Serializadores-deserializadores V3Link
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Los circuitos integrados (IC) de serializadores y deserializadores (SerDes) V3Link™ son serializadores y deserializadores de alta velocidad que se utilizan para transmitir video sin comprimir, datos y alimentación de placa a placa a través de cables. Los serializadores y deserializadores (SerDes) V3Link son compatibles con las interfaces de sensores y pantallas estándar del sector y pueden utilizarse con diversos tipos de cables y conectores. Utilice serializadores y deserializadores (SerDes) V3Link para minimizar los chips y el cableado, sincronizar varias cámaras o habilitar la IA y el procesamiento de alto rendimiento en los sistemas. Para más opciones, considere nuestro serializador y deserializador (SerDes) FPD-Link™, que está calificado para especificaciones automotrices.
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Por qué elegir los SerDes V3Link
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Circuitos integrados SerDes industriales V3Link™
¿Qué son los SerDes V3Link™?
How to transfer high-resolution video data over a single wire in machine vision-ba
V3Link's proven, cutting-edge SerDes data transport ICs slim down cables and form factors without sacrificing on cost, video quality, or power consumption.
Smaller, faster, and more reliable is the name of the game in medical imaging equipment such as endoscopes and surgical robots.
Fundamental system needs:
- Reliable uninterrupted video across cable length
- Live, real-time control of imager and GPIO settings
- Fewest and smallest chips and cables
- Simple connection for easier manufacturing of disposable endoscopes Low power for better heat management
- Synchronized embedded clock to camera and all connected peripherals
- Compatibility to industry-standard interfaces used in smallest camera modules
- Resistance to issues caused by cable wear and tear
Recursos destacados
Cable routing through small spaces and flexing hinges prove to be major roadblocks that V3Link easily clears, while enabling lower BOM with fewer and smaller chips and cables.
Cameras are paving the way in enabling smart home technologies, but introduce many challenges for system designers to overcome. Cable routing through small spaces and flexing hinges prove to be major roadblocks that V3Link easily clears, while enabling lower BOM with fewer and smaller chips and cables.
Fundamental system needs:
- Fewest, smallest, and lowest cost chips and cables
- Simple connection for easier manufacturing + scalability
- Low power operation
- Multi-camera aggregation
- Compatibility to industry-standard interfaces
- Resistance to issues caused by aging cables
Recursos destacados
Our high-speed V3Link SerDes ICs aggregate and synchronize multiple sensors for faster processing and decisionmaking in a scalable, future-proof topology to ensure customer success.
Autonomous industrial and mobile robots are leveraging AI and sensor fusion to create real-time machine vision "safety cages" for accident avoidance.
Fundamental system needs:
- Reliable uninterrupted video across cable length
- Low and deterministic latency for precise timing
- Live, real-time control of imager and GPIO settings
- Aggregated video streams to industry-standard processor interfaces
- Synchronized embedded clock to sensors and all connected peripherals
- Resistance to issues caused by cable wear and tear
- Fewest and smallest chips and cables
Recursos destacados
Our high-speed V3Link SerDes ICs aggregate and syncronize multiple camera feeds while enabling AI decisionmaking in real time, critical for identifying and tracking people and items as they move throu
Asset tracking is key to retail success in the suppy chain, from automated sorting lines in warehouses to inventory management and payment in cashierless checkout stores.
Fundamental system needs:
- Reliable uninterrupted video across cable length
- Low, deterministic latency for precise timing
- Video forwarding capability to redundant processors
- Live, real-time control of imager, GPIO settings
- Aggregated video streams to industry-standard processor interfaces
- Synchronized embedded clock to sensors and all connected peripherals
- Fewest, smallest chips and cables