PI7C9X2G612GPCNJEX

Interface - Specialized

PI7C9X2G612GPCNJEX is an Intel product of a configurable PCI Express Switch family that can accommodate an array of lane configurations, from 1-to-1 to 5-to-1. It is also embedded with an automatic lane polarity inversion, programmable lane phase control, and a low-power service support. This product greatly supports in PCIe Gen3, PCIe Gen2, SATA3.0, and USB3.0 applications.

The long-term usage of this product has been accepted in the different module and link areas which efficiently help reduce the number of PCIe requests quickly. Nowadays, the quick growth of embedded applications has enabled the development of cost-effective, reliable and secure products. In terms of market demand, this product can be applicable in a wide range of fields like networking equipment, computer telephony/unified communications, datacenter and IT, consumer, video surveillance, etc.

The focus of this product is to provide the best quality switching performance and link stability. Its functionality is based on a low-power architecture that supports a wide range of lane configurations and clock frequency. This architecture also helps in providing an unswitched loop-back mode. Additionally, it also offers a very low power-per-lane that help in reducing the total power consumed by the switch.

The working principle of PI7C9X2G612GPCNJEX is simple and systematic. This product utilizes a PCIe switch fabric for support for 8 to 12 ports. A PCIe switch fabric consists of a dedicated packet routing engine that is able to deliver data from each port to any other port on the device. The PCIe switch fabric uses dedicated control tracks to enable the control plane to determine if a specific port or link is active or inactive. Additionally, this product also utilizes a PCIe link layer protocol to provide link layer primitives such as link retraining, data error checking and link arbitration.

Port modules can be configured to have distinct features such as lane widths, maximum speed, lane frequency, and optional loop-back modes. To attain port configurations, the user can supply individual device information using DIP switches or a compatible configuration software. All port modules and the overall chipset configuration can be optimized for maximum performance and energy efficiency.

In conclusion, PI7C9X2G612GPCNJEX is a remarkable product that can be used in a wide array of industries. Its ability to efficiently reduce the number of PCIe requests and provide the highest link stability makes it an ideal product for networking equipment, video surveillance, and computer telephony/unified communications. Furthermore, its low-power architecture and simple working principle helps in reducing the total power consumed by the switch and system as a whole.