In response to the escalating demand for high bandwidth and multi-play services, telecommunication operators are faced with the challenge of striking a balance between economic considerations and widespread deployment. Effectively transitioning from Fiber to the Cabinet (FTTC), Fiber to the Building (FTTB), and Fiber to the Curb (FTTCab) to Fiber to the Home (FTTH) poses a significant challenge for telcos today. Operators are exploring the establishment of a Passive Optical Network (PON) that is environmentally friendly, future-proof, and cost-effective.

System Architecture

• Chassis Configuration (21”):

  • Total 23 slots
  • 16 slots for universal line cards
  • 2 slots for switch & control cards
  • 2 slots for power cards
  • 2 slots for uplink and cascading interfaces
  • 1 slot for environment detecting card

• Chassis Configuration (19”):

  • Total 21 slots
  • 14 slots for universal line cards
  • 2 slots for switch & control cards
  • 2 slots for power cards
  • 2 slots for uplink and cascading interfaces
  • 1 slot for environment detecting card

Key Features:

• Unified platform for GPON/XGPON1 and P2P
• Large capacity and high density to meet mass optical access rollout requirements
• Future-proof design supporting Next-Generation PON (NG-PON) like XGPON1, TWDM PON
• Abundant service support capability including IPTV, VoIP, HSI, VPN, mobile backhaul, etc.
• Diverse interfaces for P2MP, P2P, and TDM applications in both business and residential settings
• Enhanced multicast function to support mass IPTV deployment
• Higher security assurance with features such as ONT authentication, user ID identification, port isolation, address binding, packet filtering, and broadcast packet limitation.
• Service differentiation through comprehensive Quality of Service (QoS) mechanisms for voice, video, and high-speed internet services.
• High reliability with key parts redundancy, supporting Type B and Type C protection for PON downlink, and LACP/STP/UAPS/ERPS for uplink.
• Support for 1588V2 and Synchronous Ethernet.
• Embedded Optical Time-Domain Reflectometer (OTDR) in SFP.

ZXA10 C300, the World’s First Future-Proof Optical Access Platform:
ZXA10 C300 is developed with mass optical access rollout and economic considerations in mind. Its powerful functions and high performance facilitate mass Fiber-to-the-X (FTTx) deployment, making it more accessible than ever before.