The evolution process of optical fiber transceiver

The optical fiber transceiver packaging is narrowing, from the planning package of 4 ″ × 3.5 ″ to 2.3 ″ × 0.68 ″ packaging. This is a major evolution, which reduces the total area of the server, which makes the planning of data centers smaller and more streamlined.

In addition, the power consumption of optical fiber transceivers has also greatly reduced, from 10 watts to 3 watts or lower, which is undoubtedly a major technical breakthrough, but the designers get more transceiver technology. Small power consumption means lower design prices and electricity costs. This saves people in the field of technology is incredible.

The advancement of silicon optical technology has made all these advantages. The optical fiber components launched by the supply manufacturer have promoted the opening of the new transceiver. The evolution and opening of this aspect can help corporate customers to end 10Gbps and enable them to migrate from 10 MBPS to 100 Mbps, and the cost of capital is still declining. This is why designers must persist in keeping pace with the times, and after continuously seeking new processing plans to deal with old problems, it is so important.

In the design of the transceiver, the port density is one of the most important elements. Most data centers are composed of multiple switching equipment racks, which can achieve high -speed processing. In order to control the capital, the data center designers have improved their planning and tried to improve their production process technology in order to better realize the efforts to reduce the capital. Increasing port density is one of the ways to reduce system capital.