DS90UB914ATRHSRQ1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Ds90ub914atrhsrq1 is a type of Serializer/Deserializer (SERDES) device designed for advanced High-Speed Serial Data I/O interfaces. It supports serial communication using Gigabit Multigigabit per second (GMT) protocol, a high-speed data transmission format that supports up to 25 Gbps of signal data. By increasing the signal data rate, the SERDES enables faster transmission of data and increased signal reliability.

The DS90UB914ATRHSRQ1 is specifically designed for applications where high-speed data throughput, signal integrity, and lower power consumption are required. It supports multiple I/O protocols, including LVDS, SERDES, and UART, enabling the device to be used in a variety of applications. The SERDES is also pin- and power-compatible with other SERDES solutions on the market providing customers with a plug-and-play solution for their high-speed data requirements.

Applications

The DS90UB914ATRHSRQ1 SERDES has a wide range of applications. It can be used for data communication and control applications in both industrial and commercial environments, such as digital signage and displays, automotive infotainment and navigation systems, high speed digital imaging, high-end gaming and broadcast displays, machine-to-machine and process control systems, and optical networking applications.

The SERDES is also used in communication networks to increase the transmission and reliability of data by using multiple interface standards. It can be used to link multiple wireless or wired communication networks together, allowing faster transfer of data between different types of networks.

Working Principle

The DS90UB914ATRHSRQ1 interface operates at a maximum data rate of 25 Gbps with a low latency, providing fast and reliable data transfer. The SERDES operates by receiving a stream of data and transferring it to outputs. The SERDES works by converting the transmitted data into a serial bit stream that is compatible with the protocol and then transmitting it to the receiver. Data received by the SERDES then goes through the necessary protocol conversion before outputting the data to its intended destination.

The SERDES utilizes a differential signaling architecture in order to increase the robustness and noise immunity of the signal. Differential signaling adds two signals, a positive and a negative, and sends them together across the transmission line. This ensures reliable communication, even in cases of interference or noisy environments, by canceling out any interference signals with the opposite polarity signal.

The SERDES also utilizes a clock phase-locked loop (PLL) to synchronize the transmission of data. The PLL creates a clock signal that is shared between the receiver and the transmitter in order to ensure that the data is being sent and received at the correct time.

Conclusion

The DS90UB914ATRHSRQ1 SERDES is a highly versatile high-speed SERDES solution designed for a variety of data communications and control applications. It provides low latency, high-speed data transfers using a differential signaling architecture and a clock phase-locked loop. The SERDES has numerous features that make it well suited for use in environments where high-speed reliable data transfers are required.

The specific data is subject to PDF, and the above content is for reference