Custom Wiring Harness

  • For over ten years of experience as a leading custom wiring harness manufacturer,
  • we have been providing excellent custom products and services to our clients.
  • Skyrocket Your Business With Professional Wiring Harness Manufacturer You Can Definitely Trust.
ISO & UL

1,000+ Customers Over The World

After ten years of powering subjects, we’ve fine-tuned the custom wiring loom services and are committed to helping you simplify your workflow, launch faster, and make your business boom.
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What We Can Do​

We provide various prototyping and manufacturing services to support our customers’ individual needs. Fully-automated production equipment has largely shortened production time.

The Best Custom Wiring Harness Manufacturer

The custom wire harness is built according to the customer detailed specification and our professional standard. Each step is monitored and goods will be strictly tested before each shipment.

Assemble wire harness, electrical wire

CUSTOM WIRING HARNESS CAPACITY

Make prototypes

According to your drawing or spec sheet;

Ensure The Quality

UL, ISO9001, 14001, 18001, IATF16949 System Management.

Connectors

The better source of MOLEX, JST, TE, DUPONG, HIROSE.

Removed harness showing colorful wires

Deal With Your Cases

Skillful foreign trade staff to deal with your cases to save your energy.

Cross-Section Analysis

All the terminal crimping passed Cross-section analysis;

OQC Dept

100% Tested online and IEC spot testing at OQC Dept.

FQA about Wire Harnesses

A wire is a strand of material, conductive material,  that conducts electricity, such as aluminum or copper.

Cables are usually braided or twisted strands of conductor that’s then sheathed in protective material.

A wire harness is a collection of cables or wires with protective covers, sheath material like thermoplastic. In another word, a wire harness is a simple exterior sheath that covers some wires or cables.  Wire harnesses offer a low-cost solution, for they provide a bundle of cables and wires with some degree of protection while keeping them organized for ease of installation and future service.

When it comes to a brief explanation of cable assembly, it provides much more robust protection by keeping components snug within a rugged outer sheath. For this reason, cable assemblies can shield the interior wires and cables from heat, extreme heat, friction, moisture, abrasion, compression, and other hazards. 

 But people often take electrical wiring harness, loom, cable assembly, wiring assembly, coax cable, RF cable, injection-molded cable assembly, fiber optic cable, cable harness as one thing.

Heavy duty wiring harnesses are used for a wide range of applications to power large, heavy machinery. They come in various sizes and types depending on the current, voltage, frequency, or temperature that they will be exposed to.

Heavy duty wiring harnesses are used for a wide range of applications to power large, heavy machinery. They come in various sizes and types depending on the current, voltage, frequency, or temperature that they will be exposed to.

Cable ties are small plastic strips that can be used to bundle or secure wires, cables, and other cords.

A car’s electrical system needs a power source to function properly. A wire harness provides the necessary connection between a different power source such as batteries and alternators in order for them to be able to work together without interference from one another.

Wire harnesses are a crucial part of electronics, and the size or thickness can have significant consequences. A wire with too low an electrical requirement is prone to overheating due to poor insulation while likewise one that has requirements that exceed its capacity may also overheat but for different reasons. Electrical conductivity is a measure of the ability to transmit an electrical current. A wire harness should have a low impedance in order to reduce power loss due to resistance and crosstalk, but not so much that it causes excessive attenuation or signal distortion.

 It has a simple push-button design that allows you to turn the light on and off with ease, even while wearing gloves or in low visibility situations like nighttime driving. The connector also works well as an emergency backup source of power when your vehicle battery dies!

A wire harness assembly process is responsible for linking the electrical components of a vehicle to one another. The final product should be able to withstand rigorous testing and will need an impeccable design in order to function properly. So, finish the installation by professionals or under the guidance of professionals. Making wire harnesses is no easy task, but at least we’ve got some simple wiring for you!

There is strain on wiring system from being pulled, bent, or simply flexed over time, so wire harnesses need a strain relief to keep the wires from becoming loose or breaking.

The wiring harness – wishbone style is the most efficient way to wire your car. In general, it’s less of a hassle and easier on both you and your vehicle when you use this type of wiring as opposed to standard two-wire arrangements in cars made before the 1990s or so.

Wire harnesses are called many different names, including electrical wiring harnesses, looms, cable assemblies, wiring assemblies, cable harnesses, coax cables, RF cables, injection-molded cable assemblies, fiber optic cables, and many times are simply called harnesses. They are used in a variety of applications from airplane engines to commercial and residential electrical wiring

The extendable wiring harness is designed to be used with any tripod, light stand, or boom pole. It can be easily attached and detached from your equipment for quick setup.

A wiring harness traceability program is a software that records and tracks the information of each individual wire in an automobile. The purpose of this system is to provide documentation for everything from manufacturing date, material composition, type number, location within the car’s electrical wiring systems, etc., allowing researchers to pinpoint any potential issues quickly without having to visually examine every inch of wiring throughout a vehicle.

As the cables are often visible, their design can be an important factor for aesthetic reasons or to optimize cooling. When it comes time to create your own cable assemblies and wire them up correctly, you’ll need these 5 things: 1) The wires of various types required by the circuit; 2) A schematic diagram showing how everything should connect together; 3) Electrical conductors (usually copper); 4 ) Insulation on electric power circuits;5). Solderless terminals

If you’re looking for high-quality cable assemblies and wire harnesses, Cloom can get you what you need with advanced materials and techniques.

Wire harnesses are a low-cost electrical solution that’s best for keeping electrical systems organized. There is no doubt, it matters a lot. Choose us, a facility for manufacturing!

We are the leader in the cable and wiring harness manufacturing industry. 

*  We utilize UL-certified cables and wires within all of our cable assemblies and wiring harnesses. 

*  We use the heavy duty material and advanced thermoset material to make the best quality wire harness.

 * We are proud to be a facility for manufacturing. With production facilities,  we’re able to quickly get our products to customers around the world. 

* The tooling inventory plays an absolutely vital role within the production process.  

*  Our engineers love solving complex problems to deal with any design challenge when working in a confined environment.

* Prototyping allows for any logistical hurdles to be worked out ahead of production runs so the manufacturing process can proceed as smoothly as possible. The prototype iteration will also help our production team know which tools will need to be reserved from our custom tool crib.  Prototyping also affords our design staff the time to see if different source materials will be viable logistically.

* Wire harnesses are created with- multiple safety protection to prevent potential dangers, even in rugged environments.  

Note:

Underwriters Laboratories (UL) is an independent testing service to perform product and process testing for safety, functionality, and adherence to the design standards.

Custom Wiring Harness Guide

READY to start customizing your harness?
Free download the Custom Wiring Harness​ guide.

SATA Cable – The Guide to Getting the SATA Cable They Need(2021 )

A SATA Cable connects storage devices like a hard disk, optical drive, etc. in a computer to a motherboard. Earlier, all the devices used a PATA cable for the connections, but an upgraded SATA succeeded it. What is a SATA Cable, and what are its applications?

This article will explain all the features and applications of a SATA Cable to you. You’ll learn about the kind of connectors that are compatible with the cable. You’ll learn how it’s different from the PATA cable. And you’ll read about the place it holds in today’s world. 

Chapter 1: SATA CableSerial ATA (SATA) Cable?

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1.1 What is the SATA Cable?

The Serial Advanced Technology Attachment (also known as Serial ATA and SATA) cable is an Integrated Drive Electronics standard computer bus interface. A SATA cable connects a host bus adaptor like a motherboard to mass storage devices like optical drives, hard disk drives, and solid-state drives.

Earlier, PATA or Parallel ATA cables were the dominant interfaces for storage devices. SATA was introduced as in 2001 an update to PATA cables as they can transmit the data much faster.

A SATA cable uses a 7-pin connector that connects the hard drive to the motherboard. The same cable is also used to connect to other SSD devices. One can also connect an external hard drive to the computer with a SATA cable through the eSATA input.

1.2 Features of SATA cable

Following are the features of a SATA Cable:

  • Simplified Cabling: Compared to the 40-pin and 80-wire PATA, SATA uses a seven-wire cable. Not only does it reduce cost, but also eases cable routing and improves the airflow and cooling.
  • Robust data: The SATA cable uses a differential transmit pair, and a differential receives pair. That accounts for a higher degree of error detection and correction, as well as high-speed data transfers.

1.3 SATA VS PATA

PATA, also known as Parallel ATA, is also an IDE standard for connecting storage devices to the motherboard. Earlier known as ATA, the cables were renamed to parallel ATA after serial ATA was produced.

Compared to the 100 MBps of the fastest PATA, SATA has a much faster transfer rate of 150 MBps. Apart from that, SATA has several advantages over PATA. SATA drives have an independent bus. They also use thinner cables that support better airflow. SATA cables are also longer than the PATA cables and can go up to one meter. It gives the manufacturers more liberty while designing the layout inside the computer.

SATA also uses only seven conductors compared to the 40 of PATA. It decreases the potential electromagnetic interference that the devices may have. SATA also supports hot plugging in the devices, which means that one can remove a device without switching off the computer. But the entire computer needs to shut down before plugging off a PATA device.

However, SATA cables also have a few disadvantages against a PATA cable. A SATA cable has only one device connected to it whereas a PATA cable can have two. Though most operating systems support SATA, the older ones like Windows 95 and 98 don’t. Some of the SATA cables also need a special device driver before data transmission.

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 We’ve learned about the SATA cables and how they’re different from the PATA cables. We will not further study their applications. 

Chapter 2: The Applications of SATA Cable

SATA cables are used for both data transmission and to provide power to the data drives and SSDs. In this chapter, we’ll take a look at different types of SATA Cables and their applications.

2.1 SATA Cable for SSD

SSD are storage devices that work faster than traditional and mechanical hard drives. These drives don’t have performance issues as compared to the older storage devices. A SATA cable is used for connecting the SSD installed as an internal device in the computer.

A SATA cable with a power connector provides power supply to the SSD device. These cables stuck out from the SMPS of the CPU and hooked on to the connector in the SSD. These cables are known as the SSD Power cables.

2.2 SATA Cable for HDD

The Hard Disk Drive cable is a SATA cable that connects the hard disk to the motherboard. This cable is also responsible for providing the power supply to the hard disk. A hard disk consists of several inlet ports out of which, one is compatible with the SATA cable.

The ends of the SATA cable are connected to the hard disk and the SMPS of the CPU. Earlier, four-pin Molex connectors were used for these connections. But the new SATA Cables are thin and have a flat surface which maximizes the airflow inside the CPU. It ensures better performance of the HDD.

A SATA Cable can also be used to connect an external hard drive to the computer.

An external hard drive can be connected through an ESATA input. If the hard drive supports a USB input, you can also use a SATA to USB converter to connect the device to the computer.

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2.3 SATA Cable for Laptop

In most laptops, the storage devices are directly attached to the motherboard. Therefore, a traditional SATA cable isn’t required. The storage devices in the laptops like HDD, SSD, etc. are connected to the breakout boards. These boards are connected to the motherboard with a ribbon-like SATA cable. These cables are thin and flat, allowing airflow in the laptop.

2.4 SATA Cable for Multimedia peripherals

The SATA cables for multimedia peripherals are power cables that connect them to the device or the power source. The cable can consist of two female ports that connect the peripheral to the CPU. Another type of cable includes a female port at one end and an AC plug at the other. They connect the peripheral directly to the power source.

 2.5 SATA Cable for Mid-range servers

The SATA cables for mid-range servers have a port at both ends for the connection. One end of the cable is connected to the server and the other to the CPU. These cables are longer and have a wire-like structure that makes them more flexible. They transmit the data at a much faster rate and are very efficient.

SATA Cable4

2.6 SATA Cable for Storage systems

The SATA cables for storage system have flat ends and ribbon-like structure for internal and external connections. The flat port allows more data transfer. The ribbon-like structure promotes flexibility and airflow. It keeps the large systems from heating up and makes for an efficient flow of data.

Chapter 3: SATA Cable Connector

The SATA cable connectors are visibly different from the PATA cable connectors. They use the same connectors for the 3.5-inch hard disks for computers and the 2.5-inch disks for portable computers. Both data and power SATA connectors have a conductor pitch of 1.27 mm. These conductors need a very low insertion force for connection. They have right and left-angled connectors for ease of connection. SATA data cables for motherboards come with locks on their female ports to prevent accidental unplugging.

Following are the features of the SATA cable connectors:

3.1 SATA DATA Cable Connector

SATA Data cables has 8mm wide wafer connectors on each end. These connectors have seven conductors and can be up to one meter long. These connectors have their either ends connected to the motherboard and the hard drive. In comparison, PATA cables are 45 cm long and have a ribbon-like structure. They can also connect one motherboard to one or two hard drives.

The SATA connectors are easier to fit in less surface area and give more room for cooling. The connectors with locks hold the plug in the socket and reduce the risk of accidental unplugging.     The differential signalling in the SATA connectors reduces the loss of data during data transfer.

3.2 SATA Power Cable Connector

The SATA power connector is different from the four-pin Molex connector used with a PATA cables. The SATA power cable connector consists of a wider wafer-type connector with 15 pins. The earlier versions of this connector also included the four-pin Molex connector.

These connectors supply an additional 3.3 V along with the traditional 5V and 12V. Three parallel pins supply each of these voltages. These pins help reduce impedance and increase current capability.

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Chapter 4: Types of SATA Cable

 4.1 E-Sata:

These are wires that connect to your computer or laptop externally and aren’t longer than 2 metres.

4.2. Low Profile SATA:

If you’re low on space and have a long graphics card, you’ll need this. These low profile connectors can work magic.

4.3. Micro SATA:

Designed for internal drives, this Micro SATA cable ensures that backplane operations are a breeze.

4.4. SATA Bracket:

These are dual port expansion brackets that aim to make your computer work with ESATA drives.

4.5 SATA Bridge:

If you have an ATA device that you’re looking to connect to a SATA motherboard or a PCI card, you will need this.

4.6 SATA Power:

These are power and data cables that are designed to work with power adaptors, extensions and splitters without a hiccup.

4.7 SATA-SATA:

If you’re looking for standard SATA cables, this is what you need. You can find them in different lengths too, so take a pick according to what you are looking for.

Chapter 5: More about SATA Cable & Connectors

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A SATA cables can also be used to connect external drives. The SATA drives can also be plugged into SAS controllers and communicate similarly. There are also several SATA connectors that can convert an old IDE device into a SATA device. There are also converters that make SATA cables compatible with a USB port.

5.1 External SATA Cable (eSATA Cable)

External hard drives can also be connected to the computer the same way the internal ones can. If the hard drive has a SATA cables port, an external SATA cable (eSATA) is used for it the connection. An eSATA port opening is on the computer right next to the ones for the monitor, network cable, and USBs. This port is connected to the motherboard inside the computer, like a usual SATA connection.

The SATA cables are also hot-swappable and can be taken off when the power is on. However, unlike SATA cables, they only transfer data and not power. Thus, an eSATA cable requires a separate power adaptor plugged into the wall for its functioning. The ESATA cables also have a different connector as compared to the SATA ones. It prevents the use of SATA cables for external purposes. 

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5.2 SATA Converter Cables

Many old devices aren’t compatible with SATA cables and still use the Molex connectors. Thus, you can use Molex converter cables that provide power to the internal 15-pin connection of the SATA cables. Similarly, a lot of new hard drives come with USB ports than SATA ones. Thus, you can make use of a SATA to USB converter cable. This cable helps you in backing up the files on the drive, browse the data, as well as clean it.

5.3 SATA Extension Cables

A usual SATA cable is about 1 meter long and works well for an internal connection. However, upgrading or building a new connection demands more flexibility. As a result, stretching or straining as the old cable can cause damage to the system.

A SATA power and data extension cable can stretch up to 1 foot. The cable helps in overcoming the limitations of a typical connection. It also reduces the risk of damaging the motherboard or the drive. It also helps in extending the backplane adaptor connections and drive dock connections.

 5.4 SATA To USB Cables

Now, you need a USB cable for pretty much everything. Wouldn’t it be great to add in SATA to a USB cables? While USB cables may be long, what do you do if you need a SATA connection? It could be for a laptop data transfer or to use with your SSD drive. A SATA to USB cable will make things easier for you, working with your laptops and other devices seamlessly.

Chapter 6: How Important is SATA Today?

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SATA cables was one of the most used cables in the early 2000s in the PC. However, the world has moved on to faster standards like PCI-express for its storage connections. The laptops, too, come with built-in memory for their devices.

SATA cables are still important for larger hard drives and multi-terabyte SSDs. But options like M.2 and NVMe give better performance for a high price range. Plugging into a PCI-express slot also reduces the hassles of a SATA cabling and gives a faster data rate.

SATA cables play an essential role in powering up as well as transmitting data between the storage devices and the computer. But, with time, these standards are being replaced by better and faster alternatives.

Conclusion

In this article, you’ve learned all about SATA cables and their applications. We help our clients learn more about SATA cables and help in choosing the right ones for their devices. If you have any further questions, please contact us.

Hey, I am John, General manager of Cloom and OurPCB.

I am a responsible, intelligent and experienced business professional with an extensive background in the electronics industry.

Reach me at sales@wiringo.com to get a quote for your projects.

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