Fiber Optical Transmitter V8610TD 1550nm Directly Modulated Optical Transmitter

Product Description

V8610TD is a high performance forward path transmitter.19 inches rack mount structure, high linearity and low noise 1550mm DFB laser and state of the RF control circuits, pre-distortion, these make V8610TD a desirable choice for metro HFC network.

V8610TD uses 1550nm DFB laser with high linearity and low noise. Pre-distortion circuit improves the performance and stability of DFB laser. AGC/ATC mechanism provides protection to laser and ensures the performance and stability module and feedback to intelligent system platform. This ensures the laser to work at normal status and high performance. If the laser operating parameter out of specification that is set by software, it will set-off the lasers power supply, and display the information on the front panel LCD.

Highlights

• 1550 optical transmitter
• Selectable AGC (automatic gain control) or MGC (manual gain control)
• Accepts low signal input levels
• Front panel LCD display
• Low RIN, High CNR
• High CSO, CTB and XMOD
• High linearity and low noise DFB laser, large transportation capacity
• Effective Automatic Temperature Control (ATC) and Automatic Power Control (APC) of the laser to ensure stable operation
• Microprocessor control and monitor
• RS485 interface for remote monitoring and control
• 45~870/1000 MHz bandwidth
• RF pre-distortion circuit for excellent CNR and low distortion performance

Specifications

Application

Founded in April 2007, Guangzhou V-Solution Telecommunication Technology Co., Ltd. is a leading company in fiber optic communication access field with over years of experience in FTTX access system solutions. As a key enterprise in Science City of Huangpu District, a national high-tech
enterprise, a double-soft enterprise, 8-years Gazelle enterprise and a private technology enterprise in Guangzhou, Guangdong Province, V-SOL
focuses on the R&D, production and sales of fiber optic communication access products, and LTE/5G wireless products, insisting on independent
research and technological innovation, with nearly 100 pieces of effective independent intellectual property rights.