XR3077XIDTR-F

Introduction

XR3077XIDTR-F is a device from Texas Instruments (TI) which combines the dedicated and optimized functions of the FPD Link II serializer with a 4 : 1 mux switch. It is an advanced, high-performance, cost-effective device that can be used for FPD Link/Display Port on stream and image link applications, and is primarily suitable for application in car semi-conductors such as automotive infotainment systems. The device integrates four dedicated analog muxes, four FPD Link II serializers, four FPD Link II deserializers, and a signal supporting low voltage differential signaling (LVDS) bus input. It also offers a high serial transmission performance, a wide range of input data rate frequency, and a low EM1 radiation.

Application Fields

XR3077XIDTR devices are highly suitable for high speed serial interfaces, such as FPD Link II and Image Link protocols, and are also used in automotive applications. They offer a full range of performance and cost benefits for FPD Link II and Display Port applications. The device enables 4 : 1 multiplexing which allows four inputs and two serial outputs of the same protocol. This enables massive data transmission in ultra-dense designs with high speed, compact size and low power consumption. Additionally, the device provides a wide range of input data rate frequencies and a low EM1 radiation.

The XR3077XIDTR-F device is ideal for use in car applications such as automotive infotainment systems, rear vision systems, multimedia audio and video displays, automotive graphics systems, and lighting systems. For instance, it can be used to provide enhanced image resolution and clarity in rear view cameras and vehicle displays.

Working Principle

The working principle of XR3077XIDTR-F devices is to convert a digital signal into an analog signal in order to be transmitted over long distances. The device supports FPD Link II and Image Link protocols. It supports a transmission rate frequency of up to 6Gbps, allowing it to provide a rich performance in long distance data transmission. It also supports LVDS, which allows for better signal transfer in areas with high noise levels.

The device essentially consists of four main components, including a serializer, deserializer, analog mux and LVDS bus input. The serializer breaks down four input video data into individual channels, along with its corresponding horizontal and vertical sync signals, and multiplexes them into a differential pair data stream. Next, the data is sent to the deserializer, which converts the data stream into formatted video information. The analog mux then takes this formatted video data and distributes it to two output channels. Finally, the LVDS bus input helps to maintain the signal strength and stability between the transmitter and receiver.

Conclusion

In conclusion, the XR3077XIDTR-F device from Texas Instruments is a highly advanced device capable of providing high-speed data transmission over long distances. With its four dedicated sonic muxes, four FPD Link II serializers, four FPD Link II deserializers, and a signal supporting low voltage differential signaling (LVDS) bus input, it offers a wide range of benefits for FPD Link/Display Port and other automotive applications. It is a cost-effective and efficient solution for providing enhanced image resolution and clarity in rear view cameras and vehicle displays.