Arris Chp-DW00-9191-10-L Chp Corwave Dw/SW Optical Transmitter

ZOMBIE COMPONENTS

ARRIS CHP-DW00-9191-10-L CHP CORWave DW/SW Optical Transmitter

ARRIS CHP-DW00-9191-10-L CHP CORWave DW/SW Optical Transmitter.
The ARRIS CHP family of forward and return path Optical Transmitters for the ARRIS CHP Headend Optics Platform offer a wide range of cost-effective options for network extensions, upgrades, and new builds. ARRIS’s CHP transmitters provide solutions for all your architectural needs.
CHP CORWave® 4 Quad Density 1.2 GHz C-Band DWDM Modular Forward Transmitters:
Quad Density modular transmitter design
40 transmitters per CHP chassis for 20TX/RU density
1.2 GHz full spectrum supporting DOCSIS® 3.1 upgrades
Optimize headend and hub efficiencies with industry leading density and low power consumption
Support multiple optical architectures including full spectrum and RFoG
Internal Electronic Slope Adjustment to compensate for headend combining and cable loss at high frequencies
Configure, monitor, and manage with CORView™ Element Management System

CHP CORWave® 3 Dual Density 1.2 GHz C‐Band DWDM Forward Transmitters:
1.2 GHz, Full Spectrum, to support DOCSIS 3.1
Advanced Technology–Noise and OMI optimization for superior performance
Maximize fiber assets with up to 44 ITU DWDM wavelengths
Optimize headend and hub efficiencies with industry leading density and low power consumption
Simplify sparing and inventory with tunable wavelengths, 100G ITU
Support multiple optical architectures including Full Spectrum, BC/NC, and RFoG
Configure, monitor, and manage with CORView Element Management System

CHP CORWave® D1‐Dual Density/S1‐Single Density 1.2 GHz O‐Band Multiwavelength Forward Path Transmitters:
1.2 GHz O‐Band transmitter to support DOCSIS 3.1
Maximize fiber assets with up to 4 O‐Band wavelengths (starting at 1291 nm) and 30 km reach, designed for both analog and digital channel loading
Optimize headend and hub efficiencies with industry leading density and low power consumption
Fixed or variable output powers and extended linearization, supporting multiple optical architecture needs
Front or rear fiber connections enable flexible installations
Internal Electronic Slope Adjustment to compensate for headend combining and cable loss at high frequencies
Configure, monitor, and manage with CORView Element Management System

CHP‐RDF0 Dual Density Analog Return Path Transmitters:
Dual Density 1550 nm ITU DWDM analog return path transmitters
High density allows 20 modules per chassis and 400 per 40RU rack
Configure, monitor, and manage with CORView Element Management System

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