Solution
Transmission Solutions
With the gradual maturity of cloud computing business model, all kinds of applications and traditional IT services are "on the cloud".Cloud business is becoming a new value center. Therefore, the transition from traditional data centers to cloud-based data centers has become a mainstream trend.Therefore, the transition from traditional data centers to cloud-based data centers has become a mainstream trend. Virtualization and resource pooling are the key features of cloud data centers.
Intelligent Energy
Most storage area networks of data centers use Fibre Channel as the information storage method, which requires their servers and corresponding optical modules to support Fibre Channel standards (currently 8G FC, 16G FC and 32G FC, 64G FC and 128G FC). In addition, due to the large number of devices, the number of optical modules corresponding to the demand is also large. In order to reduce energy consumption and better heat dissipation, the power consumption of the optical modules is required to be as low as possible.
DCI Interconnect
Most storage area networks of data centers use Fibre Channel as the information storage method, which requires their servers and corresponding optical modules to support Fibre Channel standards (currently 8G FC, 16G FC and 32G FC, 64G FC and 128G FC). In addition, due to the large number of devices, the number of optical modules corresponding to the demand is also large. In order to reduce energy consumption and better heat dissipation, the power consumption of the optical modules is required to be as low as possible.
Data Center Solutions
The continuous penetration of cloud computing business has driven the construction of cloud computing super-large data centers. The cloud infrastructure is mainly composed of switches, servers, and optical cables and optical modules that interconnect it all. The large-scale cloud data center will greatly increase the usage of optical modules, and at the same time have higher requirements for the transmission distance of optical modules. The explosive growth of cloud data center traffic has driven the continuous upgrade of the operating rate of optical modules and is accelerating. It took 5 years for 10G rate ports to be iterated to 40G rate ports, 40G rate ports to upgrade to 100G rate ports for 4 years, and 100G rate ports to 400G rate ports may only take 3 years.