MA5800T Fiber Optic Equipment Supports 50G PON XGSPON GPON

• The MA5800T supports 50G PON, XG(S)-PON, GPON, and P2P 10 GE/2.5 GE/GE access, and supports multiple network construction modes, including FTTH and FTTB.It meets the requirements of various service scenarios, such as home access, enterprise access, mobile bearer, and Wi-Fi hotspot backhaul, enabling one fiber network to carry various services.
• The MA5800T supports the coexistence of GPON, 10G PON, and 50G PON; and supports smooth evolution from GPON and 10G PON networks to 50G PON networks by reusing the original optical distribution network (ODN), thereby effectively protecting operators' O&M investments.

• The MA5800T-X17 supports flexible configurations.It can be configured with different fan trays and power boards in different service scenarios.

• MA5800T-X17 (Standard):

  It is an ETSI subrack that provides 17 service slots, configured with one standard fan tray and 1+1 power boards, it is mainly used for 10G PON service access and can be smoothly upgraded to an enhanced service subrack by replacing the fan tray and power boards.

  Features& Benefits

  Ultra-Large Bandwidth

  • Backplane switching capability: The backplane switching capability of the device is 1 Tbit/s and can evolve to 2 Tbit/s in the future.
  • Forwarding capability of the control board: In load sharing mode, the maximum forwarding capability of the system control board is 400 Gbit/s.

  Deterministic Experience

  • E2E hard slicing: VXLAN/SRv6 flexible route selection, and network-wide adaptation.
  • Application-level deterministic experience: Millisecond-level latency, microsecond-level jitter, and unified orchestration of slices on the entire network.
  • High-precision clock synchronization: Accuracy up to ±10ns, meeting mobile backhaul and high-value service bearing requirements.

  High Reliability

  • Reliable forwarding: Automatic sensing and proactive control board switchover ensure zero packet loss and zero service interruption.Five-level end-to-end data redundancy protection (NE, board, module, link, and terminal) ensures zero single point of failure.
  • Reliable management: The full-mesh protection for all management units ensures that devices are always reachable by the NMS.
  • Reliable hardware: The partitioned fan architecture ensures that a fault in a single fan does not affect service running.The four-channel through-current protection design for the power supply doubles the reliability.

  Green and Energy Saving

  • Dynamic energy saving: mesh component collaboration, full sensing, and unified control; five-level dynamic energy saving, realizing optimal energy efficiency at high load and optimal energy consumption at low load
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