Блог компании Recycle ADI Evaluation Board:Video Decoder,Ethernet Switch,Clock Timing

Recycle ADI Evaluation Board:Video Decoder,Ethernet Switch,Clock Timing

Shenzhen Mingjiada Electronics Co., Ltd, as a globally renowned electronic component recycler, has the following significant advantages in the field of electronic component recycling:

1. Wide range of acquisition

Covering a wide range of electronic components, including ICs, memories, sensors, microcontrollers, communication modules, etc. in many fields, such as 5G, IoT, new energy, IoT, AI, communication, medical, home appliances, and so on.

2. Professional evaluation

With experienced technical team, we can carry out strict quality inspection on the recycled components to ensure that they meet the original factory standards, and help customers optimise inventory disposal.

3. Flexible recycling methods

Provide a variety of recycling solutions, such as resale (high rate of return), consignment (reduce logistics costs), clearance (rapid return of funds), to adapt to the needs of different customers.

Support cash payment, efficient and convenient transaction process, reduce the pressure of customer storage.

4. Globalised Sales Network

With the global supply chain resources, rapid digestion of inventory, to ensure that customers maximise the benefits, especially for the shortage of models can be quickly deployed.

5. Integrity and compliance

We only recycle goods from regular sources (agents, factory stocks, etc.) and reject informal sources to ensure transaction security.

Provide transparent quotation and one-stop service to optimise customer experience.

【The “Interpreter” of the Analogue World: Video Decoding Solutions】

The ADV7282A is a typical 10-bit SDTV (Standard Definition Television) video decoder chip.

Functional Decoding: Its core function is to automatically detect and decode multiple analogue baseband video formats—including CVBS (composite), S-Video, and component (YPrPb)—converting them into standard YCrCb 4:2:2 digital video streams for subsequent processors.

Performance Advantages: The device incorporates a 5-line adaptive 2D comb filter and colour transient improvement (CTI) circuitry to enhance image quality. Its fully differential input architecture delivers exceptional common-mode noise rejection, particularly critical for automotive applications with complex electrical environments (operating temperature range -40°C to +105°C, compliant with AEC-Q100 standards).

【The “Intelligent Transport Hub” for Industrial Networks: Ethernet Switch Evaluation Kit】

The EVAL-ADIN3310EBZ evaluation kit is specifically designed for assessing such industrial Ethernet solutions.

TSN Core: Centred around the ADIN3310 switch, this kit's defining feature is its integrated Time-Sensitive Networking (TSN) functionality. It natively supports key protocols including IEEE 802.1AS-2020 time synchronisation, 802.1Qbv traffic scheduling, and 802.1CB frame redundancy, ensuring critical control commands are delivered punctually and error-free within complex network environments.

High-Reliability Design: Beyond TSN, this evaluation board supports industrial redundancy protocols including PRP (Parallel Redundancy Protocol) and HSR (High Availability Seamless Redundancy), catering to high-reliability applications such as factory automation and robotic control. Features like hardware binding and secure boot further enhance system security.

【The System's ‘Heartbeat Generator’: Clock Timer Evaluation Board】

The AD9547 is a high-performance network clock synchroniser and jitter eliminator, with its evaluation board AD9547/PCBZ serving as an effective tool for debugging clock systems.

Precision Synchronisation and Purification: The core function of this device is to synchronise the output clock to an external reference signal (input frequencies ranging from 1kHz to 750MHz) and utilise its digital phase-locked loop (PLL) to substantially filter out jitter and phase noise from the reference signal. Even when all external references fail, it can continue to provide an effective low-jitter clock via its holdover mode (supporting Stratum 2 stability).

Flexible Configuration and Multi-Output: The evaluation board permits users to flexibly configure parameters such as reference priority switching and loop bandwidth via a serial interface (SPI/I²C). It generates clock outputs in multiple formats (LVDS, LVPECL, CMOS) at frequencies up to 450MHz, making it ideal for providing synchronised clocks to JESD204B-interfaced ADCs/DACs or FPGAs.