Cisco GPON OLT 16x2.5G 4x1G 2x10G SFP+ | Service Provider — CON-SNC-CGPOLT61
Scale fiber access with the Cisco GPON OLT platform configured for high-density service-provider environments. This system combines 16 x 2.5G ports, 4 x 1G ports, and 2 x 10G SFP+ uplinks to support access aggregation where subscriber demand and backhaul requirements continue to rise. It is built for teams that need a practical mix of access capacity and uplink flexibility without sacrificing network structure. For provider networks, port mix matters. The 2.5G access ports support modern subscriber services, while the 1G ports and 10G SFP+ uplinks provide integration options for upstream transport and network segmentation. That balance makes this platform suitable for deployments where service expansion must be matched with controlled aggregation and predictable handoff into the broader network. Choose this OLT when you need a carrier-focused access layer that can support growth with fewer compromises. It is a strong fit for fiber rollouts, regional access nodes, and environments where port density and uplink design directly affect service delivery and operating efficiency. Ideal For Fiber access aggregation in service-provider networks Regional OLT deployment for subscriber onboarding Uplinked access nodes in metro broadband builds Capacity expansion for GPON-based access infrastructure Why This Product 1 Higher access density than small branch access gear 2 Mixed 2.5G, 1G, and 10G port mix supports flexible network design 3 Built for provider aggregation rather than general-purpose switching 4 Better suited to fiber rollout economics than lower-density alternatives
- Form Factor: Rack mount
- Line Rate: 2.5G / 1G / 10G
- Port Count: 22 ports
- Protocol Support: GPON, SFP+
- Key Feature 1: 16 x 2.5G access ports
- Key Feature 2: 4 x 1G ports
- Key Feature 3: 2 x 10G SFP+ uplink ports
- Key Feature 4: Service-provider GPON OLT platform
- Key Feature 5: High-density access aggregation
- Key Feature 6: Mixed-speed port architecture for access and transport
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