Complete fiber optic infrastructure for telecom, FTTH, data centers & 5G
100M to 1.6T – SFP, SFP+, QSFP, OSFP form factors
Hot‑pluggable OSFP modules supporting 1.6T (16x100G) and 800G (8x100G) with PAM4 DSP. DR8, 2xFR4, SR8 variants.
High‑density QSFP-DD transceivers for 400G SR4/DR4/FR4 and 800G SR8/DR8. Compliant with MSA.
Compact SFP transceivers for 25G and 50G PAM4, ideal for 5G fronthaul and enterprise access.
PON transceivers for FTTH, supporting 2.5G/10G upstream and downstream.
1xN / 2xN configurations for FTTH and PON networks
Planar lightwave circuit splitters, low insertion loss, uniform splitting ratio. Available in ABS box, mini steel tube, rack-mount.
Cost‑effective fused splitter for small‑port counts (1x2, 1x4). Custom splitting ratios available.
19" ODF with PLC splitter cassettes, modular design for central office and headend.
High‑density termination, splicing and patching
Standard 19" distribution frame with sliding fiber trays, splice cassettes, and front/back access.
Indoor/outdoor IP54 enclosures for FTTH distribution points and small offices.
Pre‑terminated cassette‑based ODF for data centers, up to 864 fibers per 2U.
Single‑mode / multimode, various connectors and lengths
OS2 single‑mode and OM3/OM4 multimode jumpers, LSZH/OFNR rated, custom lengths.
High‑fiber‑count MPO‑12/24 assemblies for data center backbone, pre‑terminated.
Stainless steel armored or IP68 rated patch cords for harsh environments.
Last‑mile fiber and fronthaul solutions
G.657.A2 bend‑insensitive fiber, 1–4 fibers, with messenger wire for aerial or duct installation.
Power + fiber composite cable for remote radio units, IP68 pre‑connectorized.
Wall‑mount termination box for subscriber end, splice tray and SC adapter included.
Protection switching, monitoring, and wavelength management
Low‑loss, fast switching MEMS switches for network monitoring and OLP.
Gaussian and flat‑top filters, 2–48 channels, low insertion loss. Available in LGX or 19" cassettes.
1+1 protection switch modules for network redundancy, auto‑failover.