Condition: New
Product Overview: Description The Model 6940 Node is a high performance, four output optoelectronic node. The Model 6940 Node can be configured with a variety of forward optical receivers and reverse optical transmitters, providing flexibility for use in multiple applications. Redundant optical receiver and transmitter capability allows optical path redundancy, enabling increased network reliability. Additionally, the Model 6940 Node is capable of reverse port segmentation using the Prisma® bdr ™ system. The bdr system utilizes Scientific-Atlanta’s unique baseband digital reverse technology and allows increased performance, reach, and bandwidth efficiency for the critical reverse network.
Features
• 1 GHz RF platform
• 15 amperes continuous power passing
• Four high level forward RF outputs
• Screwless seizures for ease of connector installation
• 40-90 V AC high-efficiency switch mode power supply
• Optional power supply redundancy
• Local test points and LED indicators on optical receivers and transmitters simplify installation and maintenance
• Optional status monitoring and control (status monitoring transponder and TNCS or other compatible element
management system required)
See MoreCondition: New
Product Overview: Description The Model 6940 Node is a high performance, four output optoelectronic node. The Model 6940 Node can be configured with a variety of forward optical receivers and reverse optical transmitters, providing flexibility for use in multiple applications. Redundant optical receiver and transmitter capability allows optical path redundancy, enabling increased network reliability. Additionally, the Model 6940 Node is capable of reverse port segmentation using the Prisma® bdr ™ system. The bdr system utilizes Scientific-Atlanta’s unique baseband digital reverse technology and allows increased performance, reach, and bandwidth efficiency for the critical reverse network.
Features
• 1 GHz RF platform
• 15 amperes continuous power passing
• Four high level forward RF outputs
• Screwless seizures for ease of connector installation
• 40-90 V AC high-efficiency switch mode power supply
• Optional power supply redundancy
• Local test points and LED indicators on optical receivers and transmitters simplify installation and maintenance
• Optional status monitoring and control (status monitoring transponder and TNCS or other compatible element
management system required)