News & Events
CIOE2026 | Arrayed Corp Showcases MOC™ and MJC2.0™
Published Time:
25 Mar,2026
At CIOE 2026 (China International Optoelectronic Exposition), Arrayed Corp will showcase its latest innovations—MOC™ (Multi-fiber Optical Connector) and MJC2.0™ (MPO Soft-Mating Connector)—designed to enable the next generation of data center and telecommunications infrastructure.
As artificial intelligence computing, 800G/1.6T Ethernet, and hyperscale data centers continue to evolve rapidly, optical interconnect technologies are facing unprecedented demands for higher density, improved reliability, and superior optical performance. At CIOE 2026 (China International Optoelectronic Exposition), Arrayed Corp will showcase its latest innovations—MOC™ (Multi-fiber Optical Connector) and MJC2.0™ (MPO Soft-Mating Connector)—designed to enable the next generation of data center and telecommunications infrastructure.
MOC™: Redefining VSFF Optical Connectivity
MOC™ is a next-generation Very Small Form Factor (VSFF) multi-fiber connector built on a standard MT ferrule platform.
Compared with conventional VSFF solutions such as MMC and SN-MT, MOC™ retains the mature MT ferrule architecture while introducing a unique pre-alignment mechanism and soft-mating technology. This design significantly enhances connection repeatability and end-face protection while achieving much higher port density.
With a footprint of only 10.25 mm × 5.7 mm, MOC™ delivers up to three times the density of traditional MPO interfaces, making it ideal for AI clusters, co-packaged optics (CPO), ELSFP modules, and next-generation high-speed optical systems.
Key features include:
- Based on standard MT ferrule platform for ecosystem compatibility
- Pre-alignment structure for improved connection stability
- Soft-mating design to reduce ferrule wear and contamination risk
- Support for 16-fiber and 24-fiber configurations
- Ultra-high density enabling compact system design for AI-driven data centers
MJC2.0™: A New Generation MPO Connector for Extended Lifetime
MJC2.0™ is a next-generation MPO solution developed to address end-face wear and performance degradation caused by repeated mating cycles in traditional MPO connectors.
Conventional MPO connectors often suffer from ferrule wear, scratches, and insertion loss variation under frequent plugging conditions, particularly in test environments and production lines. MJC2.0™ introduces a patented soft-mating mechanism with a pre-relaxed spring design that precisely controls contact force between MT ferrules, reducing wear while maintaining stable optical performance.
Extensive lifetime testing demonstrates that MJC2.0™ maintains consistent insertion loss performance while significantly extending connector durability under repeated mating cycles.
Key features include:
- Patented soft-mating mechanism for controlled contact force
- Reduced end-face wear and improved long-term stability
- Enhanced performance consistency under high mating cycles
- Optimized design for MPO testing, manufacturing, and high-reliability applications
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