ARRIS CHP Max CORWave II MultiWavelength

informacja
  • Consolidation or elimination of OTNs and node splitting by harvesting plant assets with up to 16 full-spectrum ITU wavelengths on a single fiber
  • 16 dBm output option helps eliminate the need for EDFAs saving cost and complexity in many designs
  • Externally modulated transmitters do not require dispersion compensation in redundant architectures and can support repeated amplifications and long links
  • Configure, monitor, and manage with CORView™ Element Management System

The CHP CORWave® II 1 GHz C-Band multiwavelength forward transmitter in the CHP form factor is capable of multiplexing up to 16 ITU full-spectrum wavelengths in the 1550 nm range over as little as one fiber, saving cable operators capital that they would otherwise have to spend on new fiber runs. As part of the CORWave II ITU multiwavelength plan, the CHP CORWave also allows operators to run new revenue-generating business services alongside residential services. With long reach capabilities in an all-digital environment, the CHP CORWave II is flexible enough to consolidate or eliminate OTN sites and split nodes in distant locations.

Increase Revenue Faster
Operators with a large base of active CHP Max5000® Converged Headend Platform can use the CHP CORWave® II to deploy new, revenue-generating services, reduce complexity for existing deployments, and transition easily to new CHP installs. In addition, the rapidly deployable CHP CORWave II complements all CHP Max5000 application modules and components and adds robust and scalable capacity at a cost-effective price point. For added operational value, operators can monitor CORWave II transmitters via the CORView Element Management System, which provides an intuitive and user-friendly interface for security, discovery, configuration, and inventory functions.

Reduce Complexity
The CHP CORWave II supports full-spectrum broadcast and narrowcast capability at 54 – 1006 MHz, with BC/NC signal combining done in the environmentally controlled headend or hub. This allows narrowcast tiers to be easily added in an analog environment, and protects investment during the migration to all-digital without stranded capital.

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specyfikacja

SPECIFICATIONS 
Optical
Wavelength  1525 to 1565 nm, 16 optimized wavelengths
Output Power 9.5 dBm(fixed), 15‐17 dBm(variable), typical
RF
Operating Bandwidth 45 to 1006 MHz
Channel loading 79 analog channels plus 75 QAM channels (6 dB below analog) 30 analog channels plus 125 QAM channels (6 dB below analog)
155 QAM channels, 6‐MHz QAM channel
Input RF Power 14 dBmVfor 79 analog channels with 75 QAM channels @ –6 dB 16 dBmVfor 30 analog carriers with 125 QAM channels @ –6 dB
12 dBmVfor 155 QAM 
RF Input Impedance 75 Ω
Flatness ±1.0  dB
Test Point – 20 ±1.0  dB
Typical Link Performance
CCNR 50 dB for 79 analog channels, 75 QAM channels (6 dB below analog) 1,2 50 dB for 30 analog channels, 125 QAM channels (6 dB below analog) 2,3
MER 38 dB (for all three cases) 1,4
BER 1E‐8 (Annex B test) (for all three cases)
CSO – 58 dBcfor 79 analog channels, 75 QAM channels (6 dB below analog) 1,2
– 60 dBcfor 30 analog channels, 125 QAM channels (6 dB below analog) 2,3
CTB – 58 dBcfor 79 analog channels, 75 QAM channels (6 dB below analog) 1,2
– 60 dBcfor 30 analog channels, 125 QAM channels (6 dB below analog) 2,3
SBS Suppression  11 dBm(fixed), 13 dBm(variable)5
Electrical/Environmental/Mechanical
Power Consumption 27 W typical (16 dBm), 18 W typical (10 dBm)
Optical Connector SC/APC
RF Connector F‐type
Control Interface CORViewEnterprise Element Manager Software or CORViewLite Element Manager Software
Dimensions, W x H x D, in (cm) 1.25 x 3.4 x 18.5 (3.2 x 8.7 x 47.0)
Weight, lbs (kg) 2.75 (1.24)
Operating Temperature Range 32°to 122°F (0°to 50°C)
Storage Temperature Rang -4°to 140°F (-20°to 60°C)
Humidity 85%, noncondensing, max.

 

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ARRIS CHP Max CORWave II MultiWavelength