Optic Fiber Equipment

Butterfly-shaped DFB lasers, Constant temperature control, Laser output power stabilization
Pre-distortion technique,Automatic gain control
MCU Control,The main parameters shows on LED,Status indicator and alarm
RJ45 or RS232 port,Remote control

DFB LaserLiNbO3 external modulation. Constant temperature control, Laser output power stabilization
Pre-distortion techniqueAutomatic gain control, adjustable SBS threshold
MCU ControlThe main parameters shows on LEDStatus indicator and alarm
RJ45 or RS232 portRemote control
Backup power supply, auto-switch

Constant temperature control, low input, high output
MCU Control,
The main parameters shows on LED, Status indicator and alarm
RJ45 or RS232 port,Remote control

To convert optical fiber to cable signal
Automatic measuring the input optical power
The customer can chose 1 or 2 output by themselves
Status display

Transform between optical signal and coaxial signal
Automatic measuring the input and output optical power
Status display
Inside switching power supply

The MFN-xxx series Micro Node are designed various applications from HFC to advanced FTTx architectures for cable TV and telephony networks. This node provide a high RF output level, WDM, 6KV surge protection. All MFN series Micro Node can be purchased with optical FP or DFB return transmitters

For all optical fiber network
CWDM and optical bypass selection
Design for reverse path burst, reducing the cumulative amount of noise moving over the upstream path on the fiber back to the hub the company maximizes the path distance and the signal-to-noise ratio at the upstream receive end

For all optical fiber network
CWDM and optical bypass selection
Design for reverse path burst, reducing the cumulative amount of noise moving over the upstream path on the fiber back to the hub the company maximizes the path distance and the signal-to-noise ratio at the upstream receive end

Changjiang Electronics's Mini Optic ReceiverMOR 1000 provide unchallenged price VS performance in a unique miniature housing. Low distortion, Low power consumption and surge withstand design porvid long-time, troble free operation.
* 1GHz design
* Operates form -6 to 2dBm and form 1100 to 1650 nm wavelengths
* Perfect for FTTx video overlays

RFoG, or RF over Glass, is a technology that allows Cable Operators to deliver services over a Passive Optical Network (PON) using existing CPE and back office systems. Headend service delivery and provisioning systems can also be the same as in a traditional Hybrid Fiber Coaxial (HFC) system.