TE's GEMnet 10G differential connectors and Texas Instruments SerDes devices combine to create a powerful combination
In today's ever-changing automotive industry, manufacturers are actively embracing technological innovation and designing applications and architectures that can achieve high-speed flow of multi-gigabit (10 Gbps+) data using more streamlined cable layouts and longer transmission distances. TE Connectivity (hereinafter referred to as "TE") is a global technology company in the field of connectors and sensors. Its GEMnet 10 Gigabit differential connector can be equipped with Texas Instruments FPD-Link IV SerDes semiconductors to transmit high-definition lossless video and bidirectional control signals with unprecedented near-zero latency through lightweight cable assemblies and connectors in automotive environments .
With the introduction of head-up displays, the automotive infotainment panel business is growing rapidly. As display screens grow in size and quantity, automakers must also increase screen resolution and color depth proportionally to accommodate the crisp displays consumers have become accustomed to in their daily lives. This requires in-vehicle systems to be able to efficiently and reliably send and receive data at multiple locations throughout the passenger area of the vehicle while maintaining ultra-low latency performance.
Texas Instruments' FPD-Link IV high-speed automotive serializer/deserializer (SerDes) supports high-bandwidth automotive processors for display applications, including 4K, 5K and even 8K ultra-high-definition (UHD) resolution displays, with advanced multi-port synchronization, daisy chaining and near-zero latency. These chips seamlessly interface with TE's GEMnet 10G differential connectors and enable efficient data transmission over long distances of up to 15 meters through TE's GEMnet cables designed specifically to support Gigabit Ethernet and SerDes applications .
TE Product Manager
Nick Defensor：
At TE, we work with almost all OEMs, so we understand the complex demands that the industry faces as vehicle architectures continue to evolve. We are pleased to work with Texas Instruments to use its FPD-Link IV interface chip with our GEMnet 10G differential connectors. We also believe that this collaboration demonstrates our firm commitment to providing cutting-edge solutions for current and future vehicles, and is an important milestone in our continuous pursuit of excellence and our commitment to bringing drivers a more excellent experience.
Texas Instruments FPD-Link Business Manager
Andrew Glenny：
TE and Texas Instruments both have a long and successful history of supporting the global automotive OEM industry. TE's GEMnet 10G differential connectors complement our FPD-Link devices perfectly, supporting 4K and higher resolutions while pushing data rates to over 10 Gbps, enabling engineers to optimize high-speed data transfer in automotive systems.
TE's GEMnet 10 Gigabit differential connector system can flexibly support a variety of Ethernet and SerDes applications and industry protocols, including 4K displays, radar/lidar, high-resolution cameras, and safety-critical applications. The system is ingeniously designed to provide terminals with two different angles of 90° and 180°, as well as shielded and unshielded versions to meet the needs of different scenarios. The GEMnet 10 Gigabit differential connector system is compatible with the USCAR interface and can easily adapt to various types of cables, including shielded twisted pair, unshielded twisted pair and new high-performance cables, providing automakers with a high-performance connector system. It can not only perform well in various automotive applications, but also show unique advantages under the harsh test of the automotive environment: the robust grounding contact design ensures the reliability of the connection, the integrated lead function simplifies the installation process, and the short-circuit protection mechanism further improves the safety and stability of the system.
For more information about TE Connectivity's high-speed and high-frequency product solutions, please click "Read Original Article" .
The information herein, including drawings, illustrations, and diagrams used for illustrative purposes, is believed to be accurate. However, TE Connectivity makes no warranty as to the accuracy or completeness of this information and assumes no liability for its use. TE Connectivity's obligations are limited to those set forth in TE Connectivity's Standard Terms and Conditions of Sale for this product, and in no event shall TE Connectivity be liable for incidental, indirect, or consequential damages arising out of the sale, resale, use, or misuse of the product. Users of TE Connectivity products should make their own determination as to the suitability of each product for a particular application.
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