800G Data Center

The KEXINT 24896 MMC-16 Female Single-Mode Elite Kit is a cutting-edge Very Small Form Factor (VSFF) solution engineered to redefine high-density connectivity in next-generation AI Data Centers, Hyperscale architectures, and High-Performance Computing (HPC) environments. Designed for the 400G, 800G, and 1.6T era, this MMC (Multi-fiber Micro Connector) kit provides a 3x density advantage over traditional MPO connectors, allowing for significantly more efficient rack space utilization and simplified cable management.This kit features MMC Elite components, delivering industry-leading low insertion loss and superior return loss performance for critical long-reach and high-bandwidth optical links. The Green Housing signifies its premium Single-Mode (SM) specification, while the specialized 28mm (approx. 1.1") short boot is precision-molded for 2.0mm round cables. This compact boot design is essential for maintaining optimal airflow and bend radius in congested high-density patch panels.Whether for OEM patch cord manufacturing or direct data center structured cabling, the KEXINT 24896 ensures a future-proof, high-reliability interconnect that effectively solves the I/O bottlenecks in modern AI infrastructure.

1. Next-Gen 800G/1.6T Ready: Specifically optimized for high-performance 800G and 1.6T AI data center clusters.2. 3x Cabling Density: Cutting-edge VSFF MMC connectors provide triple the density of standard MPO solutions.3. Ultra-Low Loss (< 0.35 dB): Guaranteed low insertion loss ensures superior signal integrity for high-speed transmission.4. High-Precision APC Polishing: Minimizes back reflection and ensures stable performance in high-density links.5. Premium OM4 Fiber: High-quality 16-fiber multimode construction optimized for short-reach high-bandwidth applications.6. Highest Fire Safety Rating: OFNP (Plenum) rated jacket ensures full compliance for indoor and air-handling space installations.7. Future-Proof Design: Ideal for both direct transceiver-to-transceiver links and structured cabling backbone systems.