Compact SI3000 Lumia OLTs

are ideal for low-density deployments and serve all types of users, deployment scenarios and business models.

Superior dual-nature OLTs facilitate cost-effective virtualisation and feature the lowest TCO.

The record-low energy consumption per port helps operators implement their sustainability strategy and reduces the impact on the environment.

SI3000 Lumia G16 and SI3000 Lumia XG8

SI3000 Lumia G16 and SI3000 Lumia XG8 are compact 1U OLTs for GPON and XGS-PON, respectively, optimised for smaller fibre-access deployments and for heterogeneous residential and business access.

SI3000 Lumia G16 combines GPON and P2P in the same product. Its 16 GPON ports serve up to 2048 GPON subscribers, while six P2P users can be connected to its GE P2P ports.

SI3000 Lumia XG8 features eight XGS-PON ports with a high split ratio, providing services to up to 4096 XGS-PON subscribers.

Based on the latest state-of-the-art GPON and XGS-PON chipsets.
Exquisite bandwidth utilisation and high split ratio.
Network processor-based, SDN-enabled broadband platform.
Service- and app-awareness provides control, effective QoS management and policy enforcement.
Support for multi-provider deployment scenarios, including virtual unbundling and open access.
Easy management using service profiles, fast integration into operators’ OSS/BSS.

Deployment flexibility

SI3000 Lumia G16 and SI3000 Lumia XG8 withstand harsh temperature conditions (up to +65 °C ambient), and excel in ultra-compactness: ETSI-compliant 235 mm depth saves rack space at CO locations and fits easily into street cabinets, providing the latter with internal control as well.

Universality and sustainability

SI3000 Lumia G16 and SI3000 Lumia XG8 are world's first "amphibious" OLTs, able to operate in conventional or virtualised mode. Their unique dual nature lets operators virtualise and cloudify the network without hardware replacement, allowing them to skip an entire investment cycle while introducing software-defined, next-generation broadband access.