In modern communication networks, electrical optical socket transceivers, as a key device, undertake the important task of photoelectric signal conversion and transmission.
With the rapid development of information technology, the demand for network bandwidth is increasing, and traditional copper cable routers are gradually showing their limitations in data transmission rate.
As an important device for achieving efficient and stable network connections, the reliable transmission distance and signal attenuation control degree of electrical optical socket transceivers have attracted much attention.
The dedicated all-optical 8-port router effectively ensures low latency during large-scale concurrent data transmission through the synergy of all-optical materials, powerful hardware processing capabilities
With the continuous development of science and technology, all-optical switch has gradually emerged and has significant performance advantages over traditional electro-optical switch.
In order to cope with the growing demand for data transmission, the all-optical router came into being and won wide attention with its ultra-high-speed network transmission capability.