Gigac Technology's J599MT series fiber optic connectors comply with the GJB599A standard and utilize a five-key circular positioning mechanism and a three-threaded connection. They feature blind-mating, anti-mating, and anti-loosening features, are stable and reliable in vibration environments, and have a mechanical lifespan of approximately 500 cycles. Optically, standard MT ferrules ensure low insertion loss, while electrical contacts can transmit high currents, making them suitable for diverse and harsh environments. They can support high-density optical signal transmission from 12 to 96 channels, making them suitable for complex optical communication scenarios.
The J599MT series fiber optic connectors are primarily used in applications requiring high reliability, stability, and high-density optical signal transmission. Optical communication systems for aircraft, ships, missiles, and other equipment can stably transmit information such as combat command and intelligence transmission in complex and harsh environments. In aerospace, they ensure the efficient operation of measurement, control, and data transmission links for satellites and spacecraft. In industrial fields, such as automated production lines and fiber optic sensing and communication systems in smart grids, they meet the needs of fast and accurate transmission of large amounts of data. In the communications field, especially in scenarios such as internal optical module interconnection in data centers and 5G base station fronthaul, the J599MT series fiber optic connectors can achieve high-density, high-speed optical signal connections, improving the performance and capacity of the overall communication network.
Mechanical Performance
• Mechanical Life: 500 plug-in/plug-out cycles
• Shock: Acceleration 490 m/s², duration 11 ms
• Vibration: 10 Hz to 2000 Hz, power spectral density 0.06 g²/Hz
Environmental Performance
• Temperature Range: -40°C to +85°C
• Salt Spray: Class K: 500 hours, Class F: 48 hours, Class W: 500 hours
Class MW: 192 hours (acidic atmosphere)
Optical Performance
• Insertion Loss: ≤0.6 dB
