Standard I/O Cable Assemblies

Standard I/O Cable Assemblies

With an extensive range of common I/O standard interface, Cloom offers market-known common cables, as well as the custom cable.

To keep your data, signal, and power transmission protected, we have just launched a new series of rugged Ethernet and USB Cable Plug Assembly with IP68 rated connectors. The Cable Plug Assembly will stand up to all sorts of extreme conditions.

If you need help, contact customer service for our world-class application engineering experts. Our product specialist can find answers to your specific application questions and our design engineers are interested in making cables with bleeding-edge performance!

Product Family

——Sealed Circular Plug Cable Assembly and Rectangular Plug Cable Assembly ​

One of the best parts about our IP68 Sealed Ethernet Cable Plug is systems and

components ideal for high-reliability applications. The cable assembly features bayonet

circulars, a miniature push-pull latching cable assembly, and an Ethernet and USB signal assemblies!

Bayonet sealed circular cable assembly

Bayonet sealed circular cable assembly

Features:

  • Three standard shell sizes: 12 mm, 16 mm, and 22 mm
  • Metal, plastic, or field termination housings
  • Signal, power, and combinations available
  • Easily build a standard or customized assembly online
  • Tested to IP68 for dust and water applications

IP68 Sealed Rectangular Ethernet Cable Assembly

Features :

  • Space-saving rectangular design
  • Maximum density for low profile 1U sealed applications
  • Ethernet and USB signal systems
  • Easily build a standard or customized assembly online
  • Tested to IP68 for dust and water applications

Threaded circular cable assembly

Features :

  • Rugged overmold construction
  • Available as Mini USB, USB, and Ethernet systems
  • Ethernet version available for field termination
  • Dust caps available
  • Tested to IP68 for dust and water applications

Mini Push-Pull Cable Assembly

Features :

  • Lightweight plastic system
  • Rugged push-pull latching
  • Intermateable with Hirose HR30
  • Polarizing keys /li>
  • Visual alignment indicators
  • Cable-to-cable or cable-to-panel solutions
  • Tested to IP67 for dust and water applications

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Crimp sealed bayonet circular cable assembly

Features :

  • Cost-effective solution
  • Bayonet latching
  • Metal or plastic shell
  • Polarizing keys /li>
  • Visual alignment indicators
  • Choice of terminal or socket
  • Cable-to-panel solutions
  • Field termination kits available
  • Dust caps available
  • IP68 crimp sealed bayonet systems

Product Family

—— IP68 HIGH-SPEED I/O SYSTEM
All of your high-speed I/O needs will be met with our rugged latching systems and shielded EMI protection for panel to panel applications!
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FLYOVER QSFP28 CABLE SYSTEMS

Features:

  • Compatible with all MSA QSFP pluggables
  • Press-fit tails for low-speed signals/power to PCB
  • No re-timers required for reduced cost and power consumption
  • Improved thermal dissipation by allowing ICs to be placed in preferred locations
  • Multiple end 2 options available
  • 100 ohm twinax cable
  • Belly-to-belly mating for maximum density (FQSFP-DD Series)
  • 4 or 8 channel systems
  • Improve signal integrity and increase signal path length at higher data rates.

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MICRO FLYOVER SYSTEM

Features :

  • High-speed performance to 28 Gbps per lane
  • x4 and x12 designs
  • Variety of integral heat sink and End 2 options
  • Interchangeability of copper and optical
  • Micro rugged two-piece connector
  • Extended temperature

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I/O SYSTEMS

Features :

  • Performance to 25.5 Gbps for equalized cable (1.00 m)
  • Equalized option increases usable cable length and data rate
  • Small form factor for space saving applications
  • Micro rugged latching system
  • Shielded housing for EMI protection or sealed cable for IP68 applications
  • Supports SAS, SATA, and Fibre Channel protocols
  • High-reliability contacts

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HD HIGH-SPEED I/O SYSTEMS

Features :

  • Superiorsignal integritywith HyperTransport HT3.1 performance
  • Industry's densest I/O cable system
  • Rugged latching system
  • Shielded for EMI protection
  • Cable, connector, and cage available
  • Designed forrugged applications

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SFP+ CABLE SYSTEM

Features :

  • Performance to 10 Gbps
  • Cables, connector and cages available
  • SFP+ compatible
  • Single and multi port cages available
  • Panel-mounted connector and jumper cable for high-speed applications
  • Connector and cage kits available

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USB INTERFACES

The rugged and sealed USB has a standard interface with choice of Type A, Type B or Mini USB 2.0.
Features :

  • USB and Mini USB
  • High-cycles
  • Various orientations, types, terminations
  • Rugged overmold cables with various end options
  • 2.0 version available
  • Rugged options available

USB

Universal Serial Bus (USB) is an industry standard that establishes specifications for cables and connectors and protocols for connection, communication and power supply between computers, peripheral devices and other computers.

It has largely replaced interfaces such as serial ports and parallel ports and has become commonplace on a wide range of devices.

DisplayPort

DisplayPort (DP) is a digital display interface is primarily used to connect a video source to a display device such as a computer monitor, and it can also carry audio, USB, and other forms of data.

DisplayPort was designed to replace VGA, DVI, and FPD-Link. The interface is backward compatible with other interfaces, such as HDMI and DVI, through the use of either active or passive adapters.

HDMI

HDMI (High-Definition Multimedia Interface) is a proprietary audio/video interface for transmitting uncompressed video data and compressed or uncompressed digital audio data from an HDMI-compliant source device, such as a display controller, to a compatible computer monitor, video projector, digital television, or digital audio device. HDMI is a digital replacement for analog video standards.

DVI

Digital Visual Interface (DVI) is a video display interface used to connect a video source, such as a video display controller, to a display device, such as a computer monitor.

It was developed with the intention of creating an industry standard for the transfer of digital video content.

VGA

Video Graphics Array (VGA) is a graphics standard for video display controller first introduced with the IBM PS/2 line of computers in 1987, following CGA and EGA introduced in earlier IBM personal computers.

Through widespread adoption, the term has also come to mean either an analog computer display standard, the 15-pin D-subminiature VGA connector, or the 640×480 resolution characteristic of the VGA hardware.

D-sub

The DB style connector is a common connector used in many computers, audio/video, and data applications. The official name is D-subminiature, but many people call it “D-sub” or just “DB”. The connector gets its name from its trapezoidal shape that resembles the letter “D”.

Most DB connectors have two rows of pins. Common types of D-sub connectors are DB9 and DB25, used on PCs for serial and parallel ports.

FAQs

There are three different ways to mount a receptacle. They can be:
  1. Panel mount receptacle installed onto the surface of the electrical device.
  2. Free-hanging mount receptacle mounted onto a cable end.
  3. Board mount receptacle installed onto a printed circuit board (PCB).
The circular plug cable assembly can be composed of a variety of different types of cables that are terminated with what is called the “circular connector.” These connectors, typically round in shape and made up mostly out metal, will allow for an electrical or electronic device to transfer energy through it.
The circular USB cable assembly can be used in any type of digital device. They are often used for charging and data transfer purposes. Circular USB cables were originally created to make the cords more flexible, but they have since become popular due to their portability benefits as well as a better way of organizing wires on your desk or within your home office space.
The rectangular design is well-suited for smaller and lower profile applications, which saves space. The connector design also comes with an audible mating confirmation system to make it easy to know when the connector is sealed tightly or not.
The passive cable assembly design has no signal amplification. This is cheaper to produce than the active cable but can reduce performance in some cases, as it does not compensate for any loss of signals through the copper wire or other interference that may occur within your computer system. Active cable assembly design has built-in amplifiers and equalizers which help provide a higher quality connection with less reliance on outside factors such as varying lengths between computing devices and sources of electromagnetic radiation from surrounding electronic equipment. Both passive and active copper cable assemblies can be purchased at Cloom. They have the industry standard EEPROM signature which allows them to be differentiated by a host system between an active copper cable and fiber optic module.
It’s like a tiny sealant that will keep all the water out and dust in. Also, the mini USB can be put into your pocket or even wallet for perfect convenience.
Cloom offers an extensive range of all common I/O standard interfaces, both on the cable and connector’s side. Market-known common cables, as well as the custom cable (Panel to Panel Applications, Mini Push-Pull Systems, Circular Receptacle Panel Assembly) are available on request.

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