ports every time someone trips over it. SDI cable uses a BNC connector, which is very reliable and does not break easily. HDMI connectors are a pain in the neck precisely because of their fragile nature.

  • It’s Inexpensive

SDI cable is one of the most versatile and useful cables. Professionals all over the world love it. It’s ease in handling, reliability, inexpensive nature all add to the charm. But no one is perfect, and SDI cable is no exception either. Though it can transmit a signal over long distances, it can’t compare to the Fibre.

  • You save on costs

To compete with Fibre, you need repeaters and amplifiers. It will significantly increase the cost. It has a lower bandwidth compared to HDMI. And as of now, it can’t send a signal with a bit rate above 12Gbit/s. However, the best selling point of SDI cables? It can alter video characteristics. You can change the ISO or white balance in real-time.

BNC Connector with Coaxial cable

 

Conclusion

I am sure you wouldn’t want your live baseball game to stream late due to video editing, right. The broadcasting and TV industry use SDI cables on a large scale. They got popular during the 1980s and since then have become the go-to cables.

A new transmission medium, that is, Fibre, is gaining ground more in recent times. But it has a long way to go before it can disrupt the SDI foundation. If you want a signal over the long-range at a friendly cost and good quality, SDI cables are the way to go.

With CLOOM Tech, your search for a good SDI cable manufacturer ends too. Talk to us about how we can help you do more for less.

S-Video Cable: All That You Need to Know in Cloom Tech

S-Video cable

S-Video also called Y/C and separate video, is a signaling standard used for standard definition (SD) video, typically 576i or 480i. It is said to be more reliable and impressive than composite video as it can separate the black and white coloring signals. However, it does not match up to the component video’s color resolution.

In this article, we’ll talk about S-Video cables and answer all the questions you may have about the product. Let’s get started:

S-Video cable

Chapter 1: S-Video Cable: The Background

S-Video

Standard analog signals have their cons as they go through many steps before they reach the final destination. These signals lose information at each step and throughout the process, and as a result, the final output usually falls short of requirements.

The S-Video cable solves this problem as it prevents the loss of signals. As a result, you get to enjoy better overall quality.

An S- Video cable was designed in 1987 and is known as an analog video connector. This external cable hot-pluggable and comes with different pin settings, including 9, 7, or 4.

 

Chapter 2: How The S-Video Cable Carries Signals

S-Video signals

The cable works by carrying two ground pairs and synchronized signals, called C and Y.

  • C: It’s the chroma signal responsible for carrying the chrominance of the video. It mainly controls the coloring and is responsible for managing the hue and the saturation of what we see on the screen.
 
  • Y: It’s the luma signal responsible for carrying the luminance.

Since this cable carries information related to the color as a single signal, one needs to encode it in some way.

Unlike the latest technologies, this cable type can only transmit video signals.

 

Chapter 3: Where Are S-Video Cables Used?

Video cables

S-Video cables are not very commonly used any more since we have better and more advanced technologies available, many of which can transfer both audio and video signals with a single cable.

Hence, they are typically used on older TV sets that do not contain HDMI or other such options. Other than this, they are also used on other devices that support older systems.

If you have an old video game console or camera, then you will most probably need an S-Video cable since older devices lack HDMI and other such options.

We must also mention that S-Video was never the most common option in most European countries due to the dominance of SCART connectors that you will even find on many of the latest machines, including TV sets.

It’s not entirely impossible to output S-Video using SCART; however, most SCART connectors on television are not wired to accept such signals, and hence, all you will see on the screen is a monochrome image. Some experts opt to modify the available SCART adapter cable to make the signals work.

 

Chapter 4: Why Do Some People Still Use S-Video Cables?

S-Video port

In most cases, people still use such cables because they have no other option. Their TV set or input or output device may not offer alternatives. Plus, S-Video is not that bad of an option at the end of the day since the video it displays is of higher quality than the video you will see in the case of RF or composite cables.

For example, the text displayed on the screen when using S-Video is a lot clearer and sharper than RF and composite cables.

 

Chapter 5: But, Is S-Video Better Than HDMI?

Video ports

This question arises because HDMI is now the go-to option for most people who want to output video from a camera, projector, computer, or other such devices. Plus, the latest devices now come with the HDMI output. Hence it has become a universal cable and is the priority for most people.

In simple words, S-Video cable is not better than HDMI. No option can be considered better than HDMI, especially since the HDMI cable has been upgraded several times since its inception. And is one of the few options that can carry both audio and video signals in a single wire, thus offering more ease and affordability in the long-run.

We know that HDMI rules the world when it comes to video cables. The biggest benefit is that you will not need a separate cable to transfer video signals when you use an HDMI cable. Plus, HDMI can also support better video quality – up to 4K – and now with 8K about to hit the market, we believe the new version of HDMI will support 8K video output as well.

 

Now, of course, for some users, it may not be of value since 8K – and even 4K – is not very common yet. Still, we think that HDMI gets an extra point since it can transfer 720 and 1080 quality videos as well, a feat S-Video cable cannot perform.

It has been established that S-Video is not the standard anymore. It hasn’t been for years, and it will not make a comeback. Hence, it cannot compete against HDMI or newer cable types.

 

Chapter 6: Then Why Do People Still Buy S-Video Cable?

S-Video wire

Because they have no other option, and also because it may often be cheaper.

Think about it. What will you do if your input and output devices only support S-video and have no HDMI cable? You will have to scan the market for an S-Video cable.

Other than this, some reports also suggest that S-Video cables can be cheaper than HDMI cable. We can’t say it is entirely true because HDMI cables can be inexpensive as well. However, if you want a high quality cable, then you will need to spend a lot more than you will have to spend on an S-Video cable.

We must also mention that some devices may come with both options – S-Video and HDMI – and some people may opt to use both of them.

It isn’t uncommon for users to leave the HDMI cable plugged in and connected to a device that they use very regularly. For example, if you are a game lover, then you may leave your gaming console connected to your TV set, thus occupying the HDMI slot.

Now, if your TV set has a single HDMI slot, you will have to disconnect the game every time you want to connect another device and vice versa. This can be irritating and time-consuming. Plus, connecting and removing cables, again and again, can also cause wear and tear to the wire and the connector. Hence, it is best not to touch it.

This is why some users leave the HDMI cable connection and use the S-Video cable if they need to connect another device to the same output. This way, they can use two devices at the same time without going through the hassle of disconnecting one to connect another.

But, S-Video does have an advantage over HDMI cable. It can support more distance – up to 150 feet – whereas HDMI starts to lose cable once it reaches the 50 feet mark.

S-Video cables are more commonly used at homes today. You will rarely find them in the offices since the latest devices used at work now feature several HDMI ports.

 

Chapter 7: Can I Convert S-Video Into HDMI?

HDMI Cable

Yes, you can, but you will need an S-Video to HDMI converter for this purpose. Many companies are manufacturing, such as converters. You must buy a high quality product if you want to ensure the signals are correctly transmitted. An inferior quality product will not give you good results, and you will not be able to enjoy all the benefits of S-Video to HDMI conversion.

 

Chapter 8: S-Video: Frequently Asked Questions

Custom S-Video

Here are some of the most commonly asked questions regarding S-Video cables:

Ques 1: Will I need two S-video cables to transfer both audio and video?

Ans: No, you will need two separate cables for this purpose, but they both cannot be S-Video cable since the S-Video cable is not capable of carrying audio signals. Hence, you will need an audio cable based on the device you have.

Ques 2: What color is S-Video cable?

This cable is usually available in black, but you may be able to get some other colors as well, including red and blue. Plus, you can choose any color if you opt for a customized cable.

Ques 3: Where can I buy a S-Video cable?

Since most new devices do not come with an S-Video port or also contain an HDMI port, not all sellers offer this type of video cable. If you’re looking for custom cables for your project, then get in touch with us today and talk to us about how we can help you get a high quality S-Video cable.

 

Conclusion

This is all you need to know about S-Video cable. While HDMI is a better option, consider S-Video if your device does not support HDMI.

SAS Cable: All You Need To Know the Best Custom Cable

Mini SAS SATA serial ata convert

SAS cable is the new deal for anyone who wants to get a suitable storage device. The uniqueness of SAS cable is evident in how it performs quite several functions, including video editing and animation needs. The benefits are innumerable, and it possesses excellent storage capabilities too.

There are differences between SAS cable and other forms of storage devices such as SATA and SCSI. Unfortunately, there are a handful of individuals who find it difficult to understand the differences between these devices.

Do you want to understand how it works? Then, this is for you!

Mini SAS SATA serial ata convert

Chapter 1 What is the SAS Cable?

SAS cable is an acronym for Serial Attached SCSI cable. It is an essential component in the computing field. It is necessary for moving data and information to and from the computer storage devices such as the hard disk.

The SAS cable is an evolution of parallel SCSI. Irrespective of the similarities between both types, there are still some notable differences that make the SAS cable stand out.

It is a substitute for Parallel small computer interface, otherwise known as Parallel SCSI. Notably, it shares some common features with the parallel SCSI, such as the use of standard SCSI command set.

  • Components of SAS Cable

The SAS cable comprises essential components that make its use very unique and easy to work with. Some of the components are:

The initiator: This is a necessary part of the SAS cable. In computing, it is essential to receive and transmit information or data. This is the function of the initiator. It is responsible for providing the request for transmission by other target devices.

They also work well with the motherboard of the computer system. It is also an essential part of the system makeup in that it can serve as an add-on on some bus adapters.

The target: This is the device that is responsible for receiving the message that is sent by the initiator. The target is the part of the SAS cable that processes the information it receives from the initiator. An example of the target is the hard disk.

Service delivery subsystem:

It is a component of the SAS cable and is necessary for transmitting the information between the initiator and target. A common type of service delivery subsystem is the part that connects the initiator or target that is without the use of an extender.

The expanders: They are a part of the service delivery subsystem. They speed up the process between the various SAS devices.

The SAS cable is undoubtedly unique, and this is evident in all of its functions and uses. Nonetheless, it is easier to use when you get a hand of its various components and how to harmonize them to get the right output.

Custom SAS Cable

 

Chapter 2 The SAS Cable and Parallel SCSI

In the previous chapter, it was evident that SAS cable is a product of parallel SCSI. That is, it became alive after the presence of parallel SCSI. For this reason, it is not strange to understand that both types share some features and are very different in many ways.

  • Similarities between SAS cable and SCSI

It is difficult to discuss the storage capabilities of computer systems without bringing up either SAS cable or SCSI. Both types are essential in storing data and information. They are a unique form of hardware for storage functions.

Additionally, the SAS cable and SCSI are similar in that they make use of the SCSI command set.

  • Differences between SAS cable and SCSI

The major difference between both wires is from the amount of data that it stores. The SCSI was relevant in times past because of the amount of data that it stores. Back in the days, there was no need for large volumes of data. In that era, the SCSI performance was second to none.

It is also capable of connecting to various devices at the same time because of its capacity. It works well with devices such as hard drives, scanners, printers, and a host of many other devices. Its existence over so many years makes it a top-notch device and endears it to the hearts of many individuals.

Irrespective of these advantages, SCSI possesses some limitations that didn’t sit well with some people. The expectations of many were not met, and this did not enable its ability to stay for much time. A common challenge is a fact that it possesses a limited BIOS system. The implication of this is that for computes or any device to make use of it, it needs to go through the configuration process.

So, in a situation where there are a lot of computers or machines, it affects the process of time. More so, there are a lot of different types of SCSI, and they come in different speed levels and connectors. Only individuals who are vast make use of the connectors, and sometimes even the experienced individual still encounter difficulties working with the various connector types.

 SAS cable is an invention of the SCSI. It is very relevant in the computing field. Its existence has also successfully replaced SCSI from the parallel interface phase to a device that allows the use of many devices connected to it. The SAS cable enables the use of many devices all at the same time. 

An advantage of making use of SAS cable to SCSI is the fact that it permits a SAS cable device to be hot-plugged. This hot plugging paves the way for alternate paths for transmitting information and data. The physical makeup of the SAS cable permits it to enable the transmission of the information at the same time. Also, if there is a need to make use of SCSI and SATA for some purpose, the best bet is SAS cable. This is possible because the SAS cable communicates with both devices effectively without any obstruction whatsoever.

The SAS cable is distinctive from SCSI because the SAS cable devices possess two ports that make provides varying connection options. It is not dependent on only one pathway of connection; asides that, SAS cable is unarguably faster than the SCSI. The speed of its transmission is very fast as it achieves it through the relationship between its initiator and target.

 

Chapter 3 SAS Cable and SATA

The SAS cable and SATA are essential in transmitting information from the computer to other devices that make use of it. It is challenging to discuss storage devices and not make mention of either SATA or SAS cable.

They perform almost the same function but are much different from the way they are built. There are notable differences between both devices. To avert circumstances where one of the devices is mistaken for another, it is essential to know how they work.

Any individual who pays attention to the cost of a device may not consider purchasing SAS cable because it is cost-intensive. If the emphasis is only on cost, then SATA is preferable. Still, if you are solely considered about results, then it is essential you pay attention to the differences between both devices. Then, settle for what works best for you.

  • Similarities between SAS cable and SATA

Both cables share some common features. One such feature is the use of serial communication. After the existence of SCSI that favored parallel communication, SAS cable conveniently replaced it while performing outstanding functions.

But, SAS cable is not the only device that makes use of serial communication. Another good example is the use of SATA. SATA and SAS cables make use of serial communication instead of parallel communication. What this implies is that both devices are capable of transferring information from the computer to other devices and vice versa.

So, with these devices, it is not a one-way thing. Rather than transmit data using different channels, the SATA and SAS cable transmit information using the same channel. Both devices comfortably eliminated the problems of using parallel devices for transmissions, such as the use of large cables and the difficulties of maintaining large spaces.

With the use of SATA and SAS cable, there were no needs to make use of large wires. It is easier for manufacturers to make use of flexible features to design computers.

  • Differences between SAS cable and SATA

SATA is an acronym for Serial Advanced Technology Attachment. It is not a storage device, unlike the SAS cable.

SATA comprises four wires, and these four wires are present in the cable, but it is not the same for the SAS cable. For the SAS cable, the four wires are not available on the same cable, but they are present in different cables. For SATA, it is possible to connect it with the motherboard and storage device. Still, for the SAS cable, you can conveniently connect it to the motherboard, storage devices, and other SAS cable devices that possess SAS connectors.

SATA cable is very efficient for storing information because it possesses large storage that works well for computer systems. Its storage capacity is such that you can store information that you do not require immediately. SAS cable is very efficient for servers and workstations. 

Individuals who need to make use of data on their servers or work station needs to favor the use of SAS cables for the best type of results. It serves well for animation, purposes, or editing videos.

SATA cable is not as expensive as SAS cable. Anyone who pays attention to the cost of a device will find the SAS cable to be more expensive than the SATA cable.

SAS cable also performs more functions than the SATA cable. It is versatile and makes good for different purposes.

Custom SATA Cable

 

Chapter 4 Custom Cable Manufacturer — CLOOM Tech

The only way to get maximum satisfaction from the use of cable service is to patronize a reputable company that is capable of producing results without encountering any difficulty whatsoever.

Many individuals have had unpleasant experiences with some of this tech organization that it makes it difficult for them to trust any organization or individual to meet their needs. This is a sad reality that many people find it challenging to come to terms with.

Unfortunately, since the results from some of these tech organizations are not welcoming, many people find it hard to trust tech organizations because of their bitter experience. Nonetheless, not all tech organizations are the same. There is no right way to note the notable differences between the companies rather than ask questions and go about it the right way.

CLOOM Tech is a reputable organization with many years of working with prestigious individuals and corporate organizations. We have recorded a good history of success stories from some company who are satisfied with our cable services.

We specialize in living individuals satisfied with our expertise in cable-related matters, especially with the SAS cable. To say we are the best is not an over-exaggeration. It has taken us a good number of years to come up with dedicated staff and the right expertise for just the perfect job.

Trust us to provide you with the right service for the SAS cable. More so, we make it easy for you as we eliminate all forms of stress you are likely to experience. We provide the service right at your doorstep. Trust us and enjoy a pleasing cable service.

 

Conclusion

SAS cables are one unique type of wire that many individuals find it challenging to make use of. These cables’ uniqueness stems from the fact that they work with a large number of devices and still function effectively.

While there are similarities between SAS cable, SATA and parallel ICSI, there are still some differences that make the SAS cable outstanding. The only way to understand how the SAS cable works are to get the assistance of a professional.

CLOOM Tech is the right organization to work with to provide you with the appropriate help to make it easy for you to work with SAS cable.

Custom Microphone Cable: All You Need To Know The Best Custom Cable

Condenser microphone connect to cable

A custom microphone cable is an integral part of a powerful and productive audio equipment setup. Whether it’s proper custom speaker cables, or custom microphone cables, audio cables built for your particular needs are a must.

We’ve already covered the benefits of an excellent custom XLR cable, but there’s still plenty to cover about custom microphone cables in particular. The right custom microphone cable will increase sound clarity and decrease the chances of a malfunction.

An excellent microphone cable ensures that the sound you hear is clear. Buy the right custom microphone cable to make sure your project is smooth!

Condenser microphone connect to cable

Chapter 1: What is a Microphone Cable?

A microphone cable transfers sound waves from a microphone user to an audio peripheral such as a speaker or mixer. Every microphone cable has three main components.

The first component is the microphone cable’s internal wires, or conductors, which carry the sound signal.

These conductors have shielding and insulation that protect the purity of the information transfer. A proper microphone cable is an integral vessel for information to pass without dissonance from a microphone to an audio peripheral.

What is the best microphone cable? The best microphone cable is a custom microphone cable built to your exact needs and specifications.

Not all microphone cables are equally good. A budget microphone cable will distort your signal and sacrifice major signal clarity.

The best microphone cable for any project ensures an audio signal conveys to its audience. If you go with a pre-built microphone cable of questionable quality, you’re going to lose out.

Microphone with cable isolated

 

Chapter 2: What is an XLR Microphone Cable?

An XLR microphone cable is simply a microphone cable with an XLR connector attached. XLR connectors are top-quality electrical connectors usually found attached to professional video and audio equipment. An XLR microphone cable’s connectors come in one of four various styles, with both male and female connectors represented.

The male XLR connector connects to various outside audio peripherals and accessories. The female XLR connector connects both to the microphone itself and external peripherals.

Your custom XLR microphone cable’s connectors will have anywhere from three to seven pins or three to seven holes. Circular in nature, XLR connectors are a huge component in balanced audio interconnection. They are commonly associated with peak-quality AES3digital audio. The right custom XLR microphone cable will boost your sound quality and signal clarity to an exponential degree.

Microphone Cable

Chapter 3: What Types of Microphone Cables are There?

The structural integrity of a custom microphone cable itself will generally be the same. However, there are three different types of microphone cable connectors which alter the cable’s connectivity possibilities. The three different types of microphone cable connectors are as follows:

  • XLR Female – An XLR Female microphone cable connector has three (or more) holes. It connects to the microphone itself or a litany of hardware outputs.
  • XLR Male – An XLR Male microphone cable connector has three (or more) pins. It connects to a wide variety of hardware inputs.
  • TRS – TRS microphone cable connectors have three distinct surfaces referred to as the tip, the sleeve and the ring. They connect to both hardware inputs and outputs.

The structure of a great custom microphone cable is that of a balanced analog cable at its finest. What differentiates custom microphone cables from each other are their connectors and the signal transfer possibilities innate to them. Get the right custom microphone cable with the correct connectors built for you by a company you trust.

Otherwise, your overall audio quality will be questionable at best.

Chapter 4: Microphone Extension Cable

A proper custom microphone extension cable turns spatial concerns into problems solved. There are stage production setups where a speaker system must place in an alignment far away from the microphones. In reality, a custom microphone cable won’t reach the speaker system from the microphone by itself.

That’s where a top-quality microphone extension cable saves the day. These cables use the same connector options as the custom microphone cable options detailed above. However, the wires themselves are much longer and can connect a primary custom microphone cable to an audio peripheral a distance away.

A great custom microphone extension cable is just as efficacious at signal transfer as an excellent primary custom microphone cable. Custom microphone extension cable uses the same protections and shielding to ensure your sound transfer goes off without a hitch.

Audio jack connection of microphone

 

Chapter 5: How do Microphone Cable Work?

Any custom microphone cable is a balanced analog cable. A balanced analog cable transmits information through a stream of electricity. In contrast, a digital cable transmits information through binary code rather than an electricity stream. Balanced audio cables resist noise interference from things such as radio frequencies and other electronic equipment.

Your custom microphone cable will transfer microphone level signals to an audio peripheral. The perfect custom microphone cable does this without the potential for interference or sound quality muddling. The positive and negative conduction wires in the microphone cable work together to transfer sound to a chosen audio accessory.

This information transfer has intricate shielding to protect it, insulation, and an outer jacket for overall structural integrity. A microphone cable’s connectors complete the transfer process and allow for the cable to attach to the microphone and various accessories.

Budget microphone cables do this with a lack of efficacy and care, which can impede sound quality to a high degree. With a custom microphone cable built to your specifications, you’re nearly guaranteed a peak-quality signal transfer every time.

 

Chapter 6: Why You Need a Custom Microphone Cable

Whether it’s for use in a stage production or at a home recording studio, a custom microphone cable is crucial to your project. If you’re all in on whatever audio project you’ve put together, the right components must be in place. A custom microphone cable transmits a sound signal with peak efficiency and efficacy. Without the annoying hum of a budget microphone cable, the message conveyed into a microphone is the message sent.

The best microphone cable for you is one built for you! There are way too many potential sources of interference out there to leave your overall sound quality to chance. When a top wiring company like CLOOM Tech builds you a custom microphone cable, you’re set. The best custom microphone cable is strong and conducts the clearest signal possible. It’s one less worry to have, especially in comparison to the limitations of stock and budget microphone cables.

Black microphone cables connected to the sound mixer

 

Chapter 7: Where Can You Purchase Custom Microphone Cables for Your Project?

Don’t buy a custom microphone cable from just any wiring company you find out there. Some wiring companies may craft a solid digital cable, yet lack the expertise to build quality balanced analog cables. Some may rush your custom build in favor of a reduced price point.

 

Go with a proven custom cable build team like the folks over at CLOOM Tech. Our experienced staff has built countless custom microphone cables for a variety of different uses and industries. Our top-flight customer service team will answer every last question you have. Any specifications you desire or unique problems you have a will is good to know and take into account before the custom microphone cable seven built.

Not all microphone cables are equally good. Try to do the professional-grade audio recording with a cheap pre-built microphone cable and watch the headaches begin. With CLOOM Tech’s expertise behind you and a great custom microphone cable in hand, such headaches won’t occur!

 

Conclusion

The difference between a basic microphone cable and a custom microphone cable is startling. To get your money’s worth out of a great microphone, you need an excellent microphone cable to transfer its audio signal.

Why use a faulty budget microphone cable which limits the potential of your entire production? Contact the custom cable building team at CLOOM Tech today and get an estimate. We’ll work with you for your project and craft a beautiful custom microphone cable built for quality and longevity.

In doing so, we’ll ensure and meet your needs so that you get the most out of your microphone setup.

References:

https://www.bhphotovideo.com/explora/pro-audio/buying-guide/an-xlr-cable-is-just-a-cable-right

https://en.wikipedia.org/wiki/XLR_connector

DMS-59 Cable: All That What You Need to Read

DMS-59 plug and socket

DMS-59 cable is not a standard cable type. Yet, it serves a lot of functions and suits varying needs in homes and public places.

Interestingly, this cable type is also very efficient in working with DVI and VGA cables. But, to get the best use of this cable, you need to understand how to use it alongside other cable types.

There is nothing complicated about making use of DMS -59 cables. You only need to have the right information at your fingertips. With the proper knowledge in place, you are confident of getting it right with DMS-59 cable.

Sip your coffee, snack on your favorite cookie, and enjoy this read.

DMS-59 plug and socket

Chapter 1: What is DMS-59 Cable?

DMS-59 is an acronym for Dual Monitor Solutions 59 pins. It is a cable type that provides either the VGA or DVI output in a single connection. The cable comes in the form of four high pins and fifteen wide pins. Additionally, it possesses a D shape, and a pin is missing in the bottom part of the row.

However, if there is a need to convert the DMS -59 cable to either an analog or digital device, an adapter comes in very handy.

Uses of DMS-59 cable

The DMS-59 cable is suitable for quite a lot of applications. It all depends on what the individual needs it for. It is compatible with AMD and Matrox that are suitable for video cards. It is also very efficient for sun computers.

Also, it easily converts two Molex connectors to a nine pin connector. It is also capable of connecting different male RJ45 connectors. In the same vein, it is suitable for connecting two parallel ports to a computer system.

Benefits of DMS-59 cables

The major advantage of using DMS-59 cable is the fact that it is capable of combining two different outputs in one connection. That is, it can support two high-resolution displays. It can either be two DVI outputs or two VGA outputs.

Interestingly, it does this without encountering any difficulty whatsoever.

DMS Connector

 

Chapter 2: DVI Cable

Digital Visual Interface is an essential type of cable. To get the most out of your DVI cable, you must connect it to your LCD computer.

As long as the computer possesses a port that easy aids connection, there is a certainty that you will get the best use while using your computer system. Some of the LCD computers come with too many ports. So there is a possibility to connect as many devices as you want to. More so, the DVI cable port is the most common type of port that is available on the LCD computer.

With the DVI cable, it is effortless to watch your favorite movies on the web or the television. Another feature about the DVI cable port is that it is capable of translating the digital information on your computer system to the monitor. It is sometimes difficult to distinguish between the various types of DVI cable. Yet, one popular way of noticing the difference is by looking at the rope closely. If the DVI cable has a flat pin and four pins around it, Then there are higher chances of the cable being a DVI-A cable or DVI-I cable. But, if you observe the cable closer and discover that there is only one pin, then it is a DVI-D cable type.

  • The different types

There are different types of  DVI cable. The various kinds of wires possess unique features and attributes that make it easy for use. DVI-D cables are a unique type of cable that greatly differs from the other types. This is because the cable works well with you connect it to a computer video card. It helps to provide the right kind of result.

DVI-I cable is another variant of the DVI cable that is very useful in translating information from analog to digital and vice versa. This is a ubiquitous DVI cable and is considered the most versatile of all DVI cable types. It is easy to use and makes it possible to translate the information on it. The versatility of the DVI-I cable makes it easy to work on both analog and digital connections.

Irrespective of the benefits of using DVI cables for connectivity purposes, there are still some instances to consider when making use of it. One such example is the fact that when making use of DVI cables, there is likely to be a loss of signal transmission. This is most common when the intention is to convert a digital signal to analog.

What happens in such conversion for digital to analog signal is a reduction in the video quality. That is when you try to make the conversion, the video quality, if high, will become moderate or even weak in some cases. The best way to make use of the DVI cable and get maximum output is to use a digital to digital connection. The digital to digital connection produces the best type of video quality.  

It is also essential to draw attention to the reality that some computer systems or electronic devices usually possess more than one port. If this is the case for your device, you must get a suitable fit for the cable port to avoid causing damage to your device.

If you observe that the connection is between an analog and DVI cable connection, ensure that you make use of a DVI-A cable. But, if the relationship is between two DVI cable ports, settle for DVI-D cable. It helps in bringing forth the right output. It is not advisable to force in your DVI cable into any port. When you discover that both cable ports are not compatible, the best thing to do is to get the right fit for it.

  • The relationship between DVI cable and DMS-59 cables

DVI cable and DMS-59 cable are both essential for video connections. That is, if you are a lover of video connections, the cable types will serve your desire perfectly. The DVI cable works perfectly well with the DMS-59 cables.

The relationship between both cable types stems from the fact that they are essential to produce maximum efficiency for video connections. In its connectivity, there is no question or doubt about their compatibility. As such, the DVI cable is suitable for DMS-59 cable.

With both cables in place on an electronic device, such as a computer system or television, the user is sure of getting good video quality and signal. Irrespective of the connection type, that is, analog or digital, the DMS-59 cable is still very suitable for the DVI cable. In using the wire, the DMS- 59 cables are easily converted to suit the needs of DVI cable.

The outcome is usually very efficient. That is, if there is a need to use a digital connection, the DMS-59 cable takes the form of a digital connection through conversion utilizing an adapter. When it successful conversion, the DVI- D cable is suitable because both cable types are already-fit for digital connections. But, if the DMS-59 cable maintains the analog outlook, the best kind of cable to use with it is the DVI-A cable because the relationship is between an analog and digital connection.

Custom DVI Cable

 

Chapter 3: VGA Cable

VGA is an acronym for Video Graphics Array. It is a cable type that suits video connection needs. The VGA cable is very efficient for producing a good quality of the video.

It performs this function by carrying information about the graphics form CPU to the monitor of the computer system. The VGA cable is a cable type that is usually blue-colored. It uses components such as connectors on both ends of the wire and cable to transmit information.

The primary function of the VGA cable is to link two different devices together. That is, to generate positive output from one of the devices. This implies that when  connected devices, one of the devices is the platform that shows the information that placed in it. Since the VGA cable possesses two ends, one of the ends is suitable for use with the port on the graphics card of the computer’s motherboard.  As such, the other end of the cable is suitable for the display device. Such as the television or monitor that reveals the information that placed in it.

In situations where the computer system is on, the computer transmits the information it receives through the display output, the monitor. This is possible through the aid of the VGA cable. The VGA cables are present in various types. The different types of VGA cables are suitable for use with different devices. But, one thing is certain; it produces a desirable result.

 It is also essential to state that the VGSA cables possess the male and female connector types. Both connectors perform different functions. It comes in the form of three-row pins on it, and this quality of the cable is very superior.

Uses of the VGA cable

The VGA cables come in various sizes and perform a lot of functions. Before any individual can derive maximum satisfaction form its use, such a person must possess the right information about how the cable works best.

Most importantly, VGA cable is very relevant and still relevant in the electronic field. It is very efficient in connecting electronic devices such as computers, televisions, and some other electronic devices.  To get the best use form VGA cables, you need to know how it works and its connectivity ways.

Types of VGA cable

There are different types of VGA cables. These types of cables come in various sizes, such as small, mini-size, and full-size VGA cable. The various types of VGA cables are described using different terms, such as connectors 1 and connectors 2. These different connectors are for specific uses. It is only when you are capable of identifying the various needs and uses of the connectors that you will achieve the right type of result.

The different type of VGA cables possesses different connection needs. This implies that what works for one will not work the same for another cable. So, it must be used in its appropriate form else it affects the purpose of the connection or even the cord itself.

The VGA cable works especially. It creates ease for electronic devices to work. This implies that the VGA cable coordinates the activities that result in the transmission of signals. That is, it transmits information from hardware to another. More so, the signals come in the form of video signals. It is also transmitting audio signals.

Relationship between VGA cable and DMS-59 cable

The versatility of wires is such that two or more cables work together without encountering any form of obstruction in transmitting signals. This is only possible when both devices are compatible with one another.

This is the case of VGA cable and DMS-59 cable. Both cables work together and transmit the signals perfectly well. The DMS-59 cable is equipped to transmit signals effectively, and it performs this function with the enablement of VGA cable.

DMS-59 cables enable the functioning of two VGA cables on it, and it works well with the cable to produce the right type of result. This is just the same way it works with the DVI cable.

So, build the DMS-59 cable with the capacity to accommodate either the DVI or VGA cable and work perfectly well. More so, it is also sufficient to accommodate to VGA cables or DVI cables. Whatever option that suits the individual works well with the DMS-59 cable.

Custom VGA Cable

 

Chapter 4: CLOOM Tech — Professional Custom Cable Manufacturer

CLOOM Tech is a renowned organization that handles every cable-related issue perfectly well. It is almost impossible to come across a cable problem that is too difficult for CLOOM Tech to handle.

Thus, it is safe to say that CLOOM Tech is one of the few tech organizations that go about cable issues in the right kind of way. Whatever the issue may be, trust CLOOM Tech to handle it well and provide you maximum satisfaction.

In addition to a few tech lovers, many people have not well known the DMS-59 cable. This cable type is easy to use with DVI or VGA cables.. The DVI and VGA cables are essential for video connections. So, when you make use of either of these cables or both cables with DMS-59 cable, you are confident of getting productive results.

Unfortunately, a lot of individuals cannot work with DMS-59 cable because it is not a common type. Nonetheless, trust CLOOM Tech to help you get a hand of the cable. Our services are not limited to only providing cables. We also assist in providing you with professional assistance to make it easier for you.

In the same vein, CLOOM Tech assists you with the connectivity issues you are likely to encounter in the use of DMS-59 cable. For this reason, CLOOM Tech is fully committed to providing you nothing but the best and to also help you get the maximum result from using the cable.

 

Conclusion

Technology has made it possible for electronic devices that make it easy for humans to enjoy a pleasing life. Yet, if you fail to understand how these innovative devices work, you will be left in the crowd.

DMS-59 cable is one of the too many cables that make it easy to enjoy human life by watching pleasant video connections with superior quality. If you do not understand how it works, you may not get the very best from your connection.

Nonetheless, CLOOM Tech has you covered! Trust us to provide every DMS-59 cable-related needs.

PSU Cable: What You Need to Know When Customize The Cable

An image of PSU cables computer power supply

Why is it essential to get a custom-made PSU cable? The importance of the custom-made PSU cable knows no bounds. It is overly important to use with your project or your systems. 

When you build your PSU cable, you are most likely to get the maximum output from its use. The time you are likely to spend on complaints is channeled at doing something else. CLOOM Tech specializes in building custom-made PSU cable.

Information is power. Read to know all there is to a custom-made PSU cable.

An image of PSU cables computer power supply

Chapter 1: What is PSU Cable?

PSU is an acronym for the power supply unit.  It is very efficient in converting Ac to low voltage DC power for use in the internal functions of a computer.

It is also the powerhouse because it supplies power to the computer systems. It is also essential in that it regulates the power supply that the computer makes use of. It ensures that the power supply is not too much or too low to get the computer system to work correctly.

When a computer connects with an electrical socket, the PSU pulls the amount of electricity that is required and converts the AC to DC. In the same vein, it also regulates the amount of power supply and removes electrical spikes that pose a threat to the supply of power.

A hand holding power cable

 

Chapter 2: Building the PSU Custom Made Cable

It is usually an exciting task to get things done the right way. This does not, in any way, rule out the reality that you may encounter some difficulties along the way. But, one thing is certain. When you ready to achieve the result, you will. So, while making decisions on how to go about it, ensure that you get the appropriate tools and equipment that makes it a worthwhile process.

Another thing to consider is the fact that you need to be conscious of your environment and the tool you are making use of. Any mistake you make in the process of building your cable is capable of causing havoc or harm to all around you. So, to get a havoc-free environment, you must ensure that you are careful while carrying on with the process.

Material for making the custom made PSU cable

  • Fractal newton R3 1000w power supply– nonmodular connectors

                                                            24 pin motherboard main

Eight pin motherboard CPU

2X 8-pin PCI Express graphics

Pump wires

Modular connectors

2X 8-pin PCI Express graphics

3X peripheral cables

  • Sleeving: LC teleios – white and black
  • ATX extractor
  • Lighter
  • Crimping tool
 

Chapter 3: Processes to Building the Custom Made PSU Cable

There are lots of advantages to building your custom made PSU cable. It eliminates a lot of unpleasant circumstances and helps you save time and resources.

The processes to building a custom made PSU cable is easy as long as you are bent on getting it right. It isn’t a difficult task with the right tools and equipment in place.

To get it right, you must have a mind that is ready to bring about results and in the right kind of way. The following are the steps to building the custom-made PSU cable. They are:

Make a diagram of all the wires and where the cables fit in: 

When you put in a diagram in place, it serves as a guide towards helping you make the right step to getting it right.

Next, get a plug and with the ATX extractor take away the pins on the plugs. To extract the pin, you have to do it side by side. When you put in your ATX extractor, push it into the plug and then pull out the pin.

It is essential to emphasize the difficulty of pulling wire through the cable. But, if you must get it right, there is a need to use a plier to get the wire at the other end of the cable in place so that it makes it easy for you to get it in place. While doing this, ensure you don’t squeeze the wire too hard so that you don’t ruin the entire cable.

Separate the cables:

This is the next step after you have successfully pulled out the wire. The next thing to do is to separate the wires from one another. Separating the wires makes it easier for you to sleeve the cables.

Measure the cables:

After separating the wires, you have to measure the wires by using a tape. Don’t stretch the cables too much when you measure it. When you stretch it too much, you may not get the exact measurement. When you sleeve the edge of the wires, the next thing you do is to make use of a lighter to burn the edge slightly. This is important to prevent the edge of the cable from fraying.

Feed-in the end of the cable: 

At this point, you need to put the end of the cable into the edge of the worn wire. Keep pushing it in until you cannot push it any further. After the end of the cable is successfully fed, the ends of the cables and plugs need to be connected. After securing both pieces in place, put a small rubber material over both pieces of equipment.

Burn it slightly: 

Then, use a lighter to burn the rubber material together with the end of the cable. When doing this, ensure that you do not burn your fingers in the process. This process requires absolute carefulness to avoid the accident. Keep doing it until it shrinks down and then give it a quick little pat. Give it some time to cool and then make use of equipment to pull it off. At this time, you will discover that the equipment bonded perfectly.

Note: This is to be done for both ends of the cable plugs. It is also essential to do this for all the sleeving you want to make use of.

Put it into the actual plug:

 The next step after sleeving all the wires is to put it into the actual plug. They are inserting the sleeves into the cable need to pay close attention to where the sleeves are going into to avoid making a mistake. Look out for the two sets of wings on the connector. When you are not very careful with the wings, it may result in a cut because the arms are sharp. The two wings are to face the sides, and then you push it into the cable until it makes a clicking sound.

Make use of the ATX extractor to pull out the connector from the other end of the cable. After pulling all your sleeves, you are sure that everything is in order.

Vector design of PSU unit symbol collection

 

Chapter 4: Custom Cable Supplier —CLOOM Tech

CLOOM Tech is a prestigious company that specializes in helping individuals and companies build custom made PSU cables. The world is a global village, and as such, everyone makes use of a computer system. A computer system is a versatile machine that serves several functions.

For this reason, it is essential to get your custom made PSU cable that suits the needs of your computer system. Not everyone is capable of building the custom made PSU cable and require professional assistance. The only way to get rid of problems that are common with creating the custom made PSU cable is by requesting the assistance of a professional.

CLOOM Tech is an organization that concerns itself with excellent delivery that is second to none. As long as you provide details of your specification, you will get the custom made PSU cable you desire. We ensure that you get the best results for your resources, and we make it worth your while.

Custom made PSU cables are a delight and perform a lot of functions for individuals who make us of it. This is why everyone needs to get theirs. Not to worry, if you are unable to build it yourself, CLOOM Tech is capable of assisting you in providing results and in doing it the right way too.

If you require assistance in building the custom-made PSU cable, feel free to contact us and provide us with the details of your specifications. With us, you are safe and do not need to experience any form of discomfort. We are committed to giving you the satisfaction you deserve.

The PSU computer power supply

 

Conclusion

Custom-made PSU cables are essential. It saves time and resources and makes it easier for you to work with. It also makes it faster for you to see results and do the needful.

 To make this a reality, you need to ensure that you pay attention to certain information that ensures you build your custom-made PSU cable well. Nonetheless, trust CLOOM Tech to provide the best custom made PSU cable services.

RF Cable: All You Need to Know RF and HDMI cable?

The radio connector

Do you prefer the HDMI cable or RF cable for signal transmission? A lot of individuals do not even recognize the difference between both cable types.

To avoid unpleasant circumstances ordinary with making poor cable choices, you must recognize the difference between an HDMI  cable and RF cable. Also, there is a need for you to how one cable type differs from the other. Since they possess similar qualities, they are still very much differently.

How do you make the right decisions on where to purchase the right cables for your project? The only way is to read this article carefully. The decision you make is dependent on the information at your disposal. Read along!

The radio connector

Chapter 1: RF Cable

  • What is the RF cable?

RF is an acronym for radio frequencies. The RF cable is a type of coaxial cable that transmits radio frequencies.

RF also plays the role of a generic term to various technological needs. For this reason, it is not strange to see individuals refer to RF cable for either wireless or non-wireless transmission.

It is easier to transmit radio frequencies using the RF cable. Furthermore, the RF signals are safer in the shielded cable; that is, the coaxial cable.

It also enables the capacity of information over a TV set.

  • Uses of RF cable

RF cable is an essential cable type, and it performs quite some functions.  Its importance is very evident in homes, offices, and public places.

Another way to derive maximum benefit from the use of RF cable is to use it with various internet connections.

The increasing desire of individuals to own electrical appliances and partake in the happenings in the society is a major development for the use of RF cable.

It is almost impossible to come across a home, an office, or public places without the presence of the RF cable.  The importance of Television in the house is second to all. Fortunately, a great number of TV sets.

Thus, it enables the ability of proper signal transmission.

Though the RF cable is nowhere comparable to newer means of signal transmission, it is still very significant in its functions.

  • Identifying RF cable

There are quite many cables available on the market. This necessitates the importance of selecting cables appropriately.

It is easy to identify the RF cable through its physical attributes. The easiest way of identifying the RF cable is through the end of its connectors.

RF cables possess a single pin connector that is compatible with the RF input of the TV set or any other device at that.

Another way of identifying the RF cable is the fact that it possesses a thread on the connector that enables it to secure the cable firmly around the RF input port.

An image of professional coaxial cable TV

 

Chapter 2: The Difference Between RF Cable and HDMI Cable

While a lot of people tend to make a comparison between these two cable types, it is essential also to understand that there are notable differences between both types.

Although both cable types have similar features, it is erroneous to mistake one for the other. The two cable types are significant for both connecting to TV set or internet connections. However, it is essential to understand that despite these similarities, they differ too.

The RF cable is a type of coaxial cable. Like all types of coaxial cable, the RF cable possesses a shield that protects it from being vulnerable to external interference, such as noise. Thus, when you feel there is a need to protect your signal transmission over long distances from noise, the RF cable is beneficial.

The RF cable minimizes the presence of noise by separating the signals in different capacities. So, it protects the mode of signal transmission even over long distances.

On the other hand, HDMI cables are efficient for transmitting digital and audio signals.

  • RF cable or HDMI?

Irrespective of the choices an individual settles for, it doesn’t take away the fact that both cable types have their uniqueness. To a large extent, the result that is derived from the use of the different cable types stems from how to send the signal.

The various aspects are essential when making a choice

The quality of the picture: A lot of people make decisions on cable type depending on the quality of the image it produces. Nonetheless, to get the right kind of result from the use of a cable, ensure you have the correct signal transmission in place.

In connecting to television sets or other forms of connections, RF cable makes use of a copper conductor, which restricts its capacity to produce excellent picture quality. Thus, it is the ideal cable type for transmitting signals over satellite to the home.

The HDMI cable type is a newer form of cable type. It is very efficient in transmitting digital signals. There is absolutely no need for compressing the output of the signals to get the maximum use of the cable type.

HDMI cable is very efficient in producing excellent picture quality than the RF cable.

External interference: It is an eyesore to make use of a cable type that is susceptible to interference. There is always a great delight in making use of a cable type that is not easily affected by noise. This is precisely true for the HDMI cable.

The RF cable is an excellent example of a coaxial cable. As such, it transmits audio signals at ease while the HDMI cable transmits digital signals. Analog signals are prone to external interference, unlike their counterparts.

 The implication of this analysis implies that digital signals do not permit external interference. So, when settling for a cable type bearing the various features of the different cable types, a suitable fit is the HDMI cable.

The quality of the audio: There are no doubts whatsoever to the audio quality of the RF cable. More so, the RF cable is very efficient in transmitting audio quality.

HDMI cable is good at transmitting digital signals. This implies that any individual who wishes to make use of a device to transmit both digital and audio signals all at the same time can make use of the HDMI cable.

However, if the intent is only to transmit audio sounds, then the RF cable is sufficient to transmit the same quality of the audio signal, just like the HDMI cable.

Type of signals: It is essential to understand the differences in the signals the cable type transmits. Though the RF cable is unable to transmit the type of signals that the HDMI cable transmits, it is still very efficient.

RF cable can transmit HD signals when it is not in the confinement of a cable box. HDMI cable is capable of transmitting better signals than the RF cable.

Accessibility: When deciding on the type of cable type to settle for, that is, the HDMI cable or RF cable, it is essential also to consider the ease of usage.

It is always a good feeling to be able to make use of your cable irrespective of size or place. If you are desirous of a cable type, you can carry around, then settle for RF cable. Unlike the HDMI cable, RF cable is easy to carry from one place to another because of its size.

HDMI cable is quite bigger than RF cable, and this makes it difficult to move them around. Another factor to consider in the accessibility options is the connectivity patterns. Using HDMI cables creates ease of connection. That is, there is no need to make use of multiple wires for connectivity functions.

RF cable, which is a coaxial cable type, requires the use of multiple wires for its connectivity needs.

Diverse needs: The HDMI cable is fit to perform quite a several functions. It is suitable for both the tasks of transmitting audio and digital signals. Unlike RF cable that requires a separate connection for both audio and digital signals, the HDMI cable performs both functions efficiently.

Distance to cover: The coaxial cables like RF cables are very compatible with long distances. The HDMI cable is also suitable for distances but covers long miles like the RF cable. If for any reason, the HDMI cable needs to cover long distances, there is always a need for cable extenders. But, RF cables are very efficient in covering long distances and still delivering efficient results.

Noise: The best type of cable to choose for noiseless connection is the HDMI cable. The RF cable is sometimes prone to noise from external sources. The only way for the cable to stay free from noise is to rely on the receiving end to put up a defense against the noise.

Speed in data transfer: If there is any cable that is very notable for speed in data transfer, it is the HDMI cable. It is effortless and fast to make internet connections with HDMI cable.

Additionally, it is easy to make connections with HDMI cable without experiencing difficulty in the data transfer. On the other hand, RF cable possesses an advantage over HDMI cable in the range of its data transfer.

Cost: Price is a factor that a lot of individuals consider when making decisions about the type of cable to settle for. It is quite a big deal to go for something you can comfortably afford. It is not a wise thing to go for a cable type that is not within scope.

The RF cable is very affordable, and it is also easy to install, unlike the HDMI cable. Furthermore, it is easy to modify the RF cable than their counterparts.

The HDMI cable is costly, and not everyone possesses the capacity of affording the HDMI cable. Thus, it is necessary to make proper decisions before purchasing any cable type.

Cable terminals: This means a platform where a cable gets connected to other devices. It is usually the best way to connect to many cables almost at the same time.

HDMI cables are not suitable for cable terminals. But, the RF cable is very compatible with cable terminals. The best way to make use of cable terminals is to use the cable alongside the RF cable.

Loss of transmission: HDMI cables are mostly affected by the transmission signals than the RF cables. It allows for loss of transmission for audio and digital signals. It is easy to send signals through the RF cable.

The analog signal of the RF cable is essential in transmitting signals with minimal loss. Furthermore, there is no need for conversion, and this makes it all the easier.

Multiple functions: The HDMI cables encounters difficulty in transmitting audio signals to various channels. Irrespective of this fact, the HDMI cable cannot transmit audio signals simultaneously.

HDMI cable is not fully capable of meeting the needs of various audio signals transmission. And this is very challenging, especially when there are varied types of audio signals.

It is challenging to achieve a good result with the HDMI cable using multiple audio signals channels. RF cables are capable of transmitting various audio signals for multiple channels as long as it possesses a good strong.

There are notable differences between an HDMI cable and RF cable. The choice you make depends on the use of the cable type.

Radiofrequency connector coaxial cable

 

Chapter 3: RF Cable for Wireless Transmission?

The RF cable is suitable for all kinds of internet connection. In some situations, it is difficult to comprehend what an individual means when they say they will transmit data signals using the RF cable.

The Ethernet cable, which is very important for transmitting data, performs an entirely different function from the RF cable. While several individuals easily misunderstand the RF cable, the Ethernet cable isn’t confused as the coaxial cable.

Therefore, RF cables indicate that signals of the radio frequencies are present in the RF cable, and this is also sometimes referred to as the coaxial cable. However, since a lot of communication is now wireless, it is appropriate to say that the RF cable performs wireless functions. The RF signals are transmitted wirelessly using the RF cables.

RF cable is essential, and it is used in many ways. It is also the least in terms of comparison with other forms of RF signaling devices. It is possible to transmit from the wireless form to the cable form of signals.

Transmit wireless to cable. There is a need to make use of antennas and different antennas to achieve your purpose. An example of this is the wireless form of an internet router. It possesses antennas to transmit and receive signals. Nonetheless, some RF connectors carry RF signals from the router to an antenna.

Therefore, the benefits of RF cables are unarguably essential and are very beneficial for individuals and offices.

An image of white coaxial cable television

 

Chapter 4: CLOOM Tech – Where To Get Custom RF And HDMI CABLE

It is near impossible to discuss cables without giving priority to CLOOM Tech. CLOOM Tech is a tech industry that specializes in making provision for quality RF cables to all companies who need to make use of it.

With us, there is no such thing as a near quality. We do not settle for less when it comes to giving our clients the very best. Our services are second-to-none all over the world, and no one does it better than us.

Conclusion

RF cables are a unique type of wires. They perform quite some functions. The HDMI cable and the RF cable perform similar functions. Yet, they suit diverse needs. RF cables are a type of coaxial cables that ensures that electronic devices work perfectly.

To avoid situations that result in sorry cases, contact us to provide the RF cables and ensure that you are getting the best quality to suit your every need. We treat you like a king while giving you the best you deserve!

PCIe Ribbon Cable: All That What You Need to Know

Computer ribbon cable

Before you settle for using the PCIe ribbon cable, it is also essential that you realize that the cable type comes in various sizes. When you know that they are not just ribbons but perform a lot more than you can ever imagine.

The PCIe ribbon cables come in the form of a ribbon and are very efficient for use in computers and other peripheral devices. The uniqueness of this cable type is evident in the fact that it comes in various colors, thereby making it easy for users to use and reducing risks of its usage.

To get the information you desire, read on!

Computer ribbon cable

Chapter 1: What is PCIe Ribbon Cable?

Another name for PCIe is Peripheral Component Interconnect Express. There are various ways of writing PCIe, but one common way is to either refer to it as PCI Express or PCI-E.

The PCIe ribbon cable is a cable type that possesses many wires on a parallel line to each other on a flat surface. Therefore, the PCIe ribbon cable always comes in the form of a flat shape. It also looks like a ribbon.

The PCIe cable is very efficient for connecting different electronic devices and peripheral units.

In most connectivity methods, it is usually between a computer and its peripheral devices.

The PCIe cables perform numerous functions, including reducing the latency level electronic devices, as well as how data transmits from one device to another. This cable type is very efficient than other

It is widespread to see the PCIe ribbon cable in different peripherals of the computer, such as floppy drives and hard drives.

The uniqueness of the PCIe cable stems from the fact that the transmission of data witnesses positive results because the different peripheral devices make use of a single bus.

There are a host of devices that makes use of PCIe cable for various reasons. Some of the devices that rely on the efficiency of the PCIe cables are adapter cards, accelerator cards, NIC, and other peripheral devices with high performances.

More so, the devices that connect to the PCIe cable are not in any form of competition with other electrical devices. This is simply because the various devices possess its unique strength that differs from the other devices.

  • Uses of PCIe Cable

There are numerous uses of the PCIe cables. The use of PCIe cable necessitates the speed of transferring data and information from one device to another. Additionally, a lot of data signals rely on the PCIe cables to bring about speed in transmission.

The PCIe cable is best useful when two wires are suitable for transmitting the data signals. While another channel comprises two separate wires is for receiving the data. The signal that is sent by these wires is also known as lanes.

The lanes of the PCIe cable are for transmitting and receiving data simultaneously; through different points.

Another way of maximizing the use of PCIe cables is to achieve speed in the use of data. If you require speed in the transmission of data, the best bet is PCIe cables. A lot of individuals attest to the speed in using the PCIe cables for the data needs.

computer cable

 

Chapter 2: The Need for Color Coding for PCIe Ribbon Cable

It is essential to understand the importance of the use of color coding for PCIe ribbon cables. This helps to avert all types of unpleasant cases for individuals.

Furthermore, to also ensure that they do not expose people dangers that are quite common with the use of cables. It is necessary to use the wire in the right manner. For this reason, anyone who wishes to make use of the PCIe ribbon cable needs to understand the use of colors on the rope and how to connect them to achieve results.

Fortunately, one edge of the PCIe ribbon cable possesses a red color that makes its connection very easy. The edge that possesses the red stripe is best suitable for pin one on the connector.

This method of identifying the PCIe ribbon cable is not a reliable means for identifying cables for individual or group wires that work best when they are not together. That is when such wires operate best when separating them from one another.

However, it is beneficial to use the identification method for cables that consist of at least two IDC connectors and in a situation where the connector connects to the different wires.

While this is helpful, it is also cumbersome for individuals who do not understand how it operates. To make it a more straightforward process, the PCIe ribbon cable manufacturers put a plan in place where various colors represent information. In this situation,  repeated various colors so that individuals experience less difficulty or risks while using them.

The uniqueness of the PCIe ribbon cable enables different individuals to fondly refer to it as hippie cable as a result of its appearance.

 

Chapter 3: Various Sizes of The PCIe Ribbon Cable

There are various sizes of the PCIe ribbon cable. Any size any individual decides to make use of depends to no small extent on the need for such cable size.

As such, there are two unique ways of classifying the size of the PCIe ribbon cable. The first method is to identify the spacing of the conductor, while the second method is to determine the number of conductor/ways.

The most common type of spacing of the PCIe ribbon cable is 0.05 inches. It allows for a two-row connector and a spacing of at least 0.1 inches. This is very common in equipment that makes use of an internal connection in an enclosure.

The wire in such a connection is also made up of copper. The number of conductors is mainly dependent on some values such as 4, 6, 8, 9, 10, and so many others up to 80.

Additionally, there are also other forms of the PCIe ribbon cable that makes use of coarse ropes. The high-speed computer cable that is suitable for the hard disk of computer possesses 0.025 inches. Most portable electronic devices such as the laptop making use of the more excellent pitch 0f 0.03mm. 

An image of flat ribbon cable isolated PC connector

 

Chapter 4: The Connector Types for PCIe Ribbon Cable

The PCIe ribbon cable possesses a lot of connector types. The purpose of the various connector types is to enable mass termination to different specified IDC connectors.

The termination is commonly done on the ends of the IDC connector. There is sometimes an exception to this; when the lead requires changing the wire between various connectors, only one end of the IDC is terminated. As such, the other end of the IDC is terminated in a regular crimp.

In all, there are options to dismantle the IDC connectors, but it is not always easily done.

There are various connectors available with the IDC termination that is suitable for the PCIe ribbon cable. They are:

The subminiature connector: This is a prevalent type of IDC termination, but it is very suitable for printer ports and serial ports.

Micro ribbon connector: This is a dynamic type of connector. It is compatible with the 36 pin printer ports.

PCB transition headers: This connector types possess two rows of pins and are also very efficient when it is soldered directly into the PCB.

These various connector types alongside the IDC termination points ensure that the PCIe ribbon cables work at its optimum.

The old cable IDE computer

 

Chapter 5: CLOOM Tech- Where To Get Custom PCIe Ribbon Cable for Your Project

CLOOM Tech is a tech organization that specializes in providing effective cable services to individuals who desire to make use of it.

This organization takes delight in making provision for PCIe ribbon cable available to individuals who makes use of it for various reasons. One distinguishing fact about using our company for your cable needs is that you are certain of getting good quality cable.

Unlike some profit-hungry organizations, we pride ourselves in our ability to treat you, asking, and provide the right PCIe ribbon cable for you. So, if you desire quality in place of quantity, the best tech organization to rely on for efficiency is Cloom Tech.

Conclusion

PCIe ribbon cable is a common type of cable. But, its functions are not known by a lot of individuals. The wire, which is easily mistaken for a ribbon, comes in various sizes and also makes use of color-coding to aid its connection.

Nonetheless, it is also essential that individuals appropriately use the cable to minimize the dangers associated with using the cable the wrong way.

The best tech company to provide the right customize services for PCI-E ribbon cable is Cloom Tech. The services are reliable and trusted.

MIDI Cable: An Excellent Guide to Choose the Cable You Need

MIDI cable

The development of MIDI has changed the way we listen to electronic music today. Earlier, a musician could not plug two instruments of different brands to make music. But with MIDI, you can connect several of them to create music. From notes to vibrato, the cables are capable of carrying all kinds of messages.

So, how can we use MIDI cables to their full potential? Why do we need a MIDI interface? What are the benefits of MIDI? Where to custom MIDI Cable for your project? We will learn everything about MIDI in the following article.

MIDI cable

Chapter 1: About MIDI Cable

MIDI is a simple technique that helps you achieve many things in the music industry. A MIDI cable connects two different musical components of different brands. The MIDI cable can carry event messages, music data, vibrato, panning, and more. MIDI almost acts as a remote control for the music gear. You can play a keyboard and change the volume, pitch, and tempo of a note on the sound module. 

A MIDI cable transfers the messages in the form of data and not an audio signal. Therefore, it offers more control over the other equipment. A MIDI interface and MIDI controller are the end connectors of a MIDI cable. The cables connect the device to the MIDI interface through a 5-pin connector type. You need two of these cables per instrument to transmit and receive data. A MIDI cable makes a musician’s job much more manageable.

MIDI is a technical standard that connects electronic musical instruments and computers. It can either be a communication protocol, a digital interface, or an electrical connector.

MIDI can connect a variety of devices for playing, editing, and recording music. Also, a single MIDI link can connect with sixteen channels through a MIDI cable. Each of these channels connects a different set of instruments.

Earlier, the electronic musical instruments from different manufacturers couldn’t communicate with each other. However, a MIDI-compatible connector can connect any modules, synthesizers, drum machines, etc.

Chapter 2:  Do You Need MIDI Interface?

A MIDI Interface provides signals from a computer through one of the more popularly available 5-pin MIDI jacks. You can use these MIDI Interfaces to connect to any computer via USB. The interfaces are also useful with keyboards, pad controllers, and audio interfaces. You can then configure your studio or live rig whichever way you want to.

They are most convenient when you plan to use DAW to control MIDI-equipped hardware. If you cannot connect the hardware to your computer the easy way, you will need an interface. However, you may not need it if you have USB equipped keyboards and controllers. These instruments come with a built-in MIDI interface and don’t need it for a simple setup. But if you plan to use legacy gear, a dedicated interface might come in handy.

Chapter 3:  Types of MIDI Cable

A MIDI cable can carry messages in various ways, i.e., through a 5-pin cable, USB, and more. The speed of the transport determines the amount of data a MIDI cable can carry and receive. The types of MIDI cables are as follows:

USB cable –These connect the computer to other devices, including digital cameras and cell phones.  

HD 15 Monitor Cable – It is the most common cable. It’s blue. It communicates the image data to the monitor processor.

USB and FireWire – Music industry requires computers a lot. So, they need to be able to get the signals from an instrument as soon as possible. Thus, a MIDI USB cable helps connects musical instruments to the computers. It directly connects the host to the drivers, so you don’t need to configure it. The MIDI cable usually has a USB port on one end and a 5-pin one on the other.

Bluetooth – Everything works through Bluetooth today. Many software allows the use of Bluetooth. So the next time you are using sound recording software, don’t forget to check it out.

Chapter 4: MIDI Cable – Which Connectors do You Use it in?

A MIDI connector is at the end of every cable that can send or receive a signal. You can connect it to an audio device or a computer. It can be of the following types:

5-Pin MIDI DIN:

The 5-pin connector is one of the earliest MIDI connectors and the most common of all. It’s slower than the other high-speed digital transports like USB and ethernet. But it can manage communication speed effectively between two devices. Thus, a 5-pin cable is useful for connecting two MIDI devices without a computer. 

USB and FireWire:

Computers have USB and FireWire ports that do not need any configuration. It is, therefore, easier to connect a MIDI cable with a USB end between an instrument and a computer. One end of this cable has a USB connector, while the other has the 5-pin one. The best part about these connectors is that all you need to do is plug them and play your instrument. But you need to install a driver on your PC so that it understands the information that the MIDI cable sends.

Ethernet and WiFi:

You can connect your instruments with many computers with LAN. A LAN connector can connect the computers. These computers, in turn, connect with the devices. But, it’s not the fastest way to transport data. You might miss out on some information. Thus, a LAN is only advisable for big setups.

WiFi free

Bluetooth – Music creation can also happen on mobile devices now. Thus, you can now connect your instruments to your phone through Bluetooth. Many music-based applications on smartphones come equipped with the Bluetooth feature. It needs less battery than WiFi to operate and doesn’t get a lot of interference either. It’s also similar to WiFi in a way that it doesn’t guarantee the timely delivery of messages.

Chapter 5: MIDI In, MIDI Out and MIDI Thru

A MIDI port can send or receive electronic data from instruments. Each MIDI port type serves a different purpose, and here’s what they do.

MIDI In – MIDI In receives data from another device. A sequencer or other hardware can send instructions on your gear, and MIDI In will receive them.

MIDI Out – MIDI Out transfers data from an audio device to another source. For example, if you send some information from your synthesizer to outboard gear, you use MIDI Out. MIDI Out sends the information to the MIDI In of another gear. MIDI Out is usually for the use of DAW or sequencer. The other instruments use MIDI in or MIDI Thru.

MIDI Thru – Whatever data comes from the MIDI In port, MIDI Thru duplicates it. Thus, you can connect multiple devices without several ports on your sequencer. Most of the devices come with MIDI Thru capabilities. But, if they don’t, you can use a MIDI splitter. It gives one the option of multiple ports that send the information with MIDI Thru.

Chapter 6: Benefits of MIDI Cable

A MIDI setup can offer a lot more than just recording your audio tracks. MIDI allows you to edit your sound and performance continually. You don’t need to re-perform the part as well. From changing a piano sound to the chord progression, you can change anything on it. The simplest of MIDI loops can also turn into a multi-track studio in no time. MIDI can make every performance of yours better in low time.

All you need is a computer and a MIDI controller. You can then create hundreds of tracks with a different sound for each of them. You can also add a synthesizer in the mix to get the full analog sound. You will be able to sequence, edit, and arrange your sound directly from the PC.

Chapter 7: Custom MIDI Cable — How Can We Help?

If you’re looking for a way to set up your musical instruments, we can help you with it. We will help you find the right MIDI cable as per your needs. We also customize the cables according to your needs easily.

You can then synthesize, edit, and produce your music. You can connect up to sixteen channels with your MIDI cable and produce music. You can contact us for any information that you may need about the MIDI cables.

computer unit ports

Conclusion

A MIDI cable can make the life of any musician easier. It is a great way to connect different musical instruments. You can also connect your connecter with a computer and produce music any time you want. The only issue is with a 5-pin connector is that it sends the data slow. The LAN or Bluetooth connection also doesn’t assure us of the right data transmission.

If you need MIDI cables or any help with them, try our services. We can set up everything for you, giving you time to relax and make your music.

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