SI2535-F-FSR

The SI2535-F-FSR is an IC Module (Integrated Circuit Module) that has a wide range of applications, as well as a specific working principle. This article will discuss the various application fields of the SI2535-F-FSR and its working principle.

The SI2535-F-FSR is a member of the family of ICs manufactured by Silicon Integrated Systems Corp (SiS). It is used to support F- Bus (Fiber Optic Bus) which uses a 2.5-Gbit/s ultra-high-speed bus technology. The SI2535-F-FSR is mainly used in high-speed backplanes for such applications as servers, storage systems, and networking hardware. The IC supports high-speed image/video transfer, delivery, and display as well as high-speed internet access.

The key features of the SI2535-F-FSR include its ability to support high-speed data rates, low power consumption, and its low signal-to-noise-ratio (SNR). The signal-to-noise-ratio is extremely low, making this IC suitable for applications requiring high signal integrity. Additionally, the IC offers a range of compliant transceiver capabilities.

The working principle of the SI2535-F-FSR is based on the “dual-path bus-based frame transfer” principle. A dual-path bus is a combination of two lanes which allow for data to be exchanged between the SI2535-F-FSR and a host device. One lane is used to transfer data from the host to the IC, while the other lane is used to send data from the IC to the host. This setup allows for high data rates and ensures that the flow of data is synchronized between the devices.

The IC’s frame-transfer structure is organized by a main bus and two sub-buses. The main bus is used to send control data, while the two sub-buses are responsible for the data frames. The use of these three buses help to facilitate fast data transfer between the IC and the host device.

In addition to its application field in high-speed backplanes, the SI2535-F-FSR can also be used in other industrial and consumer applications. These include applications such as automotive electronics, medical imaging, and surveillance systems. The high-speed data transfer capabilities also make the SI2535-F-FSR a good choice for industrial and consumer networking applications.

Overall, the SI2535-F-FSR has a wide range of applications, including high-speed backplanes, automotive electronics, medical imaging, and consumer networking. The IC’s frame-transfer principle allows for fast data transfer, low power consumption, and good signal integrity. Thus, the SI2535-F-FSR is an ideal choice for a wide range of industrial and consumer applications.