Product category
Communication equipment is the active edge of the optical network — the OLTs, ONUs/ONTs, media converters and transceivers that turn light back into services. Sitting at both ends of the passive plant, it defines the speeds, service mix and management model the network can offer.
In a PON, the OLT at the central office drives each fiber tree while ONTs at subscriber premises hand off Ethernet, Wi-Fi, voice and video; between them the passive splitter network carries everything unpowered. GPON remains the access workhorse with XGS-PON as the symmetrical 10-gigabit upgrade path — equipment classes designed to align with ITU-T G.984 and G.9807 respectively — while media converters and SFP/SFP+ transceivers extend the same optical discipline into enterprise LANs, surveillance and point-to-point links.
Selection guide
Choose the PON generation from the service tier you must sell, not the one you might — GPON covers most residential offers today, while XGS-PON future-proofs premium and business tiers. Match optic budget classes (B+, C+) to the split ratio and reach, pick ONT port mixes per subscriber profile, and confirm OLT-ONT interoperability before standardising on hardware.
Catalogue
Select up to three products to compare their typical specifications side by side.
ModelPSK-OLT-008On request
Compact 1U optical line terminal that launches eight independent GPON trees - up to 1,024 subscribers at 1:128 - and aggregates them into 10-gigabit uplinks toward the core. Carrier-grade features, redundant hot-swap power and standards-based OMCI management make it the head end of the access network.
ModelPSK-ONU-001Available
Palm-sized subscriber terminal that closes the PON: a dual-mode xPON optical port that auto-detects GPON or EPON head ends, and one gigabit Ethernet port toward the home router. Plug-and-play OMCI/OAM provisioning makes mass rollouts a scan-and-connect operation.
Solutions
Operators extending fiber to the home must connect thousands of subscribers across feeder, distribution and drop layers while keeping per-home cost predictable. This solution covers the complete FTTH passive plant — from central-office termination through PLC split points to the subscriber terminal — with one coordinated product set.
View solutionInternet service providers must grow from hundreds to thousands of subscribers without re-engineering the plant at every stage. This solution structures the ISP access network — POP termination, feeder distribution and subscriber connection — so capacity is added by extension rather than replacement.
View solutionModern buildings converge internet, CCTV, access control and building management onto shared infrastructure, straining separate copper systems. This solution carries all services over one optical backbone — riser distribution, floor-level terminal boxes and ONU endpoints — reducing pathway congestion and simplifying long-term operation.
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