J599A8 (ARINC801) Series Fiber Optic Connector

The JARON J599A8 (ARINC801) Series Fiber Optic Connector is a high-precision, contact-type optical connector designed in accordance with the ARINC801 aviation standard. It provides low insertion loss, high return loss, and excellent mechanical stability for demanding aerospace and radar communication systems. With its compact, vibration-resistant, and environmentally sealed design, the connector ensures long-term reliability in mission-critical applications such as avionics, control systems, and airborne communication networks.

Product Description

Product Feature

GJB599B(MIL-DTL-38999) Ⅲ series interface, ARINC801-standard performance;
suits aviation, electronic and ship systems in multi-channel optical communication;
1.25mm ceramic ferrule, high docking accuracy;
ceramic sleeve packaging array, to disassemble and replace as a whole, easy to use and maintain;
M81969/14-03 contact installation and removal tool, easy to operate

Technical Index

Mechanical Performance

Mechanical life: 500-cycle (un)plugging
Impact: peak acceleration 2940m/s 2 , duration 3ms, speed change 5.61m/s
Vibration: 10Hz～2000Hz, power spectral density 0.4G2/Hz, acceleration rms 23.1G
Tensile resistance: ≥68N(Φ2mm cable)

Environmental Performance

Temp range: -55℃～+125℃ (due to cable temp)
Salt mist: K: 500h F: 48h W: 500h MW: 192h (acidic atmosphere)
Airtightness (of airtight adapter socket): gas leakage rate:≤1×10-9Pa.m3/s, interal and external pressure difference: 1 atm

Optical Performance

Insertion loss: ≤0.5dB
Return loss:≥20dB（850nm）
Return loss:≥45dB（1310nm）

Applications

The JARON J599A8 (ARINC801) Series Fiber Optic Connector is suitable for aerospace and communication platforms requiring high signal integrity and environmental reliability. Typical applications include:

Avionics & Airborne Communication Systems: Supporting high-speed data transmission and optical interconnects.
Radar & Electronic Systems: Delivering precise, low-loss optical connections.
Control & Signal Processing Modules: Providing stable optical interfaces.
Modular Equipment Cabinets: Enabling standardized optical network layouts.
Defense & Industrial-Grade Systems: Ensuring reliable performance under harsh environmental conditions.