AV Cables & Connectors Reference

Computer Display

VGA Connector
VGA
Mini DisplayPort Connector
Mini DisplayPort
Mini-VGA Connector
Mini-VGA
Mini-DVI Connector
Mini-DVI
DVI Connector
DVI

Computer Interface

USB connector
USB
FireWire Cables
FireWire
Thunderbolt Connector Image
Thunderbolt
PS2 Connector
PS2
Ethernet Cable
Ethernet/RJ-45

Audio Cables

Phone cable
Phone (1/4", Mini)
XLR Cable
XLR
RCA Connector
RCA
Speak-on Connector
Speak-on

Video Cables

HDMI Connector
HDMI

S-Video Connector
S-Video
RCA Connector
RCA
F Connector
F / Coax
BNC Connector
BNC

Power Cables

AC Cable
AC
AC Cable
AC
AC Cable
AC
AC Power Supply
Power Supply

VGA

VGA (Video Graphics Array) is an analog display technology used for high resolution displays. Its use for computer display is being superseded by DVI as resolutions increase.

Found on:

  • Computers
  • Data Projectors
  • Flat Panel TV's

We can adapt to:

Mini-VGA

Mini-VGA is an analog display connector found on some Apple computers and a few Sony computers. It must be adapted to connect an external display. It has been superseded by Mini-DVI.

Found on:

  • Apple iBooks
  • Some 12” Apple Powerbooks

We can adapt to:

Mini-DVI

Mini-DVI was developed by Apple to provide a digital video output on devices where a full size DVI connector would not fit. It is slightly taller than its predecessor, Mini-VGA, and has 4 rows of pins in two slots instead of 2 rows of pins in one block.

Found on:

  • Apple Powerbook G4
  • Apple MacBook
  • Apple iMac (Intel)

We can adapt to:

DVI

Digital Visual Interface (DVI) is a video interface standard designed for use with digital displays. Using a digital interface provides a much higher image quality than using older analog standards such as VGA when connecting to an LCD panel or projector.

Found on:

  • Laptops
  • Data Projectors

We can adapt to:

USB

Found on:

  • Laptops
  • Digital Cameras
  • Digital Video Cameras
  • Digital Audio Recorders
  • Data Projectors
  • Computer peripherals
    • Powerpoint Remotes
    • Card Readers
    • Keyboards/Mice
    • Printers

We can adapt to:

  • PS/2 (Older keyboard/mouse connector)

Firewire

Firewire is Apple's trademarked name for a computer interface standard generically known asIEEE 1394. Also known as Sony's i.LINK, it is a serial communications bus designed for high speed data transfer. As such, it is well suited for real-time transfer of digital video and audio signals.

Found on:

  • Laptops
  • Digital Video Cameras
  • Digital Video Converters
  • External Hard/Disc Drives
  • Audio Interfaces

We can adapt to:

We can adapt between the 4 and 6 pin varieties of Firewire with a simple cable, however, there will be no power provided over such a cable. Firewire cannot be adapted to any other format with a simple adapter. It is incompatible with USB devices or cables.

We can convert DV signal to:

Thunderbolt

Thunderbolt is a relatively new interface technology based on two existing technologies: PCI Express and DisplayPort. PCI Express is the technology that links high-performance components on a computer's motherboard. Thunderbolt is also based on DisplayPort technology, the video standard for high-resolution displays, any Mini DisplayPort display plugs right into the Thunderbolt port. To connect a DisplayPort, DVI, HDMI, or VGA display, just use an existing adapter.

Thunderbolt I/O technology gives you two channels on the same connector with theoretical 10 Gbps of throughput in both directions. Data can be transferred to and from peripherals up to 20 times faster than with USB 2.0 and up to 12 times faster than with FireWire 800.

Found on:

  • Apple Laptops
  • External Hard/Disc Drives

Ethernet (RJ-45)

Ethernet cables are also known as Cat-5 or UTP cables. They have eight conductors in four twisted pairs. Normally used to carry high volumes of data, they can be adapted with various proprietary solutions to carry audio or data, as well.

One convenient feature is that the connectors are field replaceable. The connector should be replaced if the retaining clip is broken, or if the insulation has become separated from the connector.

Found on:

  • Computers

We can adapt to:

  • RJ-11 (phone)

Phone plugs

Phone Plugs, 1/4”, 1/8”, Mini, guitar plug…One of the oldest electrical connectors still in wide use has the most names, as well. These are sometimes called Phone plugs in the U.S, as the 1/4” variety were originally used in telephone switching boards. Now they are made in 3.5mm (mini) and 2.5mm (submini) versions as well, but all work on the same principle. A tip and 0, 1, or, 2 rings carry signal, and a sleeve carries a common ground.

Found on:

  • Mixing Boards
  • Wireless Mic Receivers
  • Anchor Systems
  • Bose Systems
  • Yorkville System
  • Tape Recorders
  • Headphones
  • Laptops
  • Computer Speakers
  • Video Cameras

We can adapt to:

XLR

3-Conductor (Balanced) Connection. All of our XLR cables are Male to Female, and can be connected to each other to increase length. Signal usually runs out of a male jack and into a female jack.

Found on:

  • Microphones (M)
  • Mixing Boards / PA Systems (F/M)
  • Video Cameras (F)
  • Audio Recorders (F)

We can adapt to:

RCA

The RCA or phono connector is one of the most commonly used connectors on consumer A/V equipment. It is used to carry a variety of signals, both video and audio, analog and digital. Manufactures have tried to standardize uses with a color code, but it is not always followed.

Uses and Color Codes

Composite analog video Composite Yellow   
Analog audio Left/Mono White   
Right Red   
Center Green   
Left Surround Blue   
Right surround Gray   
Left back surround Brown   
Right back surround Tan   
Subwoofer Purple   
Digital audio S/PDIF Orange   
Component analog video (YPbPr) Y Green   
PB Blue   
PR Red   
Component analog video/VGA (RGB/HV) R Red   
G Green   
B Blue   
H/Horizontal sync Yellow   
V/Vertical sync White   

from Wikipedia

Found on:

  • Data Projectors
  • Flat Panel TV's
  • DVD/VCR's
  • Camcorders
  • Audio Recorders
  • Mixing Boards
  • CD Players

We can adapt to:

Speak-On

Speak-On is a relatively new connector used for speaker connections in live audio settings. Its locking connector ensures that the cable will not come unplugged accidentally, which could cause damage to the amplifiers. Speak-On connectors can have 4 conductors, which would allow bi-amplified signals to run along one cable.

To Insert
  1. Line up the tabs on the connector with the matching notches in the jack
  2. Insert the plug into the jack
  3. Rotate the plug 1/8th of a turn clockwise until you hear it click into its locked position
To Remove
  1. Pull back on the sliding tab without pulling on the connector housing itself
    • It may help to gently push in on the housing with your hand while you pull the slider with your thumb
  2. Rotate the plug 1/8th of a turn counter-clockwise
  3. Pull the connector straight out from the jack

Found on:

  • Loudspeakers
  • Power Amplifiers
    • Powered Sound Systems (Bose and Yorkville)

We can adapt to:

S-Video

Although sometimes referred to as Super Video, the 'S' actually denotes 'Separate'. An S-Video cable has two pairs of conductors, with the chromanance (color) and luminance (brightness) components of the signal being carried separately. In comparison, a regular composite cable carries the entire video signal over one pair of conductors. Separating the signal provides improved resolution and clarity over a single-cable composite signal, but is not as clean as component video (Y-Pb-Pr, or RGB), which separates the signal even further.

This connector (4 pin Mini-DIN) is also found on older Apple Macintosh keyboards and mice which use the ADB protocol.

Found on:

  • Data Projectors
  • Video Cameras
  • Laptops
  • Flat-Panel TVs
  • VCRs
  • DVD Players
  • Laserdisc Players

We can convert to:

  • Composite Video
    • Note: S-Video cannot be adapted to other connectors using a simple cable or adapter. It requires a device such as our A/V switchers (AVS005 & AVS006) to combine the separated signals into one composite signal.

F Connector

This connector is commonly used for cable broadcasting of television signals. It is only used with coaxial cables and uses the center conductor of the cable itself as the pin in the male version. This keeps the cost of the connector low, but requires the cable to be solid-core as opposed to stranded.

Found on:

  • VCR
  • Flat Panel TVs

BNC

BNC connectors were designed to work with coaxial cables and transmit signal in the RF range. While they have many applications, we normally see them transmitting composite video on professional level video equipment. The bayonet locking mechanism provides a solid connection, and the connector is generally more reliable than an RCA connector.

Found on:

  • Professional grade VCRs
  • Broadcast Cameras
  • Wireless Mic Antennas

We can adapt to: