Axonode helps ISPs, utility teams and system integrators source the right optics for multi-vendor networks — with compatibility review, sample support and clear follow-up built in.
Coding options reviewed for major switch brands
Recommended products
100GBASE-ER4 QSFP28 optical transceiver for 100G Ethernet over single-mode fiber up to 50km, using a duplex LC interface, LAN-WDM optical lanes and DDM/DOM.
100GBASE-ER4 QSFP28 optical transceiver for 100G Ethernet over single-mode fiber up to 30km, using a duplex LC interface, LAN-WDM optical lanes and DDM/DOM.
1G ZR SFP optical transceiver for 1.25Gbps single-mode links up to 80km, with a 1550nm DFB transmitter, duplex LC interface and optional DDM/DOM.
Passive 8-channel 100GHz DWDM mux/demux for ITU C21–C28, dual-fiber LC/UPC links, with an Express port for later channel-plan expansion.
Gigabit PoE PSE media converter with one 10/100/1000BASE-T RJ45 port and one open 1000BASE-X SFP slot for powering a compatible endpoint over copper.
Standalone media converter with one auto-negotiating 1G/2.5G/5G/10GBASE-T RJ45 port and one open 10G SFP+ slot for copper-to-fiber network extension.
Yellow LC/UPC-to-LC/UPC single-mode duplex patch cord using G.652D fiber and a 2.0mm PVC jacket, with custom length confirmed for the order.
Commercial-temperature 10G DWDM SFP+ for ITU channel C61 (1528.77nm), duplex-LC single-mode links up to 80km, with cooled EML/APD optics and DDM/DOM.
By the numbers
Why Axonode
Share your switch model or OEM part number. We help verify the right coded option.
Validate a new supplier and reduce deployment risk before a larger rollout.
Source transceivers, WDM components, cables, and accessories through one conversation.
When something changes in the field, you know who is helping investigate it.
Explore Our Solutions
Expanding backhaul capacity or upgrading remote sites? Match transceivers to your topology and upgrade path.
Limited to one fiber strand? Use matched A/B BiDi pairs to increase capacity without adding new cable.
Need more bandwidth over existing fiber? Add WDM channels before committing to a new cable build.
Why customers come back
Challenge: limited fiber availability at remote sites Approach: confirm matched BiDi pairs and equipment compatibility Outcome: expand the link without adding a new fiber run.
Challenge: increase capacity with existing fiber resources Approach: match Mux/Demux, channels and coded optics Outcome: one coordinated BOM and a clearer deployment plan
This short video gives a simple look at product handling, inspection, and routine checking before shipment.
What Customer say
We were replacing OEM modules on a Juniper EX series deployment. Sent the switch model and got a clear answer on coding before anything shipped. No surprises at installation.
Needed 100G LR4 for POP-to-POP links across single-mode fiber runs between 6 and 9 km. Asked about link budget before ordering. Got a straightforward answer and the modules reported clean DDM values after installation.
Mixed environment — Huawei core, Cisco access layer. Ordered a small batch first to validate compatibility on both platforms before committing to the full project quantity. Both worked without issue.
Recommended Guides
Build a mixed-vendor optics BOM with exact hosts, ports, OEM references, link requirements, coding evidence, quantities, spares and validation status.
Map an OEM optical transceiver part number to a compatible replacement by verifying host coding, interface, wavelength, reach, fiber, connector and validation.
Choose a 50 GHz or 100 GHz DWDM grid by checking installed filters, ITU channels, transceiver tuning, capacity, optical budget, operations and expansion.
Find quick answers about compatibility, delivery time, shipping, returns, technical support.
Still need help? Send us a note and we will point you in the right direction.
Switch model, OEM part number, BOM, or link note
