CHP Max5000 —The CHP Max5000 converges hub, headend, and digital transport onto one scalable platform. The CHP provides the highest density headend platform on the market, with up to 52% greater density than alternate offerings. Features include accelerated deployment of advanced services, innovative technology creating a converged high-density Platform, simplified installation and management, optional redundant powering, hot-swappable modules, variable output transmitters, investment protection through its 2RU footprint, and universal management through a Craft interface, remote IP access, SNMP, or CORView. Applications Support rapidly growing residential and business services, while leveraging existing network infrastructure Provide a rapidly deployable, robust, scalable product suite to enable multi-service, multi-wavelength networks High density platform conserves valuable headend/hub rack space with reduced operating expense Features 1GHz technology 2RU footprint with up to 10 application modules per chassis Full complement of application modules Revolutionary variable output transmitters minimize need for spares and optical attenuators Standards-based economical forward CWDM transmitters Dual high isolation transmitter inputs minimize crosstalk Rear or front fiber access Universal management through Craft interface, SNMP with HMS, or remote IP access Hot swappable power supplies Primary or redundant powering Modules currently available CMM and SMM management modules with Craft management software Redundant dual AC or –48VDC power supplies Forward 1GHz 1 or 3 input RF amplifier 1310nm rear fiber access application modules Dual-input forward transmitters 1GHz, 2, 4, 6, 8, 10, 12, 13, 14, and 15dBm fixed output 1GHz, 2–4, 4–6, 6–8, 8–10, 10–12dBm variable output 1GHz Linearized 2, 4, 6, 8, 10, 12, 13, 14, 15dBm fixed and variable output 1311nm, ITU G.695 compliant CWDM, 1GHz, 2–4, 4–6, 6–8, 8–10dBm variable output (contact C-COR for availability of other wavelengths) Dual-input 10dBm fixed output return transmitters Redundant single-channel forward receiver Return receiver: dual-channel and redundant dual-channel Redundant dual-channel return receiver 1310nm front fiber access application modules Dual-input forward transmitter 1GHz, 13–15dBm fixed output 1GHz 2–4, 4–6, 6–8, 8–10, 10–12dBm variable output Return receiver: single-channel and redundant dual-channel 1550nm rear fiber access application modules Single-input externally modulated, 870MHz and 1GHz, 8dBm dual-output TX (1545+/-1, 1555+/-5, and ITU Ch) Dual-input ITU Grid (21–61 odd), QAM, 1GHz, 10dBm fixed output fwd TX Dual-input 10dBm fixed output return transmitters EDFAs: 1, 2, 4, 8, or 16 output ports, 13–22dBm output power per port Redundant digital 1:2 demux return receiver