SENKO SN® EZ-Flip Connector

Key Features

• Enhanced Fiber Density Delivers three times the fiber cabling density compared to traditional LC duplex connectors, making the SN® EZ-Flip ideal for space-constrained data center and telecom environments. The compact VSFF form factor enables significantly more connections per rack unit without sacrificing optical performance or ease of access.
• Field-Configurable Polarity Technicians can easily switch polarity in the field without disrupting fibers or repositioning ferrules — applicable to both UPC and APC connector configurations. This eliminates the need to stock separate A-to-B and B-to-A assemblies, reducing inventory complexity and accelerating moves, adds, and changes on the fly.
• Integrated Push-Pull Boot Features a unique push-pull boot design that facilitates simple, tool-free insertion and removal even in high-density patch panels where finger access is extremely limited. The push-pull mechanism ensures secure seating and fast release without auxiliary extraction tools or accessories.
• Compatibility with High-Speed Transceivers Optimized for 400G data rates and designed to work seamlessly with QSFP-DD, OSFP, and SFP-DD transceivers. Supports up to four SN® connectors per transceiver for efficient direct transceiver breakout in spine/leaf architectures, providing a clear and scalable upgrade path to 400G and beyond.
• Proven Reliability Built with high-quality zirconia ceramic ferrules and compliant with industry standards for insertion loss, return loss, and mechanical durability. Each connector is engineered to deliver consistent, dependable performance across hundreds of mating cycles in demanding production environments.

Technical Specifications

Full technical details are available in the downloadable spec sheet.

Insertion loss values are based on master-grade jumper to low-loss random mating tests.

Applications

• High-Density Patching Ideal for environments requiring maximum fiber density, such as data centers and telecommunication hubs. The SN® EZ-Flip's triple-density form factor enables more connections per panel face while the field-configurable polarity reduces re-patching time during network changes.
• Equipment Jumpers Suitable for connecting equipment in racks where space and accessibility are critical. The integrated push-pull boot and compact profile make the EZ-Flip an excellent choice for direct server and switch connections in tightly packed rack environments.
• Transceiver Links Supports high-data-rate transceiver connections, facilitating seamless network upgrades to 400G and beyond. Compatible with QSFP-DD, OSFP, and SFP-DD transceivers to support up to four SN® connectors per transceiver in direct breakout configurations.
• Hybrid Duplex Assemblies Enables the combination of SN® connectors with other duplex connector types for versatile cabling solutions. The EZ-Flip's standard VSFF footprint allows integration into mixed connector environments and evolving panel layouts without panel replacements.

Why Choose the SENKO SN® EZ-Flip Connector?

• Maximized Fiber Density Achieve higher port density without compromising performance — essential for modern high-capacity networks where every rack unit and panel face must deliver maximum fiber throughput. Three times the density of LC duplex in the same footprint.
• Simplified Installation and Maintenance Field-configurable polarity and push-pull boot design dramatically reduce installation time and improve accessibility in dense patch panels. Technicians can reverse polarity on-site without returning assemblies to the factory or stocking duplicate inventory.
• Future-Proof Design Engineered to support emerging high-speed data rates including 400G and beyond, providing a scalable, investment-protected solution for evolving network demands. Full compatibility with current QSFP-DD, OSFP, and SFP-DD transceiver platforms ensures long-term relevance.
• Proven Reliability Built with high-quality zirconia ferrules and compliant with applicable industry standards for insertion loss, return loss, and mechanical durability. Consistent, dependable performance is maintained across 500 mating cycles to TIA-568 standard.

Frequently Asked Questions