OM2741 | OM2741 Opti Max Optical Node

The ARRIS OM2741 Opti Max™ provides cable operators with a compact, fiber deep solution to manage network growth. The node features integrated segmentation switches that allow future segmentation without any additional parts or expense. The technician can enable new segments by simply adding a transmitter or receiver as required, then flipping a switch to activate the new configuration. By reducing the requirement for additional configuration boards and minimizing maintenance time, the OM2741 provides a lower total cost of ownership for the MSO.

With its premium high-gain receiver and advanced, next-generation GaN hybrid technology, the OM2741 is appropriate for a variety of architectures. The node accepts modules and accessories common with the 4x4 fully segmentable OM4100, easing sparing requirements, reducing inventory, and simplifying deployment training.

As a cascade reduction tool, the OM2741 also supports optical upgrades for legacy products, including OM2700 and select Navicor nodes, Flex Net 700/800 series amplifiers, and Flex Max® 900 amplifiers. CORWave® multiwavelength solutions are helping to evolve older networks by allowing operators to transmit additional content to existing master node locations. These new wavelengths are demuxed at the main node location and onto new fiber that is then pulled to the optimum amplifier location for conversion to an optical node. This method of enabling service group segmentation and capacity expansion helps reduce the overall cost of network upgrades, while also helping to extend fiber closer to the premise.

The OM2741 supports optional 85 MHz digital return path transceivers featuring pluggable SFPs. SFPs are available in 1310, 1550, CWDM, and DWDM technologies to tailor to any network requirement. Combined with the complementary CHP digital return receivers, digital return links allow increased distances in the return path, a wider range of operating temperature for better reliability, and the capability to change return segmentation from the headend without a costly truck roll.