4K 4Lane 51P-40P EDP Coxial Panel Cable
4K 4lane 51P-40P eDP Coaxial Panel Cable Description 4K 4lane 51P-40P EDP Coaxial Panel Cable Parameter 4K 4lane 51P-40P EDP Coaxial Panel Cable Introduction If you’re looking for a 4K 4Lane 51P-40P eDP Coaxial Panel Cable, here are some options and information that might be helpful: 1….
Product Introduction
4K 4lane 51P-40P eDP Coaxial Panel Cable Description
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· Shield |
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· Different OD harnessed cable |
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· Suitable for Monitor/Display use |
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· UL listed for safety; IEC standard; durable design for long-lasting strength and performance |
4K 4lane 51P-40P EDP Coaxial Panel Cable Parameter
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Rated Voltage: |
5V-12V |
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Rated Current: |
100mA-300mA |
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Connector Pin: |
51Pin to 40 Pin |
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Power Supply: |
Electric |
4K 4lane 51P-40P EDP Coaxial Panel Cable Introduction
If you’re looking for a 4K 4Lane 51P-40P eDP Coaxial Panel Cable, here are some options and information that might be helpful:
1. VSDISPLAY 40Pin Signal Cable: This cable is designed to work with 4K eDP LCD screens. While it’s listed as a 40Pin cable, it’s important to check if an adapter is available or if the cable can be modified to fit a 51-pin requirement. .
2. Parade Technologies DP667: The DP667 is a Tcon (Timing Controller) designed for high-resolution LCD panels and supports up to four eDP Main Link lanes operating up to 5.4Gbps, which is suitable for 4K displays. While this isn’t a cable, it’s an integral component related to high-resolution eDP connections .
3. Adapters for eDP Cables: There are discussions about adapters that can convert a 30-pin (2-lane) eDP cable to a 40-pin (4-lane) eDP cable. This might indicate the availability of adapters that could potentially convert between different pin configurations, which could be relevant if you’re trying to adapt a 51-pin to a 40-pin connection .
4. Intel NUC Dawson Canyon eDP Cable: This product is specifically for 40-pin/4-lanes eDP panels and includes a standard pinout with backlight support. While it’s geared towards Intel NUC systems, it demonstrates the kind of specialized cables available for 4-lane eDP connections .
For a specific 51P to 40P configuration, you might need to look at specialized electronics suppliers or manufacturers that offer custom cable solutions. It’s also possible that an adapter or a custom cable service could create the exact cable you require, considering the unique pin configuration you’ve mentioned. Always ensure to verify the specifications thoroughly before making a purchase to ensure compatibility with your devices.
Frequently Asked Questions
4K 4Lane 51P-40P eDP Coxial Panel Cable
What is a 4K 4Lane 51P-40P eDP Coaxial Panel Cable?
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A 4K 4Lane 51P-40P eDP Coaxial Panel Cable is a type of connection cable that is used to interface a high-resolution display with a device’s motherboard. The “4Lane” indicates it supports four lanes of DisplayPort data, which is necessary for 4K resolution, and the “51P-40P” refers to the number of pins on the connectors at each end of the cable-51 pins on one end and 40 pins on the other.
Why would I need a cable with different pin configurations at each end??
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Different pin configurations are often the result of needing to connect hardware components with varying interface requirements. For instance, a motherboard might have a 40-pin eDP connector, while the display panel might require a 51-pin connection to utilize all its features .
Can I use an adapter to convert between different eDP pin counts?
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Yes, adapters are available that can convert between different eDP pin counts. However, it is crucial to ensure that the adapter is compatible with the specific pin configuration and performance requirements of your devices.
What should I consider before purchasing a 4K eDP cable?
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Before purchasing a 4K eDP cable, consider the following:
Compatibility: Ensure that the cable’s pin configuration matches your devices.
Bandwidth: Check that the cable supports the bandwidth required for 4K resolution.
Quality: Look for cables with good shielding to minimize signal degradation.
Certification: If possible, choose cables that are certified by relevant standards organizations.
Are there any technical challenges in using a cable with different pin configurations?
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Yes, using a cable with different pin configurations can present challenges such as compatibility issues with signal mapping or power delivery. It’s important to consult technical documentation or seek expert advice when dealing with such specialized hardware.
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