Micro HDMI Cable: What You Need To Know Why You Need One

Micro HDMI Cable

We have talked about HDMI and its many uses in the past. Shortened for High Definition Multimedia Interface, HDMI is an accessible technology that allows users to enjoy high-quality audio and video.

HDMI cables are easy and reliable as they can transfer data at high speeds. Plus, they are affordable and can be a safe option for transferring sensitive data since they can encrypt data. Hence there is no worry about digital breaches. We will discuss the Micro HDMI cable today!

Micro HDMI cable 1

Chapter 1: Micro HDMI Cable

1. Some Facts About HDMI Cable

Micro HDMI cable 2
  • All HDMI comes with a cable and a connector.
  • They were first launched in December of the year 2002.
  • They are available in many types and versions to support the continually evolving audio and video formats.
  • There are many types of HDMI cables.
  • You can get customized HDMI cables depending on your needs.
  • There are 8K enabled HDMI cables on the market.
  • There are four different sizes available on HDMI cables.
  • HDMI 2.1 is the market leader, controlling over 35 percent of the total market.
  • The market is growing at a rate of 5.3 percent.
  • You can get HDMI cables with or without Ethernet.

As mentioned earlier, there are many types of HDMI cables, depending on the size of the connector. In this article, we will talk about the micro HDMI cable specifically.

Let’s get started:

2. What is a Cable

Micro HDMI cable 3

Micro HDMI, also known as HDMI type D, is simply a smaller, micro version of HDMI. This technology combines audio and video into a single digital interface small enough to connect to smaller devices like tablets and mobile phones.

This technology is a significant step forward to fast-track data transfer and enjoys an easy, complete entertainment experience.

This allows users to connect their mobile phones to HDMI-compatible devices like video projectors, digital television, and computers.

Micro-HDMI has similar benefits as those of full-sized versions of HDMI. It enables uncompressed digital audio video, a bandwidth of up to eighteen gigabytes per second, and a single connector instead of several cables and connectors between the video source and the display device. 

3. Different Types of HDMI Cables

Below are the various HDMI cable types.

Standard HDMI Cable:

Standard HDMI cables are designed for standard HDTV cable, satellite TV, and broadcast resolutions (up to 1080i and 720p) and offer a bandwidth of up to 5 Gbps. It’s optimized for HDMI versions 1.0 – 1.2a. 

Standard Automotive HDMI Cable:

Standard automotive HDMI cables offer the same features as the standard HDMI cable but are used to connect in-car DVD players and other gadgets to portable video displays. Further, standard automotive HDMI cables provide extra shielding to protect against interference from other vehicle electrical wiring and systems.

High-Speed HDMI Cable:

High-speed HDMI cables are designed to handle resolutions of 4k (30Hz) and 1080p and also provide support for deep color and 3D. It offers transfer speeds of up to 10 Gbps. Furthermore, it’s optimized for HDMI versions 1.3 – 1.4a.  

High-Speed Automotive HDMI Cable:

High-speed automotive HDMI cables offer the same features as the high-speed HDMI cable. However, high-speed automotive HDMI cables are optimized to support the automotive environment.

Premium High-Speed HDMI Cable:

Premium high-speed HDMI cables are designed for stable transfer of Ultra HD/4K video resolution, including expanded color range, 4K (60 Hz), and HDR. It offers a bandwidth of up to 18 Gbps and is optimized for HDMI versions 2.0/a/b.

Ultra High-Speed HDMI Cable:

Ultra high-speed HDMI cables offer the same features as all the previously mentioned cables, with the added advantage of supporting HDR, 8K, and 10K. It offers transfer speeds of up to 48 Gbps and is less susceptible to electromagnetic interference caused by wireless devices. It is optimized for HDMI version 2.1.

HDMI Cable With Ethernet Built-in:

Also, there are ultra-high speed, premium high speed, high speed, and standard HDMI cables that support an extra HEC (HDMI Ethernet channel). Such cables are designed to enable a number of HDMI-connected devices to share one traditional ethernet connection to a broadband router at speeds of up to 100 Mbps. However, this feature isn’t normally implemented on devices.

Note 1: HDMI Cable Types

Basically, there are only two types of HDMI cables: high-speed and standard.  A high-speed HDMI cable offering 18 Gbps or higher is essential in order to enjoy a true UHD experience in 4K resolution. On the other hand, standard HDMI cables offering 10 Gbps are ideal for displays that don’t offer 4K resolution.

HDMI 2.1HDMI 2.0b, 2.0a, and 2.0HDMI 1.4b, 1.4a, and 1.4HDMI 1.3
Bandwidth48 Gbps18 Gbps10.2 Gbps10.2 Gbps
Max Frame Rate8K at 60 Hz
4K at 120 Hz
4960 X 2160p at 60 Hz
4K at 60 Hz
3820 X2160p at 30Hz/25 Hz/24 Hz
4096 X 2160p at 24 Hz4K at 30 Hz
1080p at 60 Hz
Hybrid Log GammaYesYes (only 2.0b)NoNo
HDR SupportYesYes (except 2.0)NoNo

Note 2: HDMI Connector Types

There are 4 types of HDMI connectors depending on the intended application. Ensure you get the correct connector for your devices.

  • Type A (regular size) – HDMI cables with regular-size connectors are normally used to connect source devices like satellite/cable boxes, media streamers, computers, and video game consoles to home theater receivers, televisions, and video projectors.
  • Type C (mini size) – an HDMI cable with a mini-size connector is used on standard-size tablets and DSLRs. The end connecting to the tablet or camera is a mini HDMI connector. The opposite cable end is a regular-size connector that connects to a PC monitor, video projector, or computer.
  • Type D (micro size) – type D connectors are used on smaller portable devices like tablets, digital cameras, and smartphones. Micro-size HDMI cables feature a regular-size connector on one end and a micro connector on the opposite end.
  • Type E (automotive) – this is a special connector for an automotive HDMI cable.
Micro HDMI Cable Connector 

Caption: Micro HDMI Cable Connector 

Chapter 2: Who Needs a Micro HDMI Cable?

Micro HDMI cable 4

The micro HDMI has a smaller connector. You will find this port on smaller portable devices such as smartphones, standard-sized tablets, and smaller tablets. Such small ports are on devices like DSLR cameras, high-definition camcorders, and tablets.

By now, you can already understand why micro HDMI connections are so useful nowadays with today’s devices.

For example, you can plug your smartphone or tablet directly into your HD television utilizing a micro HDMI cable.

You can surf your phone or tablet and watch YouTube videos you find online. Your entire family can easily watch personal videos or see photos you’ve taken on your device.

Technically speaking, whatever is on your mobile phone will appear on the bigger television screen so you can enjoy content with friends and family.

Several people even use micro HDMI cables to connect smaller devices to bigger devices to enjoy video conversations and talk to distant relatives.

You do not have to worry about installing Skype or other software on your phone. You will use your mobile phone to video call like you usually would and enjoy the display on a bigger screen.

Hence, anyone with a device that requires a micro HDMI cable will need a micro HDMI cable as they will not be able to use traditional cables with such devices.

Chapter 3: However, Why Invent Micro HDMI Cables

Micro HDMI cable 5

This is a very valid question. Why would we invent a new cable type when we already have typical HDMI cables that do the same thing? The difference lies in ease and comfort.

We want our phones and other devices to be lighter and easier to handle. This is why manufacturers are either removing sockets – Apple got rid of the headphone jack – or making them smaller – replacing the traditional USB port with the type C port that takes less space and is faster.

Micro HDMI cables are smaller, taking less space and making it possible for manufacturers to build more portable devices.

This is why they are typically found on handheld devices, but you may now find some on television sets and other such products.

Chapter 4: Benefits of a Cable

Universal cables

The advantages of using a micro HDMI cable are all necessarily the same as using a standard HDMI. In effect, it gives the same excellent-quality audio and videos. Below, we list the benefits of micro HDMI that we already know about from regular, standard HDMIs.

  1. Excellent quality
  2. Encrypted data transfer
  3. Maintaining signal integrity
  4. Ease of use
  5. Transfers uncompressed signals
  6. Displays sharp, bright images
  7. Using specific adapters, you can convert HDMI to AV, DVI, or RCA
  8. Supports many formats available nowadays, for example, 1080i, PAL, standard stereo, 1080p, NTSC, etc.
  9. It can also help in consumer electronic control, known as CEO, establishing communication between two devices.
  10. Allows two-way communication with micro HDMI cables; you do not have to worry about the correct settings. HDMI offers two-way communication and itself chooses the best audio and video formats.

It will not be entirely wrong to state that we cannot use our devices the way we should without an HDMI cable.

Chapter 5: HDMI Cable and Conversions

Different ports

A perfect thing about HDMI cables is the ease they offer in terms of conversions. Here’s how you can convert HDMI cables into other types.

The HDMI to VGA converter connects the computer’s HDMI signal to the old monitor’s VGA connection. An HDMI cable can send audio and video signals through the same cable. But it may be a cheap cable. VGA is widely considered redundant now as it lacks the quality and speed of HDMI.

Install the included driver software so your computer can read it. Then, plug the HDMI cable into your TV and the USB to HDMI adapter and plug the USB cable into the adapter and your computer. You will need no additional wires or power.

DisplayPort essentially outputs in an LVDS signal type incompatible with HDMI (HDMI uses TMDS). Most DisplayPort cables do not have this pin (or it is not connected inside the cable) because it will cause a short circuit when connecting.

Chapter 6: Things to Consider When Buying a Micro HDMI Cable

HDMI port

Since many manufacturers are now making micro HDMI cables, finding the right seller is vital to buy reliable and durable products.

Here are a few things to keep in mind when buying a micro HDMI cable:

  1. Quality foremost;

It is of utmost importance that you research which manufacturers sell good quality micro HDMI cables. 

After all, you only deserve the best type that perfectly matches your needs. Many manufacturers and sellers in the market sell various types and versions of micro HDMI cables.

Authentic manufacturers go above and beyond to deliver high-quality micro HDMI cables to customers. Most of them adhere strictly to all safety precautions and produce wires that attract the masses.

  1. You should know what you need precisely;

It is like going to a library or a shopping store. You need to understand what your exact requirements and needs are so you can make a wise purchase.

For example, you need a long cable to connect it to your wall-hanging TV set. Also, it will cost you more. So be sure what purpose you need it for.

  1. Upscaling options;

With technological advancements happening so fast, it is best to know what is available lately.  Modern manufacturers develop micro HDMI cables that you can upgrade from 1080p to 4K.

This means you can watch videos at the highest visual experience possible nowadays.

Chapter 7: Where Can I Buy a Custom Micro HDMI Cable from?

HDMI port and cable

We talked about how you can opt for a custom HDMI cable. Not all manufacturers offer custom cables. Hence it would help if you spoke to us at CLOOM Tech.

Based in Shijiazhuang Hebei, China, we cater to clients worldwide and offer excellent products and services at affordable rates.


All in all, you must know exactly what your needs and requirements are so you can get the best micro HDMI cable. Contact CLOOM Tech for your project now.

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

DMS-59 Cable

DMS-59 cable is not a standard cable type. Yet, it serves many 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 must 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, you can get it right with a 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. This cable type provides the VGA or DVI output in a single connection. The cable comes from 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, suitable for video cards. 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. Similarly, it is suitable for connecting two parallel ports to a computer system.

Benefits of DMS-59 cables

The major advantage of using a DMS-59 cable is 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

A 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 easily aids connection, there is a certainty that you will get the best use while using your computer system. Some 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 port available on the LCD computer.

With DVI cable, watching your favorite movies on the web or television is effortless. Another feature of the DVI cable port is that it can translate 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 to notice the difference is by closely looking at the rope. If the DVI cable has a flat pin and four pins around it, it is more likely to be a DVI-A cable or DVI-I cable. But, if you observe the cable closer and discover only one pin, it is a DVI-D cable type.

The different types

There are different types of  DVI cables. The various kinds of wires possess unique features and attributes that make them easy to use. DVI-D cables are a unique type of cable that greatly differs from the other types. That 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. That 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. The versatility of the DVI-I cable makes it easy to work on analog and digital connections.

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

The video quality is reduced in such conversion for digital to analog signals. 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 use 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 the connection between an analog and DVI cable, ensure you use 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 your DVI cable into any port. When you discover that both cable ports are incompatible, the best thing is to get the right fit.

The relationship between DVI cable and DMS-59 cables

DVI cable and DMS-59 cable are both essential for video connections. If you love video connections, the cable types perfectly serve your desire. The DVI cable works perfectly well with the DMS-59 cables.

The relationship between both cable types stems from the necessity of producing maximum video connection efficiency. As such, the DVI cable is suitable for the DMS-59 cable. In its connectivity, there is no question or doubt about its compatibility.

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. The DMS-59 cable is still very suitable for the DVI cable regardless of the connection type, analog or digital. In using the wire, the DMS-59 cables easily convert to suit the needs of the DVI cable.

The outcome is usually very efficient. If there is a need to use a digital connection, the DMS-59 cable takes a digital connection through conversion utilizing an adapter. The DVI-D cable is suitable for successful conversion because both types already fit digital connections. But, if the DMS-59 cable maintains the analog outlook, the best cable to use 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 video.

It performs this function by carrying information about the graphics from the CPU to the computer system’s monitor. The VGA cable is a cable type that is usually blue-colored. It uses 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. It implies that one of the devices is the platform that shows the information placed when connected devices. Since the VGA cable possesses two ends, one 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 is placed in it.

When the computer system is on, it transmits the information it receives through the monitor’s display output. This is possible through the aid of the VGA cable. 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 male and female connector types. Both connectors perform different functions. It comes in three-row pins, and the cable quality is 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 from its use, they must know how the cable works best.

Most importantly, VGA cable is very relevant and still relevant in the electronic field. It efficiently connects electronic devices such as computers, televisions, and other devices.  To best use VGA cables, you need to know how it works and their connectivity.

Types of VGA cable

There are different types of VGA cables. These cables come in various sizes, including small, mini-size, and full-size VGA cables.

The various VGA cables are described using different terms, such as connectors 1 and 2.

These different connectors are for specific uses. Only when you can identify the connectors’ various needs and uses will you achieve the right result.

The different type of VGA cables possesses different connection needs. This implies that what works for one will not work for another cable.

So, it must be used appropriately, or it affects the connection’s purpose 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 one 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 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 with the 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 a VGA cable.

DMS-59 cables enable the functioning of two VGA cables, which work well with the cable to produce the right 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 VGA cables or DVI cables. Whatever option suits the individual works well with the DMS-59 cable.

Custom VGA Cable

Chapter 4:DMS-59 Connecting Displays

DMS-59 connectors found on graphic cards are only for use with cable connectors with DMS-59 connectors.

A DMS-59 cable connector could have more than one VGA and DVI connector for use with 2 analog displays or 2 digital displays.

Below are some of the various types of DMS-59 cables. 

  • DMS-59 to Dual DVI-I Adapter Cable Assembly
  • DMS-59 to DVI-I + VGA Adapter Cable Assembly
  • DMS-59 to Dual VGA Adapter Cable Assembly

You can attach a DMS-59 connector to a DMS-59 output connector on a graphic card. Also supports high-resolution displays like 2 VGA analog channels or 2 DVI single-link digital channels with the other 2 connectors.

If you encounter any problems, refer to your device’s manual for further information. Remember that the eighth pin doesn’t have a signal valve if you use a single-link DVI connector.

DMS-59 connector pin assignments

PinSignal NameOutput/InputPinSignal NameOutput/Input
2VGA 1 RedOut31DVI 1 TX CLK+Out
3VGA 1 BlueOut32DVI 1 TX CLK-Out
9VGA 2 SCLI/O38ReservedRES
10VGA 2 SDAI/O39ReservedRES
11+5 VPWR40DVI 2 HDPIn
16DVI 2 TX0+Out45DVI 2 TX CLK-Out
18DVI 2 TX1+Out47VGA 2 GreenOut
19DVI 2 TX1-Out48ReservedRES
21DVI 2 TX2-Out50VGA 2 HSYNCOut
22ReservedRES51VGA 1 SYNCOut
26DVI 1 TX2-Out55VGA 1 HSYNCOut
27DVI 1 TX1+Out56VGA 1 VSYNCOut
29DVI 1 TX0+Out58BlockedBlocked
30DVI 1 TX0-Out59VGA 1 GreenOut

DVI-I Connector Pin Assignments

1TMDS Data 2-17Hot Plug Detected
2TMDS Data 2+18TMDS Data 0-
3TMDS Data 2/4 Shield18TMDS Data 0+
4TMDS Data 4-19TMDS Data 0/5 Shield
5TMDS Data 4+20TMDS Data 5-
6DDC Clock21TMDS Data 5+
7DDC Data22TMDS Clock Shield
8Analog VSYNC23TMDS Clock +
9TMDS Data 1-24TMDS Clock –
10TMDS Data 1+C1Analog VSYNC
11TMDS Data 1/3 ShieldC2Analog Green
12TMDS Data 3-C3Analog Blue
13TMDS Data 3+C4Analog HSYNC
14+5 V DC PowerC5Analog GND
DVI Connector

Caption: DVI Connector

VGA Connector Pin Configuration

VGA connectors normally have 15 pins, each performing a specific function. The pin configuration is as follows.

  • Pin 1 – Red Video (0.7 V peak to peak, 75 Ohms)
  • Pin 2 – Green Vide
  • Pin 3 – Blue Video
  • Pin 4 – Reserved or Monitor ID Bit-2 (RES / ID2)
  • Pin 5 – Ground Pin (GND)
  • Pin 6 – Red Ground (RGND)
  • Pin 7 – Green Ground (GGND)
  • Pin 8 – Blue Ground (BGND)
  • Pin 9 – +5 V direct current output from a graphic card (KEY)
  • Pin 10 – Sync Ground (SGND)
  • Pin 11 – Reserved or Monitor ID Bit-0 (RES / ID0)
  • Pin 12 – Data line with 12C bidirectional / Monitor ID Bit-1 (SDA / ID1)
  • Pin 13 – Horizontal Sync (HSYNC)
  • Pin 14 – Vertical Sync (VSYNC)
  • Pin 15 – 12C Data Clock or Monitor ID Bit-3 (SCL / ID3) 
 VGA Connector

Caption: VGA Connector

Chapter 5: CLOOM Tech — Professional Custom Cable Manufacturer

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

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

In addition to a few tech lovers, many people do not know the DMS-59 cable well. 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 use either of these cables or both cables with DMS-59 cable, you are confident of getting productive results.

Unfortunately, many individuals cannot work with DMS-59 cable because it is uncommon.

Nonetheless, trust CLOOM Tech to help you get a hand with the cable. Our services are not limited to only providing cables. We also provide you with professional assistance to make it easier for you.

Similarly, CLOOM Tech assists you with the connectivity issues you will likely encounter using the DMS-59 cable.

For this reason, CLOOM Tech is fully committed to providing you with nothing but the best and helping you get the maximum result from using the cable.


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

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 best from your connection.

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

What Is the Wiring Harness in a Car: Components and Benefits

Close-up view of a car engine with electrical cables

What is the wiring harness in a car? Cars are large, with an average length of 14.7 feet. Despite this, most of the components that make it work are small.

The wiring harness in a car is responsible for airbags, ABS brakes, climate control, and the engine. Without a wiring harness, none of these features would be possible.

For this reason, it is important to fully understand what a car’s wiring harness does. Next, we answer this question and its usefulness in your automobile.

What Are Auto Wiring Harnesses?

An auto wiring harness assembles cables, connectors, terminals, and wires that transport electrical power in a car.

Before now, cars were solely mechanical and could run without electricity. But it’ll be a miracle to run a modern car without electricity.

For this reason, auto wiring harnesses are a crucial part of any car engine. Electrical current won’t reach the car’s different electrical components without them.

The car’s ignition system, such as the starter, chassis, and alternator, all need electricity. And they can’t get this electricity without an auto wiring harness to convey them.

But for cars, having an auto wiring harness isn’t enough. The wires and terminals must also be properly connected to the electrical components.

To understand this connection is to know the different wiring harness circuits.

Modern automobile engine

(Modern automobile engine)

Automotive Wiring Harness Circuits

Since automotive wiring harnesses connect to different electrical components, they come with different connection circuits.

Also known as wire lengths, the circuits serve distinct purposes. And a standard automotive wiring harness has 12 of them.

The circuits include:

  1. Dash lights
  2. Gauges
  3. Hazard flasher
  4. Heat and AC
  5. Horn
  6. Parking lights
  7. Radio
  8. Stop lights
  9. Tail lights
  10. Turn signals
  11. Wipers
Automotive wiring harness cables and circuits

(Automotive wiring harness cables and circuits)

From their names, you can easily understand what each circuit does. 

However, many high–end vehicles feature wiring harnesses with more than 12 circuits. Some come with 18 and others with 24. These extra circuits are important because the vehicles come with more electrical components.

If a car has 18 circuits, these are the extras you’ll find:

  1. Electrical fuel pump
  2. Electric fan
  3. High-level stop light
  4. Two power locks
  5. Radio B+ memory

But if the car has 24 circuits, these are extras – in addition to the 18:

  1. Dome light
  2. Trunk light
  3. Glove box light
  4. Clock
  5. Under hood light
Under hood light

(Under hood light)

Components of an Auto Wiring Harness

Besides circuits, auto wiring harnesses also have various components, including:


The connector component manifests its name: it connects the harness wires to the different circuits and power sources. A typical connector will have a male pug end and a female jack end. Both ends join together to transmit the current.

However, connectors are of different types, depending on the harness. They also come in different materials, with the best ones being brass and copper.

Car electrical cables and wires

(Car electrical cables and wires)


Generally, the work of a fuse is to protect electrical components if something goes wrong. For example, when the current is excessively high. When talking about cars and their wiring harnesses, it’s no different.

The wiring harness fuse features a wire that’ll easily melt at a certain current level. When it melts, it breaks the circuit.

Thus, it stops rouge currents from reaching the car’s electrical components, protecting them.

protect electrical components

(protect electrical components)

Fuse Block

Each circuit in the wiring harness has a separate fuse. That means one fuse going bad won’t affect all components. A fuse block is like a house where you assemble the different fuses. It’s similar to a distribution board.

The wiring harness behind the dashboard

(The wiring harness behind the dashboard)


The relay component of an auto wiring harness works for high current circulation. It’s one of the most important components, drawing power directly from the battery. In contrast, some components draw power from other car system parts. Consequently, the relay component can deliver a powerful current from a low one.


A wiring harness is an assembly of electrical cables or wires. The cables or wires are the components in view here. These are usually copper wires and come in different circuit measurement variants.

For example, the horns and headlight circuits use a 1.5 gauge wire. But the circuits for dome and door lights use a 0.5 gauge wire. It’s critical to confirm the current value of a circuit when purchasing a wire for it.

The electrical worker checks the car wiring

(The electrical worker checks the car wiring)

What Are the Benefits of Automotive Wire Harnesses?

Having an automotive wire harness in your car is better than not. Here are some of the benefits they bring:

  • Less shorting occurrence: with an automotive wire harness, the possibility of circuit shortage is less. Why? Because the harness assembles multiple wires into well-laid bundles. These bundles are non-flexible and not loose.
  • Quick setup: installing a wire harness can be time-taking with the many wires and circuits to connect. However, with an automotive wire harness, you only need to connect a single unit, and all wires will work. Besides making setup easy, you’ll also avoid making wrong connections.
  • Better fuel usage: installing an automotive wire harness will ensure your car optimizes fuel usage. In the long run, you save money on gas.
  • More durability: cars often need to endure harsh conditions. There are only a few examples of freezing winter weather, heavy downpours, and heat waves. An automotive wire harness will still do its work under such conditions. These harnesses are made with sturdy materials that don’t easily crack. 
Close-up view of the car's electrical system

(Close-up view of the car’s electrical system)

How To Pick The Right Wiring Harness for Your Car

The below tips will help you:

  • Inspect the circuit connectors: this is the first and most important. As explained before, standard wiring harnesses have 12 circuits, but others have 18 or 24. You must inspect the circuit connectors to confirm it matches your vehicle type.

Also, check the connection pattern. Does it require crimping or soldering, or both? Having both is best for optimal performance.

  • Check if the harness is expandable: You may have a car that needs a harness with just 12 circuits. Good. What happens if you get a car that needs 18? You can purchase a new harness. Or, you can get an expandable harness that accommodates more circuits from the on-set. An expandable harness is also an advantage as they experience less voltage loss.
  • Check the harness material: You don’t want anything but a durable wiring harness. To ensure this, examine the harness material, especially the wire and connector materials. For the wires, copper is the best option. You can go for copper or brass for the connector but avoid aluminum.
A car mechanic inspecting the wiring harness

(A car mechanic inspecting the wiring harness)


Overall, the wiring harness in a car serves as an important bridge between the vehicle’s electrical system and its multiple electronic components.

It provides power and communications during operation from one component to another.

Without a proper wiring harness, your vehicle’s electrical system will suffer many issues, including power interruptions, decreased efficiency, and even potential fires if not monitored properly. 

It is important to inspect your car’s wiring harness regularly so that you can detect any signs of damage before they become more serious problems.

This way, your harness lasts longer, and you prevent any unforeseen maintenance costs. 

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

USB Y Cable

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

USB Y Cable

Chapter 1: What is a USB Y Cable?

Before the advent of USB Y cables, finding methods to provide power to devices that required too much energy was a tough task.

It was dangerous, as you never knew what you were getting into. Luckily, things became simple, convenient, and, more importantly, safe with the USB Y cables.

There are three plugs present on a USB Y cable. These plugs have the same purpose: to connect with USB data and power.

You will find two connectors on the Y end and one connecter to a USB device on this cable. The Y-end connectors connect with personal computers and laptops, while the other end attaches to a USB device.

Some devices, like external disk drives (especially high speed), need many currents (sometimes a little over 500 mA).

These devices are bound to face power issues if you use only one USB port. It could potentially cause the device to function erratically or stop it from working altogether.

The port may also be overloaded and 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 can draw energy from two USB ports at the same time. However, according to USB compliance specifications, you cannot use Y cables with 2 A plugs on any USB peripheral.

It means that if USB peripherals need a significantly higher power than the USB specification allows, they must 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 while receiving data from a transmitter from one of the sockets.

As long as two USB sockets are available with the host, the peripheral will provide the 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 purpose.

USB Y cables also have newer variants allowing USB peripherals to get power and data from two 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 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. Your USB cable has one side for hosting and the other 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 cable is useful if a singular signal has to go to two 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 with 3.5 mm connectors; the best solution would be to use a USB Y cable and a quarter-inch male to 3.5 mm female jacks. 

This setup will ensure that the signal quality for both headphones remains the same. The wiring of the cables ensures every single end contact connects with its equivalent 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 control over how the message connects.

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 to play music or audio with an audio mixer with quarter-inch TS inputs.

A TRS of 3.5 mm to a dual quarter-inch TS breakout cable would be the best choice.

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 and 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 the signals by feeding the 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; 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 damage.

However, how you utilize the cables is a significant factor that decides whether the cable will cause any damage.

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

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 than Android-based chargers.

Therefore, if you use an Android charger to power your iPhone, it will not only take too long to charge the phone but also damage the charger’s quality.

It is also possible that the charger will stop working entirely.

Therefore, choosing a Y cable is not inherently dangerous; however, it could be how you use it. 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 if you take the necessary precautions with any electricity device.

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, ensure that you store the Y cables carefully and prevent them from bending, overstretching, or tangling too much.

It could 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 several computer-related devices face is the difficulty of simultaneously using more than one peripheral.

More often than not, computers usually have the burden of switching between many devices.

Of course, predicaments like these can be quite problematic. Furthermore, if the peripheral devices are not portable, users face an entirely different problem.

Therefore, any method that switches peripheral devices between computer systems is inefficient and inconvenient.

Luckily, with USB Y cables, there is no need to worry. These cables eliminate several problems and simplify connecting multiple peripheral devices like printers, scanners, loudspeakers, etc.

Connecting these devices all at once becomes possible with USB Y cables, which all function effectively.

The cable makes connecting several devices with a single computer remarkably easy. A significant advantage 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 for operating optimally. 

It is hard to imagine operating electronic devices optimally without USB Y cables. Although its ports are connectable with several peripheral devices like mice, keyboards, 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 must be wary of them. Printers and scanners are a couple of examples of high-power devices.

A USB Y cable is necessary for them to function adequately without causing damage.

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 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 their capabilities and ensuring that the computer makes the electricity easily manageable. Following are some more advantages of USB Y cables.

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

Chapter 5: Micro USB Y

As the name suggests, Micro USB Y cables are smaller and connectible to several devices. Gaming consoles like Xbox 360, PS4, PS3, 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 site for this cable. The best way to utilize the micro cable is to connect it to ports 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 require.

Sometimes, a single USB port does not provide sufficient power. Micro USB ports come in handy in these situations and do the trick.

Custom Lighting Y Cable

Chapter 6: Materials of Cable

You will find these cables in various 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 and outdoor uses. If you want a USB Y cable for use 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 of the nickel-plated material ensures that the cable survives such situations while still functioning correctly. 

The zinc-added/chromate-treated materials and zinc alloy-added/chromate-treated materials come in handy for outdoor spaces.

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 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 cable quality you will get.

Often, people end up with subpar cables, which stop working quickly and tend to damage their devices.

Moreover, the material could be of below-par quality, as well. We would recommend you 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 Cable


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 with adequate solutions in no time.

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

PSU Cable

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 will most likely get the maximum output from its use. The time you are likely to spend on complaints channels at doing something else. CLOOM Tech specializes in building custom-made PSU cables.

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. 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 computer systems. It is also essential in that it regulates the power supply the computer uses.

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 required electricity and converts the AC to DC. In the same vein, it also regulates the amount of power supply and removes electrical spikes that threaten the power supply.

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. That does not, in any way, rule out the reality that you may encounter some difficulties.

But one thing is certain. When you are ready to achieve the result, you will. So, while deciding how to go about it, ensure that you get the appropriate tools and equipment that make it a worthwhile process.

Another thing to consider is that you need to be conscious of your environment and the tool you are using.

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 for 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.

Building a custom-made PSU cable is easy if you are bent on getting it right. With the right tools and equipment in place, it isn’t a difficult task.

To get it right, you must have a mind ready to bring results correctly. 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 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 pull out the pin.

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

Separate the cables:

The next thing to do is to separate the wires from one another. This is the next step after you have successfully pulled out the wire. 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 using tape. Don’t stretch the cables too much when you measure them.

You may not get the exact measurement when you stretch it too much. When you sleeve the edge of the wires, you next use 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, 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.

This process requires absolute carefulness to avoid accidents. Keep doing it until it shrinks down, and then give it a quick pat.

Give it time to cool, and then use equipment to pull it off. At this time, you will discover that the equipment bonded perfectly.

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

Put it into the actual plug:

 After sleeving all the wires, the next step is to put them into the plug. They are inserting the sleeves into the cable and need to pay close attention to where the sleeves are going to avoid making a mistake.

Look out for the two sets of wings on the connector. The two wings are to face the sides, and then you push it into the cable until it makes a clicking sound.

When you are not very careful with the wings, they may cut because the arms are sharp.

Use the ATX extractor to pull out the connector from the other end of the cable. After pulling all your sleeves, you are sure 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 everyone uses 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 can build custom-made PSU cables and requires professional assistance. The only way to get rid of problems common with creating custom-made PSU cables is by requesting the assistance of a professional.

CLOOM Tech is an organization that concerns itself with excellent delivery that is second to none. You will get the custom-made PSU cable you desire if you provide details of your specification.

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 many functions for individuals who use them. This is why everyone needs to get theirs.

Not to worry, if you cannot build it yourself, CLOOM Tech can assist you in providing results and doing it the right way.

If you require assistance 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


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.

Security Camera Cable: What You Need To Know

HDMI Extension Cable: All That You Need to Know

The security camera cable enhances security at home or the office. Capture any hidden video or even audio quickly. Know what’s going on in your home, anytime.

No matter why you want them, you know you need a security camera cable. How do you find the one you need? What is it that you should be looking for? Where to Custom Security Camera Cable for your project? Here is a look.

Security camera

Chapter 1: About Security Camera Cables

The security camera cables send audio and video signals to the camera. The camera then displays these signals. Also, they are easy to install, but the material used to make these units is also high quality. They come in different lengths, allowing you to position the camera as you want. These cables can help you improve how the security camera performs.

Chapter 2: What Are the Different Security Camera Cables You Can Buy

For installing a security camera, there are two types of cables that you can use:

  1. Siamese Coax Cable

The Siamese security camera cable allows easy video and power transmission. It is a “two-wired” solution rolled in a single cable assembly. Also, a video conductor sends the video signal through the BNC connector of the camera. There is also a power wire that sends power from a power supply. Siamese cables have different grades for various signal types. 

Coaxial cable

Network Cable

A network cable is a kind of Ethernet cable. It transmits video signals and then supplies power to the cameras.

Different network cables are Cat 5, Cat 5e, and Cat 6. They support different internet speeds, bandwidths, and transmitting distances.

Ethernet cable

Pros and Cons of Each Security Camera Cable

Siamese Cable

Siamese cables are coaxial cables attached to a set of power wires. We remove the power wires from the coaxial cable if the power source is far from the device.


  • Data Integrity: The structure of the cables allows power transmission. There is no interference or video transmission.
  • Versatile: You can use cables to transfer data and power. These cables give a good return for your money.
  • Simple to Operate: Since the data and power transmit in one cable, the setup process is simple.


  • Complicated: One can face difficulties while handling these units.

Network Cable

Network cables are a preferred option compared to others.


  • Cheap: Network cables are cheaper than other cables in the market.
  • Easy to install: Network cables are easy to install. A non-IT person can even install them. The installation does not need any special tools.
  • High Speed: We know that the Network cables for a high level of transfer speeds. They can transfer even four signals together.
  • Versatile: We can use the network cable as two separate cable types. We can use it in solid conductor form or a stranded conductor form.


  • Difficult to Move: With network cables, you cannot move the computer from one place to another.
  • Interference Problem: Network cables are susceptible to radio and electrical interference.

Not Suitable for Shorter Distances: Use network cables to transfer data over a shorter distance. This can be a major problem in the connection.

Chapter 3: Security Camera Extension Cable

You have two different cable types to choose from. Go for the plug-and-play cables, the standard ones to connect to your stereo or television. Or, there are the Siamese cables, the more heavily shielded and insulated ones. You see them more commercially.

Plug and play cables

The plug-and-play ones are easy to spot. It’s the one that has three connectors. You have a red one for power. Then, there is a yellow one for the video.

Ultimately, there is a white one for audio. Frequently, you will not be using the white one. You also find these in different lengths. Some are as long as 200 feet.

The other option is the Siamese cable. You don’t have to worry about interference with this one. Plus, it is the better option in the longer run.

On the flip side, installing is not easy, and you need special tools. We will be talking about it in more detail below.

Chapter 4: Siamese Coax Cable – What Type of Cameras use This Cable?

There are two kinds of security cameras that Siamese cabling can support. Both types use a BNC connector to send video signals. Here is what you need to know about them.

  • HD Security Cameras: Looking to get a newer security camera? You have probably got the HD one. The more modern gen HD security cameras can send 1080P videos.
  • Analog Security Cameras: Security cameras that send analog signals use these cables. These are the older versions. You probably do not need them anymore.

I want to note that the HD through coax cameras need real RG59U cabling. This is obtainable in a spool or roll and requires termination with BNC ends.

Siamese Security Camera Cable: Which One is Right for You?

Siamese CCTV cabling is of further two types:

  • Already Manufactured Siamese Cable: This cable comes with pre-attached end connectors. It also comes in different lengths.
  • Other Types of Siamese Coax Cable: This cable comes in a spool or a roll and is high quality. It doesn’t come with a prefabricated connector. Thus, it needs the users to put its ends on.

1. Premade Siamese Cabling

Premade Siamese Cable is a cheaper and more accessible alternative to an RG59U wire roll. The installation of the cable becomes straightforward. The wire is thin as compared to the standard 20awg RG59U coax cable.

However, there can be some constraints while using these cables as they have a thin gauge. This thin gauge can produce certain video artifacts, such as ghosting over 150 feet.

Above 150 feet, the runs do not offer an electrical current for infrared cameras. The result might be a strobing effect or limited performance of infrared night vision.

Some cameras, such as PTZ cameras that need AC power, can’t use such wiring. In premade Siamese, it does not rate the power wire for 24V AC. Thus, if you use the cable with any unapproved camera, it can get dangerous.

Any cabling of this type bought before 2014 isn’t an HD one. So, if you have this version, it can support only Standard Definition analog cameras.

The newer version of HD premade. Siamese cables can take care of better resolutions. With higher-resolution devices, it’s different. I will thus not recommend using one of these cables. It will not run as great.

2.Siamese Coax from a roll

Siamese Coax has grounded power wire using professional installations. This cabling is for doing a DIY project. In case you have an HD security camera, this is the cabling you should go for.

Siamese RG59 Coax roll is one of the best cables that you can purchase to safeguard your system for the long term. We can buy this cable in spools or rolls of up to 1000ft.

Some of you might get intimidated at the thought of running your cable through a roll. The advantages of using Siamese RG59U from a roll, though, are many. For one, you’ve to stop the power and video. Here is a look at why you will like using it.

  • Secures the security camera for the future
  • You can customize the length of the cable for each run
  • Resistant to weather
  • Is useful for several resolutions, i.e., up to 4K

Using a Roll: How Do You Terminate Siamese coax cable?

The Siamese coax cable can terminate with BNC connectors for power and video terminals. The following are the items you need:

  • BNC Twist Connector: For terminating the video conductor
  • Coax Wire Stripper: For stripping out the wire jacket from the video cable
  • Female Power Terminal: You only need this if you are using a power adaptor with a DC plug for connecting the camera
  • Male Power Terminal: You need it for terminating the 2-lead power wire with the DC plug. Then, you can connect it to a 12V DC security camera.

Chapter 5: Network Cable – What type of Cameras use This Cable?

IP cameras are the ones that use Network cabling. IP cameras need ethernet cabling for supplying data and power through the same cable.

Do you use PoE-enabled equipment such as PoE NVR or a PoE switch? It will simplify the need for running or supplying separate power to the cameras.

You can supply external power to an IP camera with a 12V DC power adaptor if you need it. After that, the network data signal can carry across the network cable to an NVR or switch.

I would ask you to note that an IP PoE camera can take only one power source simultaneously. Hence, it would help not to plug a PoE camera into an external power-powered over PoE.

How to crimp Network Cable?

It is easy to crimp a network cable. Following is a video that explains how to do it:

Can you use a network cable with BNC cameras?

Yes, a network cable is usable with a BNC camera. However, the network cable can send video signals to these cameras. You only need to use Video Baluns as adaptors.

Chapter 6: Where to Custom Security Camera Cable for Your Project?

Every project is different. So, why stop getting a custom security cable that fits your needs? At CLOOM Tech, we know what we are looking for.

We take into consideration all your needs and specific requirements. In turn, you get customized security camera cables for your organization.

If you order more, we also have bulk discounts, which you are sure to like.


You will be using a Siamese cable for your cabling needs. So, why not ensure you do it the right way? With customized security camera cables, it’s easy.

You know that you don’t have to worry about things going wrong. Additionally, these are made just for your organization. It adds that extra layer of security that you are looking for.

Monitor Cable: What You Need To Read

Monitor Cable

Computer cables come with a set of standards and uses. Therefore, it cannot be obvious to understand their purpose. Monitor cables connect the monitor to a power source. In the case of a computer, it is a CPU.

What are the other purposes of a monitor cable? Are they of different types? Which type of monitor cable is the best for a computer? Where to custom a monitor cable?

This article will teach you everything you need to know about monitor cables.

monitor cable

Chapter 1 – About Monitor Cable

Monitor cables are essential for computers. However, they are useful for all kinds of monitors. This includes televisions, display machines, ultrasound machines, and more.

All of these machines need a display unit. This display unit has a power source connected to it, which helps it display its readings. Thus, a monitor cable is essential for any display unit’s functioning.

There are several kinds of monitor cables, but their primary purpose is to display the images. They all carry digital video signals on them and help display the computer.

A monitor cable primarily connects a computer to a display device. It can be of different kinds for different machines, but their purpose is the same.

A monitor cable is a carrier of visual display data. It has connectors at each end and connects a system’s graphics card with its display unit.

The card on the motherboard sends these signals via the cable, and the monitor registers them. The cable can be of various types, depending on the video or display quality they offer.

The data that a monitor cable receives is analog. It then converts it into digital/video data so the monitor can display it.

The power source sends sync signals of vertical and horizontal types. For a television, many of these signals combine to form a singular composite video signal.

But a computer monitor can separate all of them and hence, has more pixels than a TV set.

The cables are VGA, DVI, HDMI, Display Port, and USB. Out of these, HDMI is the most popular and compatible monitor cable.

It can connect your computer monitors and TVs, and other screens. Monitor cable connectors help connect incompatible display units to others. They can also connect incompatible display units to power sources.

Chapter 2 – What is Digital Video Interface?

A digital video interface also connects a computer to its power source. However, compared to other cables, it keeps the signal digital at both ends. Digital video interface works are an industry standard for digital video content.

The DVI can support multiple mediums like analog, digital, digital, and analog. It is compatible with many other monitor cables and is, thus, very versatile.

The digital video interface is a popular choice for connecting computer monitors. Apart from monitors, it is also used to connect television sets and DVD players.

Chapter 3 – Types of Monitor Cable

There are many types of monitor cables available based on their function. The different wires also determine the video quality of your display unit. The different types of monitor cables are as follows:

VGA Cable – VGA or Video Graphics Array is one of the oldest monitor display cables. It is commonly used for CRT monitors and LCD computer monitors.

A VGA cable features two ends, one with a 15-pin connector and another with 15 small holes. People initially designed these cables for lower-quality displays. 

This is why many LCD monitors attached to a VGA cable show some fuzziness in the picture quality. They generally support a 640 x 480 resolution.

DVI Cable – DVI cables look like VGA cables but do not cause the same visual noise. A DVI cable can feature up to 24 pins on each end for digital video signals and have four more for analog. It can support a screen with a resolution of 2560 x 1600.

HDMI Cable – HDMI cables are the most commonly used monitor cables.

They are compatible with every video component of the modern entertainment system. The new computer monitors also support HDMI, making connecting them to any system easier.

The cables are now a digital standard due to their popularity and affordability.

HDMI cable in use

The cable can carry sound information, making it even more functional! An HDMI port features 19 pins and is much smaller than VGA and DVI. HDMI cables can connect televisions, monitors, 4K screens, and more.

Display Port – Display Port is a new type of monitor cable. They offer the same quality as any DVI or HDMI cable but are mostly compatible with Apple products.

They are also compatible with computing devices of different brands. However, Display Port might not be the only port on those devices.

You will need an adaptor if you have a Display Port to connect to an incompatible device.

USB Cable – Some monitors are compatible with standard USB cables. These cables are the most easily identifiable and affordable of the lot.

However, monitors connected with USB cables do not have the best resolution. This is why people who want excellent visual quality do not prefer them either.

However, USB is the best solution when connecting your monitor on the go.

Chapter 4 – Which Type of Monitor Cable is the Best?

You may assume that the more expensive cable always guarantees the best quality. However, it won’t make a difference unless your data is analog.

Digital cables transfer data in segments from one end to another. Therefore, the price of the cable doesn’t make a difference.

You get the same video quality for any wire that you pick. However, the type of cable you choose determines the quality of the video. It also determines how many devices your monitor is compatible with.

HDMI works as a default connector in most display devices we use today. It is, thus, the best monitor cable and connector to use.

It can work with most devices and screens, HD content, and Blu-ray. The cable is capable of carrying both video and audio signals.

However, if you own a DVI or VGA-run device, you shouldn’t purchase one with an HDMI port. A cable doesn’t necessarily affect the video quality of a big screen. But for a smaller screen, the faster the cable transfers data, the better.

Chapter 5 – Monitor Cable Converters

Sometimes, the ports of your monitor and power source are incompatible. For example, your power source or CPU has a VGA port, but your new monitor has an HDMI one.

To resolve this issue, you will need a monitor cable converter. Here are the types of converters that you can choose from:

VGA to HDMI converter –.  This converter will change the VGA signal from your laptop or desktop to an HDMI signal.

This cable’s HDMI end is useful for connecting to a TV or another monitor. This converter also helps if you have a VGA signal for your video card but an HDMI one for the display.

HDMI to VGA converter – This converter can connect a new laptop or desktop to one with an older display. It connects an HDMI video card port to a TV or a monitor with a VGI port.

DVI to VGA converter – DVI to VGA converters typically have DVI male and VGA female. This means that the DVI port of the converter is for the video card input, while the other end is VGA for the display. However, a male-to-male VGA cable connects the female VGA port with the display system.

VGA to DVI converter – These converters are very hard to find. They transfer the data from a source with a VGA port to a display unit with a DVI port.

network data

Chapter 6 – Custom Cable for Your Project– How Can We Help?

If you need a monitor cable to connect a display unit with a video card, we can help you out. We provide several kinds of monitor cables and can help you pick the right one. Can help you with the process of manufacturing a converter.

We can help you pick the right one for your system and customize a cable. It can also provide you with all the information you need on monitor cables.


Monitor cables are essential for any computer or entertainment system that you own. They connect the display unit to the power source or video card. They can transfer analog and digital signals from the source to the unit.

If you wish to learn more about monitor cables, we can help you out. We can customize these as you want. Or offer discounts on bulk orders. Contact us to know more about how we can help!  

PCIe Cable: All That What You Need To Know in China

PCIe Cable

PCIe cable is one of the most confusing types of wires. Yet, they are essential because they perform quite some functions.

PCIe cables are very notable for speed in the transfer of data. More so, it is a newer version of PCI.  It is easy to get a result from its use, especially when using it correctly.

The information you need to make it work for you is available in this article. Take a ride with me!

Chapter 1: What is PCIe?

PCIe video card

PCle is an abbreviation for Peripheral Component Interconnect Express. Sometimes, the PCIe cables are written as PCI Express or PCI-E.

The PCIe cables are the expansion slot on the motherboard of a computer system. It is also a standard way of connecting devices to a computer system.

But, its compatibility depends on the motherboard’s capacity to accept the various expansion card.

The PCIe is an innovation for older versions such as AGP and PCI. 

There are a variety of expansion slots on the computer. Yet, the PCIe remains the only way to connect all the internal features of the computer.

As a result, manufacturers pay attention to using motherboards that use PCIe.

The right way to use PCIe

It is not just about getting the PCIe. It is also appropriate to give attention to its use to facilitate how you use it.

Like the older versions, the PCIe is easy to use when you slot it into its appropriate slot on the motherboard.

The PCIe can harmonize the functioning of all the other parts of the computer hardware. It enables an appropriate level of communication between the motherboard and the device.

Another version of the PCIe is the external PCIe. It is not very common, and only a few people know about its existence. Yet, it is still unarguably important.

Making use of the external PCIe requires the presence of an external facility to aid connectivity. The only way to connect the external PCIe is to use a device that can connect easily to the computer’s port.

The port that enables this ease of access is usually at the back of the computer, and it is either allowed by the motherboard itself or the internal PCIe card.

Chapter 2: What is the PCIe Cable?

PCIe cable is a very efficient cable connecting different electronic devices. Most times, it is between a computer and peripheral devices.

The PCIe cables effectively lower the latency level and the rate at which data transmits from one device to another. It is more effective than PCI and PCI-X.

It is difficult for data transmission to be affected because the different peripheral devices use a unique bus.

When you connect a device to the PCIe link, the devices are not competing with one another.

This is because the various devices possess their unique point that differs from the next.

Various devices make use of PCIe cables for certain reasons. Some devices that use the PCIe cables are adapter cards, accelerator cards, NIC, and other high-performance peripheral devices.

Uses of the PCIe Cable

The PCIe cables are very efficient for quite a several reasons. The PCIe cables make it easy to transfer data from one device to another. Different data signals make use of PCIe cables.

It is usually possible through various channels, such as two wires, which are easy to transmit the data, and the other two wires suitable for receiving the data. Another name for these signals is a lane. Each of these lanes is easy to transmit and receive data at almost the same time through different points.

The PCIe cables are also very good at transmitting speed. Individuals who use PCIe cables are certain of fast transmission in transferring data.

Want to get the right speed? It is acceptable to connect to a gigabit or other network technologies that make it easy for individuals to use it.

Compatibility of the PCIe Cable

PCIe cables are suitable for many devices. It is very compatible with laptops and some mobile devices. The ease of using this cable type with peripheral devices is commendable.

In using laptops and some mobile devices, there is a need for mini PCIe cards that make it an enjoyable experience.

These mini cards help to connect wireless adapters and improve the performance of the devices.

Close PCIe cable video card

Chapter 3: Different PCIe Cable Slot on a Motherboard

There are differences between PCI and PCIe cables. It is always hard for individuals to identify these differences, especially as they both look alike.

The PCIe cable slot on a motherboard comes in various forms. The uniqueness of the PCIe cable is evident in the number of lanes on the wire.

The lanes on the PCIe cable vary. It is easily identified with the numbers one, four, eight, twelve, sixteen, and thirty-two. It is possible between the numbers one to thirty-two.

The factors that affect the lanes of the PCIe cable are mostly the price and performance of the cable. The number of lanes on the PCIe cable mainly depends on the wire’s cost and the way it performs.

For instance, if a PCIe cable possesses only four lanes, it will be affordable for individuals who wish to purchase it. This does not prove that the PCIe cable with four lanes is better than the other.

Similarly, the PCIe cable, which has thirty-two lanes, will be more expensive than the other. Also, its performance is top-notch, as it performs better than the different types of PCIe cable lanes.

The PCIe cable is notable for possessing backward compatibility with other versions of the PCIe cable slot.

Chapter 4: Various Types of PCIe Cable Cards

The versatility of the PCIe cable is unique, making it stand out from the various types of wires in the Tech world.

Recently, the demand for a better cable version that accommodates all kinds of video cards has been overwhelming. Many individuals are desirous of using better video editing tools, which is the major reason behind the introduction of PCIe cables.

The introduction of PCIe cables is fascinating and greatly influenced various editing tools and video games.

The most common type of PCIe cable card that individuals use is the video card. The number of increasingly better connections through CPU, motherboard and RAM for PCIe cable is overwhelming and keeps improving daily.

A closer look at many high-end sound cards proves that the PCIe cable is gradually becoming the most favored cable type. Additionally, a large number of network interface ends. Both devices that are wired and even wireless are slowly making the rounds.

If any device has shown positive signs in using PCIe cable, it is the hard drive controller. The tremendous benefit of PCIe is interestingly positive. The hard drive controller is positively in place after video cards benefit from using PCIe cable.

The best device is the SSD to get a high-speed level with a PCIe cable. SSD is an excellent storage device that is compatible with the PCIe cable. Through this device, it is faster to write and write into any device of your choice.

PCI Express video card isolated

Chapter 5: Getting the Best Results from the Use of PCIe Cable

In purchasing the PCIe cable, one thing is very certain. You hope to get good results from its use. There is no joy when you do not get appropriate results from using an item that belongs to you.

Except you understand how to use this cable, it is possible to own it and not know how to get the result you desire.

It is not strange that the PCIe cable comes in various forms and sizes. In this book, it became clear that the factors that affect cable are prices and performance. That is, many lanes on the cable determine the cost of the wire and its performance.

Purchasing the right PCIe cable that fits your device is the first step in the process. If you are fortunate to buy the correct cable for your device, you are close to achieving your aim. The trick is that once the cable fits into the device, there are higher chances it works for it.

Yet, pay attention to the type of device you want to purchase the PCIe cable for.  Are you desirous of excellent performance? If you aim for optimum satisfaction, you should buy a PCIe cable that is possibly the highest version.

Purchasing the highest PCIe cable and the right side of the wire helps make your cable very interesting for all who want to use it.

The best way to get information about the type of PCIe cable that fits into the size of your device is to gather information from the device’s motherboard. But, if you still experience difficulty getting the appropriate information from your motherboard, play safe.

That is, purchase the highest version of PCIe cable as long as it fits into your device.

Chapter 6: Differences Between PCI and PCIe Cable

While there are a lot of similarities between PCI and PCIe cable, there are also notable differences. To avert circumstances where these two devices become confusing. It is essential to distinguish between the devices to make their use easier for individuals.

It is also important to emphasize that PCIe cable is a newer version of PCI. By implication, it is evident that the PCI is not a new device.

PCI is a device that permits devices within the computer to connect correctly and make use of their capabilities. It is useful for adding internal components to a computer system. It is an older version that enables the connection of computer hardware to a computer device.

PCI is an acronym for Peripheral Component Interconnect. It is also a standardized device that enables speed in the transfer of data connection.

On the other hand, the PCIe cable is a newer PCIe cable. Unlike their counterpart, which uses the parallel interface, the cable uses a serial interface. Additionally, it provides for increased speed in its transfer rate and makes it easy for individuals to use it.

This device also helps when there is a need to detect errors and achieve the right reporting formats.

The PCIe cable is a suitable replacement for PCI and PCI-X bus standards. It depends greatly on the number of lanes you want to use it for. The PCIe cards are faster than their counterparts.

Individuals who wish to replace PCI with PCIe cable do it with ease without experiencing any difficulty in the process. It depends largely on its lanes to function accordingly. The larger the number of lanes, the better it performs, and vice versa.

It is also suitable for gigabit Ethernet cards and other high-end devices. It is very compatible with all PCI-enabled devices, which helps it transmit its data at high speed.

Chapter 7: Where to Buy the Custom PCIe Cable?

The PCIe cable performs several functions, and some individuals desire to use it, owning that it is the newer version of PCI, and with it comes numerous benefits.

The question of where to purchase suitable cable concerns many individuals. The only way to get the best result from the PCIe cable is to get the right type that suits your motherboard.

Realistically, it is not difficult to get the right type of size to use for your motherboard. This difficulty results in not reaching your expectations from using the cable. It is easy to avoid such circumstances with the right tech company to guide you.

The best Tech firm to trust with this issue is Cloom Tech. CLOOM Tech has all the necessary information and skills to meet your expectations.

With us, the chance of making mistakes or purchasing the wrong size for your computer never arises. This is because we take special care in getting the right size for your motherboard to work properly.

We are readily available to help you with PCIe cables. All you need to do is to contact us and leave us to do the rest for you.

Feel free to contact us and see us help you get optimum satisfaction from using PCIe cables.

An image of PCIe video card


It is only tricky when you do not know how to go about it. Information is key, so it is appropriate to state that using the cable is very easy with the right information at your disposal.

CLOOM Tech is a reputable organization that is fit to assist you with all the help you require.

USB Transfer Cable: What You Need To Know

USB transfer cable

The USB transfer cable is an essential cable for transferring information between devices. If there is any safe way of transferring data, it is the USB transfer cable.

There are numerous advantages to making use of a USB transfer cable. It is not dependent on internet services to function. More so, it is readily compatible with devices that use USB ports.

Are you experiencing issues transferring files from one electronic device to another? There is nothing to worry about. The cable is suitable to attend to all your transfer issues.

CLOOM Tech possesses the right skills and expertise to help you customize the USB transfer cable. Reach for it!

USB transfer cable

Chapter 1: What is the USB Transfer Cable?

The USB transfer cable is a vital cable that aids in transferring information and data from one electronic device to another.

In transferring information, the different devices need to be compatible with each other. It is a simple task with the aid of a host device and a peripheral device. All you need to put in place is a USB port on both devices.

  • Uses of the USB transfer cable

The USB transfer cable, as the name suggests, helps to put files from one place to another. It is usually through a computer and a mouse.

It is also possible between a mobile device and a personal computer. As long as both devices make use of USB ports, it is straightforward to use.

Additionally, it is efficient for transferring files from one personal computer to another computer when both machines possess USB ports.

smartphone charger isolated

Chapter 2: Advantages Of The USB Transfer Cable

There are lots of advantages to using the USB transfer cable. It is no longer news that the USB is a versatile device that performs several functions. 

This is very true and unarguably accurate. This is much evident in the multifunctional uses of the USB cable.

Some of the benefits of the cable are:

It saves time: Trying to send files from one device to another can waste valuable time. Time is of crucial importance to humans, and it is an essential element. 

Sincerely, there are other means of transferring files without the USB transfer cable. But, none of the other factors guarantees minimal time like the USB transfer cable does.

More so, you do not concern yourself with the difficulty of uploading a file on a different platform before using the cable.

Makes use of a wireless network. It is effortless to transfer files and information within the twinkle of an eye. It is swift: There is no delay issue when using the USB transfer cable.

So, the question of using the internet facility does not apply when using the USB transfer cable.

Even when you want to use the data transfer, it isn’t anything like the USB transfer cable. The USB transfer cable is faster than any other means of transferring files and information.

It is cheap and reliable:

The data transfer means of transferring files is not as secure as the USB transfer cable. This is simply because there are a lot of inconsistencies with using data for transfer. The USB transfer cable is safer for transferring information.

There are possibilities that the network reception will be weak, making it difficult to transfer the information.

Additionally, the USB transfer cable is affordable. It is mostly seen on the market or in good Tech organizations.

Regardless of the network provider, the cable works perfectly. It is not also dependent on network reception to function correctly.

USB cable rolled spring

Chapter 3: Connecting the Cable From One Device To Another

The USB transfer cable is easy to use as long as you have the right information to get it right.

You can connect the cable to your mobile device and computer or from a PC to another PC.

Connecting two personal computers with the aid of a USB transfer cable

Sometimes you want to transfer your information from an older personal computer to a new one you just got. This is easy! Follow these steps.

  • The first step to connecting two personal computers with a cable is to boot them and ensure they are ready for use.
  • The second step is to connect one end of the USB transfer cable from the older computer to the one you want to transfer the information.
  • In doing this, ensure that the computers recognize the USB cable. This ensures that the installation is easy and secure.
  • The third step is for the individual to select the suitable installation type he desires. Click on “USB super link adapter.”
  • For the fourth step, select the button “High-speed data bridge” on the menu.
  • The fifth step entails the individual clicking the start menu and selecting “run.” In doing this, type the letters MSC. Now, click the enter button on your computer.
  • The sixth step is for the individual to click the plus image and cause the System Devices icon to expand. Ensure that the USB cable on your system reflects the HI-speed USB bridge cable. The name may slightly differ as it depends on the manufacturer’s choice.
  • The seventh step of the process requires you to use the installation disk you bought with the cable. Install data transfer software on both computers.
  • The eighth step is to transfer files where you want them to be. At this point, there is a window on your laptop screen; follow the instructions, and drag the files you want to transfer to the other computer system.
  • The ninth step is the last step of the process. After successfully transferring files from one system to another, you can unplug the cables from both computers at will.
  • Transferring data from a personal computer to a mobile device with the cable

It is easy to transfer information from a computer to an electronic device.

  • The first thing to do is to ensure that both devices are on an operating system. Make sure that the operating system is functioning well on both devices.
  • The second step entails putting the USB cable on the port of the computer system and the other end on the electronic device.
  • The third step requires you to click on the electronic device icon on your system and open it to transfer files to your computer. Or you can also transfer data from your computer to an electronic device.
  • The fourth step is to allow the files to transfer successfully, after which you disconnect your cables from both the computer and mobile devices.
Colored USB cords

Chapter 4: CLOOM Tech- Custom-made transfer Cable Supplier

It is easy to experience your file transfer when you use a custom-made USB transfer file.

There are difficulties when using the cable for transferring information and data from one device to another. Some of these mistakes are unavoidable. But, when you pay attention to your cables, you can avoid them. How?

The right thing to do is to get a custom-made USB transfer file. This custom-made cable is built to your specifications. It is a particular item that comes with no challenge whatsoever.

If you want a reputable company to meet your needs and supply the right custom-made cable, trust CLOOM Tech to do the job for you.

We have the appropriate skills and expertise to help you get the best and nothing but the best.

All you need to do is to contact us and get the right type of service you deserve.

Generic USB


The USB transfer cables are of utmost importance as long as transferring data is necessary. You can get the service you desire by using this beautiful cable type.

There is no delay or poor network reception when transferring information with the cable. Getting a custom-made cable makes it all the more fun.

Trust CLOOM Tech to assist with the necessary skills and workforce.

USB Printer Cable: What You Need To Know

High-speed USB printer

What type of printer cables do you like? This can be surprising, but the truth is that there are many printer cables on the market. So, it would help if you made the right choice.

The days of multiple connectors are no longer in existence. Technology is at its peak with the invention of the USB. Today, it is challenging to come across an electronic device that does not use a USB.

USB printer cables are undoubtedly a unique type of printer cable.  Understanding how it works is the key to getting the best result from the USB printer cables. How does it work? Where to get the custom-made USB printer cable?

All the answers you need to get it right are available in this article; all you need to do is read!

High-speed USB printer

Chapter 1: What Is a USB Printer Cable?

The USB printer cable is a cable that is one of the most common forms of printer cable. Quite a several printers that are available in this present age are typical examples of USB printer cables.

The importance of the USB printer cable is mainly evident when an individual buys a printer without a wire; such an individual makes an effort to get a compatible USB cable for the printer.

A typical USB printer possesses the USB-B port behind the printer. Then, the USB AB cable is suitable for connecting the printer to the appropriate device.

Benefits of the USB printer cable

The USB printer cable is very efficient when transferring data using a very high speed. Additionally, the wires are also handy for printing various materials in bulk. Anyone who wishes to engage in big projects also uses USB printer cables.

The USB cables are long, making them sufficient for transferring information. It is also very beneficial for people who want to use it for office purposes.

They are also more durable than parallel printer cables.

Disadvantages of the USB printer cables

There are some disadvantages to using the USB printer cable. This is not strange as it is almost impossible to come across a product with the right sides and no wrong side.

For the USB printer cables, the advantage is also its undoing. One commendable feature of the USB printer cable is its length.

While using the USB printer cable over long distances, the capacity of the wire becomes limited. Its length also poses a problem with the way it transmits data.

Printer USB Cable

Chapter 2: Various Ways of Connecting The USB Printer Cables

Different USB connectors help in connecting the printer cable. The easiest way to get optimum results from the USB cable is to identify the right USB connector when connecting the printer to the device.

Some examples of the different ways of connecting the USB printer cable are:

The Type-A connector:

The Type-A connectors are suitable for connecting laptops and desktops. This connector type looks like a flat rectangle.

The best way to use this connector type is to connect it from one four-position device, such as a laptop and desktop, to a printer with a four-position point.

It is not a very common type of printer connection. This is because the Type-A connector serves best as a connector for personal computers. It also helps to transmit information.

The Type-B connector: 

It is not as large as the Type-A connector. It is also notable for its square-like shape.

This connector type is the most common when connecting the printer cable. Its physical features are very similar to the Type-A connector.

The Type-A and Type-B connector types use the four-pin plug, which is meant for the part of the personal computer it is suitable for.

The other part of the printer uses a smaller form of the Type-B plug to link it with the jack on the printer.

The internal features of the Type-B connector possess some notches that pave the way for its compatibility with cables.

This way, it becomes secure when it comes in contact with any wire. The external features of the cable also possess some notches that aid in securing other wires.

Mini Type-B connector:

This is another common type of connection for USB printer cables. The USB printer cables are unique, and it helps in connecting small electronic devices. There are very peculiar cables that work perfectly for the Mini Type-B connector.

On one end of the cable compatible with the Mini Type-B connector is the Type-A connector, and the other is the Mini Type-B connector.

When connecting it to the printer, one end of the cable with the Type-A connector is for the personal computer, and the other is for the printer.

Nonetheless, if you want to connect it to the printer, there is a need for a converter. The converter is suitable for converting the end of a Type-A to a Type-B connector is essential.

This ensures that you can easily connect the cable directly to your printer.

This type of connector is very suitable for a camera. Individuals need to possess the right converter when using the mini Type-B connectors to make the connection easy and stress-free.

The mini Type-B four-pin connector:

This is very similar to the Mini Type-B connector. The major difference between both connector types is that one of the connectors uses a five-pin connector while the other uses a four-pin connector.

There is always a need for you to convert the Type-A connector to a Type-B connector. Making use of this connector requires the presence of a converter, just like the Mini Type-B connector.

When converting the Type-A connector makes it easier to connect it to your printer.

There are also cases where the requirement is for you to use adapters. This is because if there are no Type-A ports on the printer you intend to use, you may not be able to make use of the printer.

the USB connector printer

Chapter 3: Differences Between The USB Printer Cable And Other Printer Cables

USB printer cables are a modern invention that plays a vital substitute set in eradicating the difficulty of using different printer cables.

Some individuals fail to recognize the benefits of using the USB printer cable because of preconceived ideas.

Hence, it is essential to spell out the differences between the various types of printer cables and elaborate on the unique features of USB printer cables.

The differences are:

Versatility: USB is a versatile phenomenon that aids in connecting various electronic devices. It is challenging to come across an electronic device without a USB port.

Unlike other cable types, it isn’t easy to get a suitable match for them.

When USB came into the limelight, it became a substitute for the old way of connecting devices. Today, a lot of computer peripheral devices and even mobile devices make use of USB ports.

Today, USB is suitable for printers, and even manufacturers no longer pay attention to the parallel ports that were popular in times past.

The connector:

The USB is quite common and is also a standard type as well. There are notable differences between USB printer cables and other printer cables.

The connector type for the USB is always the same for connecting to computer-related devices. 

The USB connector possesses the same physical features, which comprise a flat-shaped rectangular connector type. This square shape is suitable for the end of any computer-related device.

In the same vein, the part of the cable suitable for the printer is always square. This end of the cable is usually curved at the edges to fit into the printer carefully.

Some other cables also exist, but the standard USB cable for printers comes with that unique feature.

The different cables do not possess the same characteristics as standard USB cables. Unlike the standard USB cable, they are often smaller than the USB cable, suitable for smaller electronic devices.

The cost of the cables:

The USB cable is more expensive than its counterparts.  This is due to the wires’ versatility, and other cable uses.

More so, most standard USB cables are compatible with any printer. This makes it very expensive than its counterpart.

The additional cost of purchasing USB cables is that most manufacturers do not include the USB cable when selling the printer. So, the printer and the USB printer cable are bought separately.

Additionally, the cost of USB printer cables’ cost varies differently from one manufacturer to the next. Nonetheless, a standard USB cable is suitable for any printer of your choice, hence the cable’s cost.


Another notable difference between the USB printer cable and other printer cables is that the USB printer cable is more flexible than its counterpart.

Before introducing USB printer cables, many manufacturers relied on parallel cables for connectivity. Still, with the introduction of USB cables, many advantages to their use became widespread.

The USB cables are quite expensive, unlike the other cable types. There are still some advantages to it. Some of the benefits of the USB cable include its length.

The length of the USB cable makes it very easy to use in the office and in some other places where it is suitable.

For wiring purposes, it is easy to make use of the USB printer cable because of the benefit of its length.

More so, the flexibility of the USB printer cable stems from the reality that the computer can adjust to suit the electronic device.

Even when the device is incompatible, the USB aids make the connection easy for individuals to use, but with their counterparts, the parallel cable type. It isn’t straightforward to adjust its compatibility with other cable types. Instead, the device will restart before the individual is in a position to make use of it.

Chapter 4: Where To Customize Your USB Printer Cable

The advantage of customizing cables are that they cannot be over-flogged. Individuals must get a custom-made cable that suits their every need.

The benefit of this stretches to the fact that the cable eliminates stress on the part of the individual. It also helps the individual save time and valuable resources on getting the wrong cable type.

Many individuals want a custom-made USB printer cable that meets their specifications and needs but is unsure how to go about it.

Unarguably, some Tech companies are in the position to assist with this issue, but the question remains, “How competent are they?”

It is not an excellent experience to pay for services and not get the desired result. This clearly demonstrates efforts that did not yield a positive outcome.

All of this is easy to avoid as long as you are in the position of the right information. And especially on who to trust for your custom-made USB printer cable.

There is no other organization to trust for excellent services than CLOOM Tech. CLOOM Tech is a company that assists in producing custom-made USB printer cables.

All we need from you is the information to help you build your specifications. With this in place, you are sure of a beautiful experience from us.

We also assist in making custom-made USB printer cables available to you at the right time and place. When you provide us with your information, we deliver it promptly, irrespective of distance.

No one does it better than CLOOM Tech!

High-speed USB printer cable


USB printer cables are essential for connecting printers. Gone are the days when manufacturers relied on parallel wires. The importance of USB printer cables and their flexibility make them the best cable type for connecting printers.

Contact CLOOM Tech today to get your project’s custom-made USB printer cable.


Fill in your details and we’ll get back to you in 24 Hours.

contact us


Fill in your details and we’ll get back to you in 24 Hours.