Broadband Solutions
FTTH: A Catalyst for Sustainable Action
Make the right choice from the fibre menu, and minimise the environmental impact of your broadband operations.
for XGS-PON, GPON and P2P fibre connectivity 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.
Iskratel Lumia C16 offers 16 Combo OLT ports for flexible XGS-PON, GPON and 10GE P2P fibre connectivity from the same box. High PON split ratio gives operators the ability to migrate from GPON to XGS-PON on the same box, at their own pace.
This compact 1U OLT withstands harsh temperature conditions (up to +65 °C ambient), and excels 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.
The compact Iskratel Lumia OLTs are world’s first “amphibious” OLTs, able to operate in conventional mode or in virtualised SDA (Software-Defined Access) environment. 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.
Unlike other OLTs in the market, Iskratel Lumia C16 OLTs can host a distributed, virtualised BNG (Border Network Gateway) to take care of automated provisioning and accounting for the services you provide to customers, and cut the costs of your infrastructure for years to come.
With embedded vBNG, Iskratel Lumia C16 OLTs make the perfect choice for anyone who needs a flexible, extensible and future-proof solution. As Iskratel Lumia Edge OLTs, these top-of-the-line programmable OLTs protect the existing investments and make production life simpler while keeping up with future demands.
Illustrational video