Fiber Connectivity Solutions
Build the fiber backbone your network demands β from FTTH subscriber delivery to 10G metro aggregation. We supply every layer of the optical stack and the expertise to deploy it right.
Technology
Choose the Right Fiber Architecture
Different scenarios call for different optical technologies. Our engineers help you match the right architecture to your footprint, budget, and future growth targets.
GPON / XGS-PON
Passive optical networking that delivers symmetric 1β10 Gbps to each subscriber over a single fiber strand. Ideal for large-scale ISP rollouts β one OLT port serves up to 128 ONUs.
Active Ethernet
Dedicated fiber to each premises for maximum speed and isolation. Common in enterprise campuses, MDU buildings, and critical infrastructure where shared-media PON is unacceptable.
Dark Fiber Lease
Pull your own fiber and light it with SFP/SFP+ transceivers for 1Gβ100G metro-area connectivity between your PoPs and distribution nodes.
Fiber-Copper Hybrid
Deploy fiber to a building's MDF, then use VDSL2 or G.fast over existing copper to serve units β ideal for brownfield MDU deployments without full rewiring.
Equipment
Complete Optical Stack
OLT (Optical Line Terminal)
- GPON OLT 4/8/16-port
- XGS-PON OLT 4/8-port
- Combo GPON+XGS-PON OLT
ONU / ONT (Subscriber Side)
- 1GE/4GE ONT with VoIP
- WiFi 6 combo ONT
- Industrial ruggedized ONT
Fiber Passive Components
- 1:8, 1:16, 1:32 PLC splitters
- SC/APC fiber patch cords
- Fiber distribution boxes (FDB)
SFP Transceivers
- 1G SFP (SM/MM 1310/1550 nm)
- 10G SFP+ (SM 10/40/80 km)
- BiDi SFP for WDM applications
Why Choose Fiber?
- Symmetric upload and download speeds
- Immune to RF interference and eavesdropping
- Lowest latency of any access technology
- Massive future bandwidth headroom (100G+)
- 40+ year infrastructure lifespan
Deployment Process
From Design to Subscriber Activation
Network Design
We design your optical distribution network (ODN) β fiber routes, splitter ratios, and OLT placement β using industry tools for loss budget verification.
Equipment Selection
We match OLT, ONU, SFP transceivers, and passive components to your subscriber count, bandwidth targets, and network topology β verifying compatibility before ordering.
OLT Provisioning
We configure your OLT, VLAN profiles, QoS policies, bandwidth profiles, and subscriber management system (BMS/AAA) integration β hardware arrives pre-configured and ready to deploy.
Device Configuration
All equipment is configured and tested in-house before delivery. ONUs are pre-provisioned with your OMCI profiles so your team only needs to connect and activate.
Subscriber Activation
Remote ONU provisioning through OMCI, TR-069, or manual configuration β you choose the workflow that fits your operations team.
Case Studies
Real-World Fiber Deployments
Challenge
Provincial ISP needed to upgrade from ADSL to FTTH for 800 subscribers across three barangays, with existing copper infrastructure unable to meet demand.
Solution
Deployed C-Data GPON OLT with 1:32 PLC splitters and VSOL ONUs. Full network design, equipment pre-configuration, and remote provisioning support delivered with the order.
Result
800 subscribers activated at 100 Mbps symmetrical within 45 days of equipment delivery.
Challenge
40-unit condominium building needed dedicated fiber to each unit for a developer-branded internet service β existing coax infrastructure was not viable for modern speeds.
Solution
Active Ethernet point-to-point design using Sopto SFP modules and a central 48-port fiber switch. Pre-terminated fiber patch panels delivered for each floor's distribution point.
Result
All 40 units live with 500 Mbps dedicated symmetrical fiber on opening day.
Challenge
Wireless ISP with 12 tower sites experiencing degraded service due to wireless backhaul congestion during peak hours β needed a fiber backbone to connect core PoPs.
Solution
XGS-PON backbone design connecting 12 tower sites using dark fiber leased from the local utility. ZTE and Huawei OLT equipment with pre-configured VLAN profiles for each tower's traffic.
Result
Peak-hour packet loss eliminated. Backhaul capacity increased from 1 Gbps to 10 Gbps per tower.
Why Most Fiber Deployments Go Wrong
Fiber infrastructure is only as good as the quality of the design and installation. These are the mistakes we see repeatedly β and they're expensive to fix after the fact:
- βBuying cheap, unbranded SFP transceivers that look compatible but cause intermittent link drops that are extremely difficult to diagnose
- βOrdering OLT/ONU equipment without verifying GPON standard compatibility β a GPON OLT cannot serve XGS-PON ONUs, and vice versa
- βMixing single-mode and multi-mode fiber in the same run β this simply does not work, regardless of what any supplier tells you
- βAssuming ONUs from any vendor will work with your OLT β interoperability must be tested against your specific OLT firmware version
- βNo documentation of the fiber infrastructure β when a link fails, no one knows where the issue is without proper network records
- βSkipping loss budget verification before ordering splitters β a 1:32 split ratio that looks fine on paper may exceed your OLT's power budget
- βNo spare ONU stock on hand β subscriber-affecting replacements get delayed waiting for shipping when there is no local inventory buffer
Signs You Need This Solution
Fiber connectivity is the right answer in these situations. If any of these apply to you, now is the time to build it properly:
- βYou're an ISP rolling out FTTH to a new barangay or subdivision and need the OLT/ONU infrastructure to make it work
- βYour existing fiber backbone has intermittent drops you haven't been able to trace to a specific splice or connector
- βYou need to connect buildings more than 100 meters apart and copper Ethernet has already let you down
- βYou're migrating from wireless backhaul to fiber because the wireless link is no longer reliable enough for your subscriber base
- βYour current OLT is running out of ports and you need to expand capacity without a full platform replacement
- βYou need to deliver symmetrical 1 Gbps or higher speeds to subscribers β wireless simply cannot do this at scale
- βYou want a backbone that will last 20 years instead of replacing wireless radios every 3β5 years
What You Get When You Work With Us
We supply equipment that's verified to work together β not just individually compatible on paper. Here's what that commitment looks like in practice:
Our Fiber Equipment Partners
C-Data
VSOL
Sopto
TP-Link
Huawei
ZTEStart Your Fiber Rollout Today
Whether you're serving 50 or 50,000 subscribers, we have the equipment, expertise, and after-sales support to make your fiber project a success.