DC-VA-H264-10B-30-1080-EVXC-LL

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Evaluation and Demonstration Boards and Kits can be used to design and develop various electronic systems, which can provide electrical power and electronic signals to power and control various components. DC-VA-H264-10B-30-1080-EVXC-LL is a type of Evaluation and Demonstration Boards and Kits, which includes a high-performance 8-bit bus transceiver and a variety of serial modules. It is designed to facilitate the development, evaluation, and demonstration of power supply and signal control circuits.

The DC-VA-H264-10B-30-1080-EVXC-LL is a low power, low power-dissipation solution for a range of applications where accuracy and speed are key factors. Its 8-bit bus can provide precise control signals to drive a variety of digital components. It is ideal for designing control circuits that require high accuracy and low power consumption. The module is capable of driving up to 16 outputs, each with 256 steps of resolution for precise voltage or current control. In addition, the module supports a wide range of voltage rails and can operate in 3V, 5V, 12V, and 24V power environments.

The DC-VA-H264-10B-30-1080-EVXC-LL also supports the H.264, 10-bit, 30-bit, 1080p, and Ethernet-over-Serial Control (EVXC) protocols for real-time video transmission. This module can be used to transmit high-quality, low latency video over a wide range of wireless data links, including Wi-Fi and mobile networks. In addition, the module supports digital audio interfaces such as S/PDIF and TOSLINK.

The DC-VA-H264-10B-30-1080-EVXC-LL is a complete Evaluation and Demonstration Boards and Kits for designing and demonstrating power and control circuits. Its 8-bit bus transceiver and serial modules provide precise control signals to drive a wide range of components. The H.264, 10-bit, 30-bit, 1080p, and Ethernet-over-Serial Control (EVXC) protocols enable real-time video transmission over wireless and mobile data links. The module supports a wide range of voltage rails and can operate in 3V, 5V, 12V, and 24V power environments.

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