ISP & Telecom

ODN solutions for operators managing millions of connections

From FTTH large-scale rollout to metro fiber expansion and smart O&M — purpose-built for ISP and telecom operators who need standardized, repeatable, and cost-controlled deployment at scale.

Solution 01

FTTH Network Large-Scale Deployment

Million-home FTTH rollouts demand more than stacking boxes. This solution provides a three-layer architecture with standardized product families, modular design, and pre-terminated cabling — shifting deployment from "project-by-project" to "industrialized rollout."

What this solves

Standardized product family — same specs, same install, every site
Multi-spec, multi-supplier chaos drives up procurement and training cost
Pre-terminated cabling: factory-tested, plug-and-play, 60% less field work
Inconsistent field splicing quality across projects
Standardized labeling + modular architecture — fault isolation in minutes
4–6 hour average fault location in ODN
Unified product family across all network layers, repeatable process
Each project needs different products and procedures

Three-layer architecture

Layer Product Core Spec
OLT (Central Office)Optical Distribution FrameUp to 576 fibers, 19" rack
ODN (Distribution)Fiber Distribution Cabinet12–144 ports, IP65, SMC
Subscriber AccessFiber Splice Closure + FDBIP68, wall/pole mount

Pre-terminated Deployment

Factory-spliced, factory-tested. Field work reduced 60%+, insertion loss ≤0.3dB (standard) / ≤0.15dB (low-loss).

Modular Expansion

Add capacity without replacing main equipment. Pre-allocated space and interfaces for network growth.

Cost Control at Scale

Standardized product family simplifies procurement. Volume pricing tiers reduce unit cost predictably.

Solution 02

Metro Fiber Distribution & Expansion

Metro networks face fiber exhaustion, expansion-caused outages, and routing chaos. This solution delivers hot-swap modular expansion, parallel cutover, and smart labeling — so you add capacity without breaking what already works.

Key capabilities

Hot-swap modular expansion
Add fiber capacity without service interruption. Module-level plug-and-play expansion for ODF and patch panels.
Parallel cutover strategy
New cables run alongside existing routes. Cutover in segments during off-peak windows. No big-bang risk.
Smart fiber labeling
RFID electronic tags (128-bit) on every port. Integrate with your asset management system for end-to-end route visibility.
Lossless equipment upgrade
Temporary bypass for critical services. Automatic failover <50ms. New and old systems run in parallel until cutover is verified.

Product selection

Scenario Product Key Spec
Central OfficeOptical Distribution Frame576–1152 fibers, FC/SC/LC
Aggregation NodeFiber Distribution Cabinet144 fibers, IP65, -25°C to +55°C
POP PointNetwork Cabinet12U/24U, standard 19" rack
Underground/AerialFiber Splice Closure24–96 fibers, IP68
Solution 03

Intelligent O&M & Management

ODN faults account for a disproportionate share of operator outages, and average fault location takes 4–6 hours. This solution upgrades the ODN layer from "passive and invisible" to "monitored and manageable" — with RFID tags, remote sensors, DCIM integration, and AI-assisted fault prediction.

Cloud–Edge–Device architecture

Cloud
OMS-Cloud Platform
Data aggregation, analytics, alerts, work orders, AI fault prediction
Edge
Communication Gateway
Protocol conversion, edge caching, store-and-forward for intermittent links
Device
Smart Sensors & RFID
Port status, environment monitoring, electronic tag read/write at every port

Why operators invest in smart O&M

Fault location
4–6 hours (manual) Minutes (automated)
Port utilization data
Manual audit, often stale Real-time, always current
Field inspection cost
Scheduled, regardless of status On-demand, only when alerted
Typical payback
1.5–2 years based on labor savings and fault reduction

Planning an FTTH rollout or network expansion?

Tell us your deployment scale, timeline, and existing infrastructure. We will recommend the right product mix and configuration — within 1 hour.