R-LinC: Renxin Technology’s 16Gbps vehicle-mounted high-performance SerDes chip 丨 Renxin Technology confirms its application for the 2024 Golden Collection Award·Top 100 in China’s New Automotive Supply Chain

, application technology? R-LinC: Renxin Technology 16Gbps vehicle high-performance SerDes chip, declaration field vehicle specification grade chip, unique advantages: R-LinC is a vehicle-mounted high-performance SerDes chip developed by Renxin Technology, which supports the transmission of 16Gbps at a distance of 15 meters.

The chip is downwards compatible with full-rate 16Gbps-1.

6Gbps and is fabricated by 22nm technology.

The insertion loss compensation capacity is more than 30dB, and real-time adaptive equalization can be realized.

In addition, compared with the competition, thanks to the leading manufacturing process, R-LinC has lower power consumption and higher performance.

-R-LinC on the camera side, dual 8 million-pixel video streams can be transmitted by a single serializer and a single harness, which can effectively reduce the amount of serializer and harness / connector usage.

on the controller side, a single deserializer can achieve 6 SerDes inputs and 1 SerDes forwarding, which can reduce the use of serializer and help car customers achieve efficiency and cost reduction.

Applicable scenarios: camera applications-look around, mainstream configuration: look-4 1.

3-3MP cameras, number of SerDes chips: 4 pairs / car, development direction: image resolution is further improved to 5-8MP, camera applications-car assistance, mainstream configuration: DMS/OMS-2-5MP camera Streaming media / CMS-1.

3-2MP camera, number of SerDes chips: 5-8 pairs / car, development direction: further improvement of image resolution and frame rate, camera application-autopilot, mainstream configuration: front view-2 8MP cameras.

rear view-1 2-8MP camera Side look-4 (2-8MP cameras).

look-4 (2-8MP cameras), number of SerDes chips: 11 pairs / car, development direction: further improvement of image resolution, display application-intelligent cockpit screen display, mainstream configuration: central control-2-9K.

instrument-720P-2K Through the screen-6-9K series chips number: 3-5 pairs / car, development direction: more and more screens, such as: co-driver screen, rear entertainment screen, rear TV screen, HUD, suction top screen.

screen resolution and refresh rate are getting higher and higher, inter-domain transmission, future prospects: in the future, the development of high-level self-driving has a deterministic market demand for high-performance SerDes chips for vehicle communications.

It is estimated that in 2025, the global market demand for SerDes chips will reach 1.

2 billion, with a market size of 30 billion yuan, while the sales volume in China will reach 300 to 400 million, with a market size of about 10 billion yuan.

By 2025 or more, SerDes will be the mainstream technology for real-time transmission of video images in vehicles.

The Golden Award is launched by Galaxy Automobile, which aims to “discover good companies, promote good technology, and achieve Autobots”, and revolves around the theme of “Top 100 New Automobile supply chains in China”.

This year’s Golden Award focuses on smart driving, intelligent cockpit, intelligent chassis, automotive software, gauge-level chips, big data and artificial intelligence, powertrain and recharging, thermal management, car body and interior and exterior decoration, and new materials.

Select excellent enterprises and advanced technology solutions, show these outstanding enterprises and industry leaders inside and outside the industry, and jointly promote the development and progress of the industry.

, return to the first electric network home page >.

Link to this article: https://evcnd.com/r-linc-renxin-technologys-16gbps-vehicle-mounted-high-performance-serdes-chip-%e4%b8%a8-renxin-technology-confirms-its-application-for-the-2024-golden-collection-award%c2%b7top-100-in-chinas-new/

Like (0)
evchinaevchina
Previous September 11, 2024
Next September 11, 2024

Related Suggestion