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Solutions

One-Stop Optical Solutions for Four Deployment Scenarios

Data centers, carriers, 5G transport and enterprise networks each demand a different balance of rate, reach, power and robustness. Here is how our portfolio maps onto them — and how to pick the right configuration.

Data Center & AI Cluster Interconnect

Leaf-spine fabrics, storage networks and GPU clusters where port density, power per bit and link reliability decide the cost of the whole fabric.

Typical configuration

100G QSFP28 LR4/PSM4 for spine uplinks · 200G QSFP56 FR4 for leaf-spine · 400G/800G OSFP DR8 / SR8 for AI training fabrics · MPO trunk patch cords and AOC / DAC for in-rack connections

  • Breakout options (4x10G, 4x25G, 8x50G, 8x100G) to match existing port layouts
  • LPO and DSP architectures to balance power consumption and reach
  • OM3 / OM4 multimode and OS2 single-mode connectivity from the same supply chain

Telecom & Metro Transport

Carrier access, metro aggregation and long-haul transport links where wavelength planning and monitoring matter as much as the module itself.

Typical configuration

10G SFP+ CWDM / DWDM for metro aggregation · 100G QSFP28 CWDM4 for 2-10km metro · 40G/100G ER4 / ZR4 for extended reach · CWDM 18ch and DWDM variants on request

  • DDM digital diagnostics for remote link monitoring and fault isolation
  • Wavelength and channel planning support from our engineering team
  • Low insertion loss patch cords and cross-connect assemblies for ODF deployments

5G Fronthaul & Wireless Backhaul

Fronthaul links in outdoor cabinets and pole-mounted enclosures, where temperature range and mechanical robustness are the deciding factors.

Typical configuration

25G SFP28 SR / LR / ER for midhaul · 25G SFP28 BIDI and CWDM-6 for fronthaul · 10G SFP+ BIDI to reuse existing single-fiber spans

  • Industrial -40~+85°C options for unheated outdoor cabinets
  • Single-fiber BIDI options to double capacity on existing spans
  • Industrial switches with IP40 and 4KV surge protection for cabinet environments

Enterprise, Campus & Surveillance Network

SMB networking, campus access and surveillance backbones that need dependable Gigabit and 10G links at sensible cost.

Typical configuration

1.25G and 10G SFP / SFP+ for uplinks · Commercial L2 managed switches with 8x Gigabit RJ45 + 4x 10G SFP+ · LC / SC patch cords in OS2 or OM3

  • Modules pre-tested against your switch model to avoid compatibility surprises
  • Neutral packaging and custom labelling for system integrators
  • Mixed-model, small-batch orders to cover multiple sites from one shipment

How to Choose the Right Module

Four questions decide almost every optical transceiver selection. Answer them and the part number usually falls out on its own.

1. Fix the rate

Match the module rate to the switch port rate — 1.25G, 10G, 25G, 40G, 100G, 200G, 400G or 800G. Port breakout changes what a single module can feed, so confirm the port layout before choosing.

2. Fix the reach and medium

Multimode SR reaches 100-550m; single-mode LR / ER / ZR covers 10-80km. Measure the real fiber run, then add margin for patch panels, splices and future rerouting.

3. Confirm compatibility

Tell us the exact equipment brand and model. We confirm the matching part number and, where needed, supply modules pre-coded for your platform before shipping.

4. Choose temperature grade

Commercial 0~70°C covers climate-controlled rooms. Outdoor cabinets, industrial plants and unheated shelters call for the industrial -40~+85°C grade.

From Enquiry to Delivery

A single engineer stays with your project through selection, sampling, production testing and after-sales support.

01

Selection & sampling

Engineering consult, sample units and compatibility testing before you commit to volume.

02

OEM / ODM build

Neutral packaging, custom labels, logo printing, spec tailoring and SKD / CKD cooperation.

03

Testing & QC

ISO-based process control, factory testing and 3D interferometer inspection on fiber assemblies.

04

Export & logistics

One-stop packaging, documentation, customs and international shipping coordination.

05

After-sales engineering

Debugging support, RMA handling and replacement planning from engineers with 16 years in optical R&D.

Not sure which configuration fits your network?

Describe your topology, link distances and existing equipment — we will propose a bill of materials.