MAX96709GTG/V+

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MAX96709GTG/V+ is a Serializer/Deserializer (SerDes) solution that can convert one or multiple low-speed, low-voltage, differential signaling data streams into multiple lanes of high-speed, low-voltage, differential signaling. It is one of the most widely used SerDes solutions in consumer and industrial markets, as it has a wide application field and a robust working principle.

Application Field

The MAX96709GTG/V+ can be applied in various consumer, industrial, and communication equipment applications, from consumer entertainment and smart home monitoring to automotive infotainment, in-vehicle network, factory automation and industrial end-equipment.

In consumer markets, it brings vivid HD video display for gaming and entertainment as well as surveillance. MAX96709GTG/V+ supports several video resolutions including 4K/60, 2K/60, 1080p/60, 720p/60, and VGA, providing low latency, low power and best-in-class integrated features. It is designed for a wide variety of audio/video applications, such as gaming consoles, remote car keys, digital TVs, smart home monitoring, and digital cameras.

In industrial markets, the MAX96709GTG/V+ supports automotive infotainment and in-vehicle network data transmission. It supports several applications including engine and airbag control, ADAS (Advanced Driver Assistance Systems), remote car key, and rear-view video systems. It also supports factory automation and industrial end-equipment, providing scalable and cost-effective solutions with low latency, low power, and high performance.

In communication equipment, the MAX96709GTG/V+ provides fast, reliable and cost-effective data transmission solutions. It can support several protocols including HDMI, DisplayPort, MIPI, Ethernet, SATA, and PCIe, making it an ideal solution for a wide range of applications.

Working Principle

The MAX966709GTG/V+ Serializer/Deserializer (SerDes) solution uses Low Voltage Differential Signaling (LVDS) to convert one or multiple low-speed, low-voltage, differential signaling data streams into multiple lanes of high-speed, low-voltage, differential signaling. The LVDS signal contains two bits of data, one positive, and one negative, in parallel and is sent over two pairs of wires. The two pairs of wires carry the two pieces of data in opposite directions, between the MAX966709GTG/V+ Serializer and Deserializer.

The MAX966709GTG/V+ Serializer takes in one or multiple low-speed, low-voltage, differential signaling data streams and converts them into four lanes of high-speed LVDS output. The MAX966709GTG/V+ Deserializer then takes the high-speed LVDS signal and recovers the original data streams, sending them out as one or multiple low-speed, low-voltage differential signals.

The MAX966709GTG/V+ SerDes solution has several advantages, including low power consumption, low electromagnetic interference, and high signal integrity. The low power consumption allows it to be used in portable, battery-powered applications, while the high signal integrity allows for reliable data transmission over longer distances. Moreover, the low electromagnetic interference makes it suitable for industrial and automotive use.

Conclusion

The MAX966709GTG/V+ Serializer/Deserializer (SerDes) solution is a high-performance solution for converting one or multiple low-speed, low-voltage, differential signaling data streams into four lanes of high-speed LVDS output. Its wide application field and robust working principle make it one of the most widely used SerDes solutions in consumer, industrial, and communication markets.

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