Scart to component video cable

Types of Scart to component video cable

Thanks to the SCART to component video cable, it is possible to connect devices that only have SCART outputs to devices that only have component inputs. This cable is useful for upgrading older devices to HD or for incorporating them into a home theater system. The cable works by taking the audio and video signals from the SCART connector and converting them into the component format, which has three separate cables for video and two connectors for audio.

In general, SCART cable component video falls under three categories:

• Passive converters: These adapters or cables solely rely on their wiring and do not have signal conversion technology. They may require the user to manually set the output format on the source device. Passive converters are usually affordable and user-friendly, but they may need help to work with devices that have different signal standards or that need to be configured expressly for the cable's wiring order.
• Active converters: These converters have inbuilt technology that changes the signals from one format to another. Active converters are more versatile than passive ones. They can detect and change signals automatically, ensuring the correct format is outputted. Nevertheless, these converters may cost more and may not be compatible with all devices.
• Upgrading converters: These special converters can change the signal's resolution, such as changing the composite video's low resolution to a higher one, like HD or even 4K. Upgrading converters enhance the original video quality, giving a clearer and sharper image. Upgrading the video quality can improve the watching experience and make older content look better on modern screens. However, not all upgrading converters are compatible with all devices and content, so users should check their compatibility before getting one.

Function and features

The functions and features of SCART-to-component cables differ depending on the specific make and model. Nonetheless, here are some common functions and features;

• Signal Transmission

  These cables transmit video signals without carrying audio signals. Component video cables will separate the video into three signals; Y, Pb, and Pr. These signals will provide clear and more detailed video images compared to SCART cables. However, it is important to note that component cables will only transmit video signals and not audio signals. Since the SCART connector carries both audio and video signals, users will need a different cable to connect the audio component.

• Separate Video Signals

  SCART to component video cables will separate the video signal into three parts known as YPbPr. The Y cable will carry the luma (brightness) and the Pb and Pr cables will carry the chroma (color) information. The separation of the video signals will provide more details. It is usually found in high-definition videos.

• Compatibility

  These cables are used to connect devices that have a SCART output to devices that have component input. Before purchasing them, buyers should make sure that the devices they want to connect to are compatible with these cables.

• Resolved Connector

  SCART connectors have multiple pins that can be connected to a crossover wire. This crossover wire will automatically switch the pins to transmit signals. On the other hand, component cables have five connectors that have to be connected manually. Users must ensure that each connector is connected correctly to avoid any error.

• Video Quality

  The cables will provide an enhanced video quality due to the separate signals and high definition transmission.

• Nickel Plated Connectors

  Most cables have nickel-plated connectors that are corrosion resistant. The connectors will ensure stable signal transmission by preventing any losses due to rust or corrosion.

• Compatibility with HD formats

  These cables will support high definition formats such as 720p, 1080p and 1080i. They can be used for a wide range of resolutions from standard to high definition.

Applications of Scart to Component Video Cable

There are several applications of cables that convert SCART to component video. Below are some of the common examples where the SCART to component cable is used -

• Gaming: The SCART component cable is used to connect old gaming consoles, such as the PlayStation 2, as they only have a SCART output to modern TVs with component inputs. The gamers can enjoy improved video quality for their games and bypass the console's SCART to composite cable limitation.
• Video Processing: Many video processors accept a SCART input but only send a component signal to the TV or projector. Component video cables can be utilized to connect these processors to display devices, allowing users to enhance their video quality while maintaining compatibility with older sources.
• Multimedia Applications: In multimedia applications like presentations and digital signage that utilize older video sources, SCART cables are helpful. They connect devices such as VCRs, DVD players, and video cameras to component input screens, ensuring successful transmission of high-quality video for various professional and recreational purposes.
• Satellite Receivers: SCART cables connect component video outputs on some satellite receivers to TV inputs in countries that use PAL or SECAM television systems. In that case, the cable transmits excellent video and separate audio signals from the satellite receiver to the TV.
• Home Theater Systems: Older home theater systems with only SCART outputs can be linked to TVs or projectors with component inputs using cables that convert SCART to component video. These cables allow users to create a home theater system that has compatible connections while enjoying enhanced video quality in their home.
• Video Archiving and Editing: Professionals who archive and edit videos from old sources can use SCART to connect cables to component inputs on their editing or capturing equipment to improve quality. The cable provides better video quality for capturing or editing historical footage from devices such as LaserDisc players or old camcorders that only have SCART output.

How to Choose Scart to Component Video Cables

Wholesale buyers should carefully choose SCART to component video cables for their customers. They need to know the needs of buyers in their target market. Then, get cables that suit those needs. The following factors will help buyers to choose the right cables.

• Compatibility

  Find out the devices that most users in the target market use. Get cables that will work with those devices. Use market surveys to get the device models that customers use most. Also, learn the connection types they use. This information will help to select cables that will meet customers’ needs.

• Video Quality

  The component video cables provide users with the best video quality. Be sure the cables can give the video quality that customers expect. Test the cables to check video clarity before putting them up for sale.

• Durability

  Pick SCART to component cables that will be able to hold up under frequent use. Opt for cables built with robust materials. Also, make sure the cables have sturdy connectors that are less likely to get damaged from repeated plugging and unplugging. Choose cables that have passed stress and bend test.

• Customer Support

  SCART to video cable manufacturers and wholesalers SCART to Component Video Cables should offer good support to their buyers. They must respond fast to their customers’ queries. They should also offer tutorials and guides on how to use their cables.

• Price and Profit Margin

  Be sure the price leaves enough profit margin. Calculate the total cost of getting the cables. This includes shipping and customs duties. Then, compare this cost with the selling price. Ensure that the difference gives the desired profit margin.

Scart to component video cable Q&A

Q1: Does a SCART-to-component video cable improve picture quality?

A1: Yes, a SCART to component cable can enhance video quality. While SCART cables carry a standard VHS quality level, connecting via SCART to component cables can bring up to hi-definition resolution up to 1080p, depending on the source and TV capabilities.

Q2: Do all TVs with component inputs support SCART?

A2: Not necessarily. The compatibility depends on the TV's capabilities. A TV with component video inputs might not have a SCART socket, which means it is for the North American market (where SCART is rarely used), and it may not support SCART at all. Check the TV manual for compatibility information.

Q3: How to connect SCART to video cables if there are no component inputs?

A3: If there are no component inputs but only composite video inputs, a solution is to use a SCART to composite cable that connects between the SCART output on the device and the composite input on the TV/monitor. The device is connected via a SCART plug, and the TV is connected via a yellow, red, and white RCA composite cable.

Q4: What devices use SCART turn to cables?

A4: Older devices like VCRs, DVD players, digital receivers, PlayStation 2, and game consoles use SCART cables. Newer devices use HDMI.

Q5: Are SCART-to-component cables long?

A5: No, these cables can be short because there is often no need to connect between faraway equipment. Most TVs with component video inputs are from Europe, where short cable lengths are common.