| 1.About optical transceiver?
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- Optical transceiver consists of optoelectronics components, circuit and optical port.
Transmitter and receiver are embedded into one device, with the main function to transmit and receive data over optical signal.
- Transmitter converts electrical signal to optical signal. Laser driver processes the electrical signal and drives LD (Laser Diode) or
VCSEL (Vertical Cavity Surface Emitting Laser) to emit modulated optical signal. There is a optical power control loop to ensure consistent power of optical signal being transmitted.
- Receiver converts optical signal to electrical signal. Photo Diode (PD) or Avalanche Photo Diode (APD) converts the optical signal to electrical signal.
Trans-impedance Amplifier (TIA) then amplifies the electrical signal.
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| 2.Optical transceiver's advantage
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- In line with exponential growth of Bandwidth demand in Optical telecommunication industry such as cloud computing, HD video, e-Commerce etc.
- Small Form Factor
- Low Power Consumption of less than 3W
- Hot Pluggable. Convenient For Maintenance.
- High Data Transmission Speed. 100Gb/s, 120Gb/s, 200Gb/s, 300Gb/s and 400Gb/s
- High Reliability. Up to 10 Years of Operating Life.
- Mfg process is environmental friendly.
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| 3. Transceiver application
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- Data Center for Internet
- 5G Network
- Router and Switch
- Data Center for Enterprise
- Dedicated Protocol and High Density Application such as inter connectivty of Super Computer
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| 4. Manufacturing experience for below products
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- Optical Transceiver- (Chip On Board)
- Gold BOX Component
- Co-Packaged Optics
- Passive Optical Components
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