MT-MT FAU is a high-density multi-fiber interconnection jumper designed for high-speed optical communication systems and data centers. It features MT connectors at both ends, enabling low-loss, high-precision parallel optical transmission between MT-interfaced devices, optical modules, or fiber distribution frames.
Characteristics
Supports 4/8/12/24-core configurations, maximizing port density in limited rack space.
Typical insertion loss ≤0.35dB, with high return loss (≥60dB for APC polish), ensuring stable transmission for 40G/100G/400G/800G high-speed links.
100% factory-terminated and tested to guarantee consistent performance, eliminating on-site installation errors.
MT connector core pitch accuracy up to ±0.5µm, ensuring reliable repeated mating and stable coupling.
Meets IEC 61754, Telcordia GR-1435, and domestic industry standards (YD/T 778, GB 2423.17).

MT-FA FAU is a high-precision multi-core optical interconnection component designed for high-speed optical communication, silicon photonics, and co-packaged optics applications. It integrates an MT multi-core connector on one end and a fiber array on the other, enabling low-loss, high-precision coupling between standard MT interfaces and silicon photonic chips, waveguide devices, or optical engines.
Characteristics
Supports 4/8/12/24-core configurations, ideal for space-constrained optical modules and data centers.
Typical insertion loss ≤0.35dB, with high return loss (≥60dB for APC polish), ensuring stable high-speed transmission up to 800G/1.6T.
Core pitch accuracy up to ±0.5µm, enabling reliable coupling with silicon photonic waveguides and optical chips.
100% factory-terminated and tested to guarantee consistent performance, eliminating on-site termination errors.
Meets IEC 61754, Telcordia GR-1435, and domestic industry standards (YD/T 778, GB 2423.17).

The MT-JUMP FAU is a high-precision multi-fiber interconnection component designed for high-speed optical communication systems, co-packaged optics (CPO), and optical module applications. It features an MT connector on one end and a fiber array (FA) on the other, enabling precise, low-loss coupling between standard MT interfaces and silicon photonic chips, optical engines, or waveguide devices.
Characterisitics
Supports 4/8/12/24-core fiber configurations, ideal for space-constrained optical modules and data centers.
Typical insertion loss ≤0.35dB, with high return loss (≥60dB for APC polish), ensuring stable high-speed transmission up to 800G/1.6T.
100% factory-terminated and tested to guarantee consistent performance, eliminating on-site termination errors.
Core pitch accuracy up to ±0.5µm, enabling reliable coupling with silicon photonic waveguides and optical chips.
Meets IEC 61754, Telcordia GR-1435, and domestic industry standards (YD/T 778, GB 2423.17).

Conventional single-mode fibers or polarization-maintaining fibers are spliced and assembled with UHNA fibers (featuring small MFD and high NA) into fiber arrays. UHNA fibers provide optimal matching with silicon photonic chip waveguides, enabling direct coupling between small-mode-field fiber arrays and silicon photonic chips.
Characteristics Compatible with single-mode/polarization-maintaining fibers
UHNA fiber (small MFD, high NA)
Optimal matching with silicon photonic waveguides
Direct coupling to silicon photonic chips
High-density integration capability