In today’s fast-paced digital era, the stability and efficiency of data transmission have become core elements of network applications. GIGALIGHT’s 25G SFP28 ZR, a transmission transceiver specifically designed for long-haul network applications, is an ideal choice for 25G Ethernet and data center interconnectivity.

The GIGALIGHT 25G SFP28 ZR transceiver supports a rate of 25.78Gb/s, ensuring rapid and efficient data transmission. Its transmitting end employs a cooled 25Gb/s EML 1309nm TOSA, capable of maintaining stable transmission performance during extended operation. The receiving end is equipped with an integrated 25Gb/s SOA+PIN ROSA, effectively enhancing the sensitivity and accuracy of signal reception.

The GIGALIGHT 25G SFP28 ZR incorporates CDR (Clock and Data Recovery) circuits at both the transmitting and receiving ends. This design enables the signal to maintain high stability and anti-interference capabilities during transmission, ensuring the complete transmission of data even in complex and ever-changing network environments.

Furthermore, the transceiver’s maximum power consumption is only 2.5W, reducing energy consumption while ensuring performance, thereby improving energy efficiency. With a maximum transmission distance of up to 80km (using single-mode fiber), it provides reliable support for long-distance data transmission.

In terms of interfaces, the GIGALIGHT 25G SFP28 ZR adopts a duplex LC interface. The transceiver supports an operating temperature range of 0 to 70℃, enabling it to adapt to commercial-grade working environments and ensuring stable network operation.

Overall, with its efficient, stable, and eco-friendly characteristics, the GIGALIGHT 25G SFP28 ZR has become an ideal choice for high-performance network applications. Whether in data centers, cloud computing platforms, or large enterprise networks, it delivers exceptional data transmission performance and reliable network support. Choosing the GIGALIGHT 25G SFP28 ZR is choosing a new future of efficient, stable, and eco-friendly network transmission.