Which Optical Modules are Better For Data Center And Cloud Computing?
1992 2021-08-19
Due to the differences between cloud data center traffic growth rate, network architecture, reliability requirements, and computer room environment and carrier-class network, the requirements for optical modules of cloud data center reflect the following characteristics: short iteration cycle, high speed requirement, high density, low power consumption, and massive demands.

1) Short iteration period: high speed growth of data center traffic, continuously driving optical modules upgrade, and accelerating trend. The replacement cycle of data center hardware equipment including optical modules is about 3 years, while the iteration cycle of telecom optical modules is generally more than 6-7 years.

2) High rate requirement: technology iteration of optical modules cannot catch up with the demand. Basically, most cutting-edge technologies are applied to data centers. The data center requirements for higher speed optical modules are always there, and the key is whether the technology is mature or not.

3) High density: The core of high density is to improve the single-board transmission capacity of switches and servers. In essence, it is to meet the demand of high-speed traffic growth. Meanwhile, the higher the density is, the fewer switches can be deployed and the resources in the computer room can be saved.

4) Low power consumption: the data center needs a lot of electric.so lower consumption is very critical for data center.

HTF aim to provide high quality optical transceiver to meet IDC and Cloud Computing requirement.
HTF Products List for IDC
HTF Optical modules for Data Center and Cloud Computing
Date Rate Form Type Distance Wavelength
100G QSFP28 70-100M 850nm
100G QSFP28 10KM 1295-1309nm
100G QSFP28 40KM 1295-1309nm
100G QSFP28 80KM 1295-1309nm