PI7C9X1172BZHEX

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Introduction:

PI7C9X1172BZHEX is an interface controller designed for high-speed applications. It is designed for the most demanding, high-speed data processing applications that require optimum data transfer rates. The device is designed for advanced applications, supporting various interface standards, including PCIe Gen3 x16, Fibre Channel and InfiniBand. It has advanced features, such as cascadable architecture, support for hot-plugging, and power management.

Application:

The PI7C9X1172BZHEX is a versatile solution for a range of applications, including: Data centers, server clusters, workstations, data storage, SANs, communications, embedded systems, and industrial control. This device can enable higher throughput and data rates in these applications, allowing for quicker communication and replication across multiple nodes. The device is highly scalable and will support up to 16 PCIe Gen3 lanes running at 8 GT/s, while obtaining low latency and power consumption.

Working Principle:

The PI7C9X1172BZHEX uses a distributed media access controller (DMAC) architecture. This design allows for efficient data transfer between multiple devices and minimizes transfer latency by blocking unnecessary transmissions. The device also implements an optimized low-latency protocol, which can reduce system latency by up to 70%. The device provides a highly flexible platform for applications requiring high performance, with support for hot-plugging, power-saving, and bandwidth management.

The PI7C9X1172BZHEX is designed with a number of features to ensure optimal performance. The built-in cascadable architecture supports multi-level routing, allowing multiple levels of hops within a tree structure. The device also includes support for virtualization, providing efficient access to networking, storage, and other applications. Additionally, the device is power-managed, allowing users to save power by dynamically managing power consumption through a variety of approaches.

The PI7C9X1172BZHEX also supports a variety of features to improve system security. The device includes advanced encryption, authentication, and secure memory for extended secure storage capability. It also provides data integrity protection and system monitoring through its advanced error recovery, fault tolerance, and throttling services. The device also supports trusted execution modes and remote attestation, ensuring high levels of system security.

Conclusion:

The PI7C9X1172BZHEX is an advanced interface controller, designed for high-speed applications. It offers a range of features to ensure maximum performance, such as support for virtualization, power management, and security features. This device makes it ideal for applications involving data centers, server clusters, workstations, and other applications that require optimized data transfer rate, scalability, and long-term reliability.

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