PI7C9X762BZHEX

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PI7C9X762BZHEX, an advanced single-channel PCI Express multiplexer/quad-channel PCIe switch, is a high performance, low-power integrated design for PCI Express switching applications. It is designed for enabling up to four links from a single-channel PCIe interface to a high-speed PCIe switch. This multi-lane switch is based on a programmable, non-blocking cross-bar architecture which includes four classes of flow control mechanisms. With a bandwidth of up to 4.0 Gbps, this multi-lane switch allows two distinct transactions to be performed simultaneously on four different PCI Express lanes.

The PI7C9X762BZHEX is commonly used in applications where multiplexing or switching of multiple PCI Express interfaces is required, including but not limited to storage, networking, switches, server board and control applications. This multi-lane switching device is designed such that it can be easily implemented in systems with existing backplane designs with minimal effort and risk. The PI7C9X762BZHEX also helps to minimize power consumption and thus thermal management in high-speed applications by reducing the number of different types of physical lane switching devices.

PI7C9X762BZHEX is designed for high-speed communication and data transfer between hosts, devices and multiple PCIe switches. It enables fast data transfer rates of up to 4.0 Gbps on each of the four ports. With its low latency, low power and low jitter, the PI7C9X762BZHEX supports applications that require reliable and high-speed data transfer, such as high-end storage and server applications. Additionally, the PI7C9X762BZHEX utilizes an advanced low-power state to reduce power during inactive times and maintain a high performance level.

Besides its fast data communication interface and low-power features, the PI7C9X762BZHEX also offers several additional features. It provides a programmable, non-blocking cross-bar architecture with a unique traffic flow control mechanism which, in combination with its deterministic operation, enables better control and efficient delivery of data packets. This cross-bar architecture eliminates data collisions and enables the PCI Express links to be used for multiple purposes. In addition, the PI7C9X762BZHEX offers several integrated hardware-based protection features for system monitoring, including power-failure detection, voltage detection, thermal-monitoring and event-tracking.

Overall, the PI7C9X762BZHEX from Intel is an ideal device for servers and other applications that require reliable, high-speed multiplexing/switching and fast data transfer rates. With its low latency, low power and low jitter, the PI7C9X762BZHEX delivers superior performance compared to traditional PCI Express multiplexers and switches. Moreover, it features an advanced programmable and non-blocking crossbar architecture with integrated hardware-based protection features to ensure reliable communication, high availability and reduced power consumption.

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