Reliable Connectivity with AN/PRC-161 Ethernet Cable
Designed specifically for the AN/PRC-161 handheld radio, this 3 ft Ethernet cable ensures dependable, high-performance connectivity in demanding environments. Featuring a ruggedized, watertight build and RJ45 plug termination, it routes cleanly toward the antenna for optimal integration. Perfect for tactical communication setups, this cable complements military-grade devices known for reliability and resilience in the field.
Built for Tactical Use: 3 ft AN/PRC-161 Ethernet Cable
- Direct Antenna Exit: Purpose-built to exit toward the antenna, ensuring clean cable routing and compatibility with tactical gear layouts.
- Watertight Overmold: Fully sealed design resists moisture, dirt, and debris for all-weather use.
- Military-Grade Shielding: Shielded construction minimizes interference, ideal for secure communications.
- RJ45 Terminated: Standardized connection allows easy interfacing with military network equipment.
- Custom Options Available: Also offered in varied lengths for tailored system requirements.
Engineered for Harsh Environments and Secure Setups
Whether deployed in field operations or integrated into mobile command units, this rugged Ethernet cable excels under pressure. Its shielded, overmolded jacket ensures durability and signal integrity, while the waterproof build maintains performance across extreme weather conditions. Compatible with a range of military Ethernet configurations, it's trusted across defense and tactical communication industries.
Technical Specifications: Watertight overmolded Ethernet cable
- Part Number: SN-1162-03
- Cable Length: 36 inches (3 ft)
- Connector: RJ45 Plug
- Compatibility: AN/PRC-161 radio
- Design: Watertight, overmolded, shielded
- Exit Orientation: Cable exits toward antenna
- Custom Options: Available in alternate lengths upon request
- Documentation: Drawing available upon request
Trusted Military Ethernet Cable for Secure Field Communications
This cable stands as a field-tested choice for military professionals seeking robust, interference-free data transmission. Its combination of shielding, waterproofing, and military-compatible design makes it a staple across tactical communication systems, meeting the reliability standards expected in critical operations.
