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PI7C8150DNDE Application Field and Working Principle

The PI7C8150DNDE is an advanced and fully integrated system-on-chip (SoC) solution that is designed to be used in high-performance digital access and aggregation links. The device is designed to be used in communication applications such as routers, switches, and applications that require high throughput data rates. The device provides several important features, such as advanced error correction coding, integrated signal processing functions, and clock distribution.

Features

• On-chip error correction coding (ECC)
• Integrated signal processing functions
• Automatic Clock Distribution (ACD) with on-chip programmable PLL
• Bus interface compatible with PCI Express and 10GbE
• Robust power and clock isolation
• Flexible, programmable DDR and SDRAM interface

Applications

• High-end routers and switches
• Servers with high performance requirements
• Network-attached storage devices
• High-end video capture and digital video broadcast devices

Working Principle

The PI7C8150DNDE is an advanced and fully integrated SoC solution that is designed to be used in high-performance data access and aggregation links. The device utilizes a bus architecture that is compatible with PCI Express and 10G Ethernet, and provides several important features, such as advanced error correction coding, integrated signal processing functions, and clock distribution.

The on-chip ECC performs sophisticated error correction in order to ensure reliable data transmission. An integrated signal processing core performs operations that optimize the data link, such as packet size and packet error analysis. The PI7C8150DNDE also features an Automatic Clock Distribution (ACD) with an on-chip programmable PLL. This provides a robust power and clock isolation scheme that allows for reliable data transmission.

Furthermore, the PI7C8150DNDE features a flexible and programmable DDR and SDRAM interface. This allows for high-throughput data access and aggregation without overloading the bus interface. The device is also optimized for low power operation, allowing it to be used in a wide variety of applications without sacrificing performance.

Conclusion

The PI7C8150DNDE is a system-on-chip solution that is designed to be used in high-performance data access and aggregation links. The device utilizes an advanced error correction coding, integrated signal processing functions, and clock distribution to ensure a reliable data link. It also features a flexible and programmable DDR and SDRAM interface that is optimized for high performance and low power operation. The PI7C8150DNDE is ideal for applications such as high-end routers, switches, servers, network-attached storage devices, and high-end video capture and digital video broadcast devices.

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