EYDFA WDM Vision GA5839B-P 2x032-SA-D/22-M00

Vision GA5839B-P 2x032-SA-D/22-M00 is a professional EYDFA optical amplifier designed for CATV signal transmission in modern GPON fiber optic networks. The device integrates 1550 nm optical amplification technology with CWDM/FWDM functionality, enabling simultaneous transmission of television and data services over a single fiber infrastructure.

The model is equipped with two independent CATV inputs and an automatic switching module, increasing system reliability and ensuring uninterrupted transmission in the event of a failure of the primary signal path. The built-in EYDFA amplifier delivers a total output power of 39 dBm (8000 mW), distributed across 32 COM output ports, providing a stable signal for extensive FTTH and HFC networks.

The device uses high-quality optical components, including JDSU-based amplifier technology, ensuring low noise levels and excellent transmission stability. The output power adjustment function (approximately -4 dBm range) allows precise optical power tuning to meet network design requirements.

The amplifier is housed in a 19" rack-mounted 2U chassis and features a redundant power supply system based on two independent 230 V AC / 300 W power modules, enhancing operational reliability in carrier-grade installations. SNMP support enables remote monitoring and management through network supervision systems.

Key Features:

• EYDFA optical amplifier for CATV and FTTH networks

• Operating wavelength range: 1540-1563 nm

• Total output power: 39 dBm (8000 mW)

• GPON integration via CWDM/FWDM technology

• 2 CATV SC/APC inputs with automatic redundancy switching

• 32 COM SC/APC output ports

• Output optical power adjustment (approx. -4 dBm)

• High-quality JDSU optical components

• Remote monitoring and management via SNMP

• Redundant power supply: 2 × 230 V AC / 300 W

• 19" Rack enclosure, 2U height

• Designed for professional carrier and telecom networks.

Applications:

• FTTH (Fiber To The Home) networks

• GPON and EPON networks

• CATV signal distribution

• Carrier and telecommunications networks

• Optical transmission systems requiring high output power and redundancy.

EYDFA Vision device naming scheme