Radiall provides connectivity solutions for defense applications that require high density, high data speed and reliability. The Q-MTitanTM ARINC846 is a multi-fiber optical contact that can be used in various connectors such as MIL-DTL-38999, QuickFusio, EPX, and ARINC 600 to maintain excellent optical performance in harsh environments.
Q-MTitan ™ ARINC 846
Q-MTitan ARINC 846, specifically designed for high-density and high-speed data, has been rated for use in demanding environments. Its design protects a 12- or 24-channel MT ferrule and provides a rugged, sealed solution that fits a wide variety of multipin connectors, including 38999, ARINC 600, QuickFusio, and EN4644 EPX.
The Q-MTitan contact can be terminated in reinforced wire for outdoor applications or in ribbon fibers for indoor equipment.
Radiall designs and builds harnesses with a variety of interconnect solutions and provides comprehensive solutions for harsh environments. Compatible with a wide variety of connectors and transceivers, Q-MTitanTM provides a minimum of 12 optical channels on a Quadrax # 8 contact and can be used with Radiall’s 10 Gbps D-Lightsys® transceivers for an impressive data rate of 120 Gbps in a single contact.
Q-MTitan ARINC 846 Features and Benefits:
- Modular – Fits into existing Quadrax cavities in commercial connectors (COTS).
- High density: 12 or 24 optical channels in a single optical contact.
- Rugged: rated for harsh environments with high levels of shock and vibration (41.7 Grms.)
- Temperature range: -55 ° C to +125 ° C.
- Durability: 500 mating cycles.
- Cable retention: 68 N in round cable.
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Las pruebas Over-the-Air (OTA) son un método para evaluar y predecir el rendimiento y la confiabilidad de un dispositivo o sistema inalámbrico de RF. El dispositivo bajo prueba (DUT) se coloca en una cámara de prueba para simular un estado de la vida real. El dispositivo se considera en diferentes escenarios para investigar cómo responde a diferentes condiciones. Las pruebas de OTA nos permiten verificar el rendimiento del dispositivo o sistema, midiendo todo el trayecto de la señal y el rendimiento de la antena.
