Product Overview: The CommScope BP‐35D4x series Optical Demux Back Plates facilitate the implementation of Dense Wave Division Multiplexing (DWDM) architectures. DWDM technology can dramatically increase network capacity without requiring that additional fiber be deployed for super-trunking or narrowcasting applications
Features:
Four‐slot‐wide back plate provides optical demultiplexing for up to four AR3002E‐1‐ASanalog forward receivers
• Ten 4‐channel models available on standard 100 GHz DWDM ITU grid
• DWDM thru‐port for cascading multiple back plates
• Designed for uniform insertion loss across all channels when paired with CommScope multiplexer
Condition: New
Product Overview: The CommScope BP‐35D4x series Optical Demux Back Plates facilitate the implementation of Dense Wave Division Multiplexing (DWDM) architectures. DWDM technology can dramatically increase network capacity without requiring that additional fiber be deployed for super-trunking or narrowcasting applications
Features:
Four‐slot‐wide back plate provides optical demultiplexing for up to four AR3002E‐1‐ASanalog forward receivers
• Ten 4‐channel models available on standard 100 GHz DWDM ITU grid
• DWDM thru‐port for cascading multiple back plates
• Designed for uniform insertion loss across all channels when paired with CommScope multiplexer
See More
Checkout now
Are you an Amazon customer? Pay now with address and payment details stored in your Amazon account.
Product Overview: The CommScope BP‐35D4x series Optical Demux Back Plates facilitate the implementation of Dense Wave Division Multiplexing (DWDM) architectures. DWDM technology can dramatically increase network capacity without requiring that additional fiber be deployed for super-trunking or narrowcasting applications
Features:
Four‐slot‐wide back plate provides optical demultiplexing for up to four AR3002E‐1‐ASanalog forward receivers
• Ten 4‐channel models available on standard 100 GHz DWDM ITU grid
• DWDM thru‐port for cascading multiple back plates
• Designed for uniform insertion loss across all channels when paired with CommScope multiplexer
