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Video Cables

Pre-assembled video cables ensure optimum transmission of video signals in professional applications. These cables are equipped with high-quality connectors that enable stable and clear signal transmission. Our video cable assemblies offer high resolution and are available in various lengths and designs to meet the specific requirements of broadcast, film and AV installations. They guarantee excellent image quality and reliability for any type of video transmission.

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What are video cables?

Video cables are special cables that are used to transmit video and sometimes audio signals between devices such as televisions, monitors, computers, projectors and cameras. They enable the transmission of various video formats, including analog and digital signals, and are available in different standards and connector types.

Video cables differ in several important aspects:

  • Signal type: There are analog (e.g. composite, component, VGA) and digital (e.g. HDMI, DisplayPort, DVI) video cables.
  • Resolution and bandwidth: Different cable types support different maximum resolutions and refresh rates. For example, HDMI 2.1 can support 8K at 60 Hz, while older standards such as VGA only offer lower resolutions and refresh rates.
  • Connector type: The different connector types such as HDMI, DisplayPort, DVI, VGA and BNC have different areas of application and compatibility.

The most common video cable types are:

  • HDMI (High-Definition Multimedia Interface): Widely used, supports both video and audio signals and is capable of transmitting high-definition video signals such as 4K and 8K.
  • DisplayPort: Often used in computers and monitors, supports high resolutions and refresh rates, ideal for gaming and professional applications.
  • DVI (Digital Visual Interface): An older standard that transmits digital and partly analog video signals. Often used in computer environments.
  • VGA (Video Graphics Array): An older, analog standard for lower resolutions, often found in older computers and monitors.
  • Component and composite: Analog cable types used in older video and TV setups. Component offers better picture quality than composite.
  • BNC: Commonly used in professional video applications and surveillance systems, transmits analog video signal.

HD (High Definition) video cables are cables that support high-definition video transmissions. They are used to transmit video signals in high quality from a source (such as Blu-ray players, games consoles or computers) to a display (such as HDTVs or projectors). The most common types of HD video cables are HDMI and DisplayPort.

SD (standard definition) video cables transmit video signals in standard resolution. Compared to HD video cables, they offer lower picture quality and are mainly used for older devices and formats. Common SD video cables are composite, S-video and component.

SDI cables (Serial Digital Interface) are professional video cables that can transmit digital video signals over long distances with minimal loss of quality. They are often used in radio, film and television production. SDI cables are available in different variants, including SD-SDI, HD-SDI and 3G-SDI, each supporting different resolutions and data rates.

SDI is designed for professional applications and offers robust transmission over longer distances with lockable connectors that are useful in studio environments. HDMI, on the other hand, is designed for the consumer market and offers greater flexibility for connecting to various devices such as TVs, monitors and projectors. However, HDMI cables have a limited range without amplification.

  • SD-SDI: Supports standard definition video with a maximum resolution of 480i/576i.
  • HD-SDI: Supports high definition video with resolutions up to 1080i/720p.
  • 3G-SDI: Supports Full HD video (1080p) with higher frame rates.
  • 6G-SDI and 12G-SDI: Support Ultra High Definition (4K) video transmissions and beyond.

The length of a video cable can influence the signal quality:

  • Analog cables: Signal loss and interference can occur over longer distances, resulting in poorer picture quality.
  • Digital cables: Digital signals are less susceptible to signal loss, but very long cables without amplification can also affect signal quality. HDMI cables should ideally be no longer than 15 meters, unless amplifiers or special cables are used.

The most common connector types for video cables are

  • HDMI: Standard for modern televisions, monitors and AV receivers.
  • DisplayPort: Often found in computers and professional monitors.
  • DVI: Often used in older computers and monitors.
  • VGA: An analog standard, often used in older monitors and projectors.
  • BNC: Used in professional video applications, especially in cameras and surveillance systems.

Choosing the right video cable depends on several factors:

  • Device compatibility: Make sure that the plugs are compatible with the inputs and outputs of your devices.
  • Resolution and refresh rate: Choose a cable that supports the maximum resolution and refresh rate that your devices can offer.
  • Cable length: Longer cables may result in signal loss, especially with analog signals. Digital cables or amplifiers are recommended for long distances.

To install video cables correctly, the following steps should be observed:

  • Correct connection: Connect the cable securely to the corresponding connections. Make sure that the plugs are firmly seated to ensure a stable connection.
  • Cable management: Organize the cables neatly to avoid tripping hazards and keep an overview. Use cable ties or channels to lay cables neatly.
  • Signal check: After installation, check whether the signal is being transmitted correctly by checking the picture quality and resolution.

To extend the service life of video cables, the following points should be observed:

  • Cleanliness: Keep the cables and plugs clean to ensure good signal transmission. Dust and dirt can impair the contacts.
  • Avoid damage: Avoid sharp bends and tensile loads on the cables to prevent breakage and damage.
  • Correct storage: Wind up the cables properly and store them in a dry and safe place.
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