Features:
- The laser control circuit uses an advanced circuit design, insuring reliable and stable operation
- Provides excellent AGC characteristics, when the input optical power range is within -8~0dBm, the RF output level remains unchanged, and CTB and CSO basically remain unchanged
- Optimized circuit design, SMT circuit board manufacture, with optimization of the entire signal path, making the optical signal transmission more stable and with better RF linearity
- Professional RF attenuator circuit with good linear attenuation and high precision
- Features a high quality, low noise DFB transmission laser
- MMIC GaAs amplifier with superior index, low distortion, and high reliability
- Aluminum die-casting for efficient cooling, and reliable, stable performance
- The return path control uses burst-mode, patented RFoG technology that fully complies with SCTE 174 2010
- GPON/XGSPON bidirectional pass-through port passes only the 1310/1490nm or 1270/1577nm wavelengths while rejecting the rest of wavelengths on the RFoG signal
The Netceed MUL-MN-V-RFOG-XXXX-GPON/XGSPON Optical Micro-Node with PON Pass-through is a bidirectional node that was specially developed for HFC broadband networks, accommodating FTTH network topology while addressing the issues of CATV bidirectional return channel noise and high reliability network security transmission requirements of modern CATV networks.
The return path uses burst-mode patented RFoG technology which greatly reduces noise. The Netceed RFoG Micro-node with GPON/XGSPON Pass-through has the capability of filtering the wavelengths of the RFoG and the PON wavelengths, thus providing a separate PON port that the provider can use to go straight from the Micro-Node to an ONT for easier installation in a FTTH network.
