MA5800-X15 (large-capacity, IEC, V100R016C10 and later versions)
MA5800-X15 supports 15 service slots with backplane H901BPIB.
MA5800-X7 (medium-capacity, V100R016C00 and later versions)
MA5800-X7 supports 7 service slots with backplane H901BPMB.
MA5800-X2 (small-capacity, V100R017C10 and later versions)
MA5800-X2 supports 2 service slots with backplane H901BPSB.
Distributed architecture
The MA5800 uses the distributed architecture (the same as the router). Under such an architecture, service processing on the control board is distributed to every service board, improving system switching capacity and performance, and reliability
Optimum video experience
The MA5800 supports distributed cache for fast 4K/8K/VR video start or channel zapping.
Supports vMOS/eMDI video quality monitoring. Built-in probes on boards are used to collect video indicators and the NMS is used for remote monitoring and monitoring result query, improving video O&M experience.
Video service is not interrupted during an OLT upgrade, enhancing user experience.
The MA5800 supports the PON combo technology, and can work with the built-in WDM1r optical module to support smooth evolution from GPON to XG(S)-PON and 50G-PON.
A Flex-PON board supports GPON, XG-PON, XGS-PON, XG-PON&GPON combo, XGS-PON&GPON combo and TWDM PON with the corresponding optical module, and reduces OPEX by smooth evolution without board replacemen.
The MA5800 supports hard isolation of dedicated network and service slices. The E2E slicing technology provides differentiated bearing for services with different SLA requirements, achieving forwarding resource isolation and application-level bandwidth and latency commitment.
That’s all for today’s introduction. Additions are welcome.
