Report
Description
Report Description
An optical transreciever is an integrated circuit (IC) which uses fibre optic technology to
communicate between devices. Optical transreciever uses fibre to the premises (FTTP)
service, in which the optical fibre passes from the central hubs to the end users. This
provides high speed internet access to the end users. An optical transreciever is also used
to transmit and receive telephonic communications and digital telephonic broadcasts.
Optical transceivers are not just data centres but also carriers and hence plays an
important role in creating high speed network infrastructures.
Optical transreciever use laser diodes to transmit and receive information. Laser diodes
with the help of light and mirrors, transfers the information from electrical state to a
state using visible light and back. With the improvement in technology, optical
transceivers are becoming smaller and smarter. Light carries information faster than any
electric component making them effective for communication also because of its smaller
size it can be easily spaced within the physical body of housing circuit device.
Generally operated data rate are 10Gbs, 40Gbs, 100Gbs and 400Gbs. The key players in
optical transreciever market offer a broad product selection with innovative technology
Optical Transreciever Market: Drivers & Restraints
Key factor contributing to the optical transreciever market growth is the increasing
demand for high bandwidth. These devices consume less power, are less expensive and
are compact in size which makes them more reliable to use. With the change in the
communication infrastructure market and increase in internet traffic there is a significant
opportunity for the optical transreciever market.