SQF-C25M4-100G-E7C

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The SQF-C25M4-100G-E7C belongs to a family of transceiver modules that provide high speed serial connectivity, supporting applications such as 100/40/10 Gigabit Ethernet, 10G/25W/100W Fibre Channel, PCIE3.0, SAS3.0, XAUI and QPI. It is a versatile, low-power device that can be used in a variety of applications. In this article, we will discuss the application field and working principle of the SQF-C25M4-100G-E7C.

Application Field

The SQF-C25M4-100G-E7C is designed for data centre applications that require high port density and low power consumption. It is particularly suited for use in switches and routers for 100/40/10 Gigabit Ethernet, 10G/25W/100W Fibre Channel, PCIE3.0, SAS3.0, XAUI and QPI applications. It is also a great choice for SANs, Video over IP networks, high speed network applications and other high-performance storage needs. It is compatible with the Uni-PHY platform, making it ideal for use in devices and solutions that demand outstanding performance and reliability.

Working Principle

The SQF-C25M4-100G-E7C module employs an advanced modulation format known as Dual Coding Modulation (DCM) that supports high data rates while maintaining excellent link margin. It has an input/output differential bit rate of up to 50 Gbps, and it is back-compatible with NRZ modulation formats. Its data rates are scalable over the temperature range, from 0°C to 70°C, providing a reliable and guaranteed high-performance connection in any environment. The device is equipped with innovative features such as FBG-PI, which allows for the transmission of data at speeds of up to 100 Gbps, and its versatile SERDES interface provides the flexibility for scalability in applications requiring higher data rates.

The SQF-C25M4-100G-E7C module also features novel transmission techniques such as advanced equalization to compensate for channel effects, Adaptive Decision Feedback Equalization (ADFE), and Data Early Warning (DEW) to detect and prevent data errors. The device can also provide powerful error control techniques using its Forward Error Correction (FEC) capability. Furthermore, the module has excellent clock jitter performance and supports advanced multi-media clock synchronization to ensure high quality and low-latency data transmission.

The SQF-C25M4-100G-E7C module also has excellent EMI/RFI protection that meets stringent industry requirements. It is designed to be robust and reliable to ensure safe and secure operation in a variety of applications. In addition, the device supports robust operation via low-power modes for reduced power consumption, and its advanced temperature control system ensures optimum performance for any environment.

Conclusion

The SQF-C25M4-100G-E7C is an ideal choice for 100/40/10 Gigabit Ethernet, 10G/25W/100W Fibre Channel, PCIE3.0, SAS3.0, XAUI and QPI applications requiring high port density and low power consumption. Its versatile SERDES interface provides excellent scalability in applications requiring higher data rates. Furthermore, the device features a robust design with excellent EMI/RFI protection, low power modes for reduced power consumption, and advanced temperature control for optimal performance. Overall the SQF-C25M4-100G-E7C is a great solution for data centre applications.

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