MT-CS1000 CS VSFF Duplex Fiber Optic Connector

• Specifications, Standards & Compatibility：

  Complies with ANSI/TIA-604-19 and IEC 61753-1 for QSFP-DD, OSFP, and 800G transceivers.

• Core Materials & Manufacturing：

  Features dual 1.25mm zirconia ferrules with UL 94 V-0 flame-retardant housing.

• Functional Advantages & Efficiency：

  Rigid push-pull tab enables effortless high-density patching and doubles 1U panel capacity.

• Packaging & Customization Options：

  Supports custom tab lengths, boot colors, fiber types, and full 3D testing reports.

MT-CS1000 CS VSFF Duplex Fiber Optic Connector - Doubling Panel Density for 400G/800G Data Centers

The MT-CS1000 duplex connector delivers breakthrough density for next-generation optical interconnects across 200G, 400G, and 800G architectures. With a compact 3.8mm ferrule pitch, it doubles front-panel port capacity compared to conventional LC duplex interfaces. It ensures superior signal integrity and simplifies cable management in high-density spine-leaf networks.

Double Panel Density Space Saving Layout

• Clearly, the micro 3.8mm ferrule pitch architecture reduces standard plug volumes by 40%.

• Therefore, this hyper-dense configuration directly doubles wiring port counts across standard 1U patch panels.

• Unquestionably, this compact dual-core layout effectively improves internal cabinet cooling airflow ventilation parameters drastically.

Ergonomic Push-Pull Pull Tab Mechanics

• Evidently, an integrated flexible release pull tab handle manages dynamic patch operations completely.

• Additionally, this user-friendly release mechanism allows field operators to perform fast single-handed unlocking dispatches smoothly.

• Consequently, diagnostic network installation technicians entirely eliminate tedious tweezers or special tool deployment configurations.

Carrier Grade Ultra-Low Loss Core

• Concurrently, two independent high-precision 1.25mm zirconia ceramic ferrules align single-mode channels perfectly.

• Subsequently, this premium engineering assembly consistently delivers an exceptional 0.05dB typical insertion loss performance.

• Accordingly, the rugged thermoplastic housing confidently handles intense 70N short-term pulling force parameters safely.