Apollo's family of optical transport and switching platforms interwork seamlessly to provide scalable, high-density and energy-efficient solutions from access to core. Apollo enables service providers to deploy optical networks that continue lowering the cost per bit, while simultaneously providing packet services, high-efficiency end-to-end operations, and SDN applications. Apollo accomplishes this through its family of optical transport and switching platforms that interwork seamlessly to provide scalable, high-density, and energy-efficient solutions from the access to the core. CPE platforms extend solutions to the network edge. Adaptive 400G transmission and 16T OTN/packet switching, based on a universal fabric, can handle and groom even the heaviest traffic loads.
Multiple switching options and innovative elastic hardware
10G to 400G in the same platforms
Integrated testing, measurement, and SDN features
Low power and high density
|Maximum Capacity (Client + Line)||1.0T||3.2T||9.6T||2T||5.6T||16T|
|Transponders and Muxponders||Yes||Yes||Yes||No||No||No|
|Switching (ODU-XC + Packet/L2)||No||No||No||Yes||Yes||Yes|
|Layer 2||Stand-alone-blade||Stand-alone blade||Stand-alone blade||Fabric interface blades||Fabric interface blades||Fabric interface blades|
|Photonics||Amplifers, ROADMs||Amplifers, ROADMs||Amplifiers, ROADMs||No||No||No|
The metro network is required to support an extremely diverse set of services and customer needs. ECI's Neptune product family, with unique Elastic MPLS capabilities, is able to cost-efficiently support diverse service needs on a right-size platform that can be grown with in-service expansions, embedded NFVi hardware and SDN to enable this more dynamic service delivery.
|Capacity||5 Gbps||6 Gbps||Up to 60 Gbps||56 Gbps||Up to 50 Gbps||Up to 200 Gbps||Up to 320 Gbps||Up to 2 Tbps|
|Placement||Metro Access||Metro Access||Metro Access||Metro Access||Metro Access||Metro Aggregation||Metro Aggregation||Metro Core|
Carrier-grade multiservice provisioning platforms simplify the transport of TDM and packet services, decreasing time-to-market for new services, while boosting the flexbility of adding, migrating, or removing customers.
The Multiservice Access Node (MSAN) platform was designed to provide the full range of advanced broadband services. Suitable for deployment in central offices or remotely, they can support any mix of ADSL2+ or VDSL2 subscribers, making it an ideal choice for FTTC architectures.