The Analog Fiber Optic KVM Extender is a ruggedized transmitter and receiver pair extending USB2.0 keyboard and pointer, RGB analog video and fiber optic communication up to 400m at 1900×1200 and 60 Hz. Each aluminum enclosure weighs under 2.25 lbs and consumes 5W max at 110/220 VAC. MIL Circular and rugged fiber optic connectors with MIL-STD-901D shock qualification adapt the system to airborne, naval and ground C5ISR console installations.

Advantage

Up to 400m of virtually latency-free USB and RGB extension over a rugged fiber optic link make the Analog Fiber Optic KVM Extender the only Argon KVM solution for physically separated workstation and console deployments.

Naval vessels and large maritime platforms

Extends operator console keyboards, pointing devices and displays up to 400m from ship CIC computers with MIL-STD-901D shock qualification, MIL Circular connectors and MIL-STD-461E EMI compliance for shipboard C5ISR console separation.

Fixed and rotary-wing aircraft

Separates cockpit or cabin console peripherals from airborne compute nodes at 20,000 ft operating altitude with a rugged fiber optic link at 5W max and near-zero transmission latency.

Military ground vehicles and command centers

Deploys operator displays and input devices remotely from vehicle or facility computers with local loopback at the transmitter, remote DDC support and HID device compatibility for flexible mission-critical crew station layouts.

Key features & benefits:

Key features

  • USB2.0 and RGB analog extension up to 400m over fiber optic with virtually no latency
  • 1900×1200 resolution at 60 Hz with automatic control and remote DDC support
  • TX: 9.5″ × 7.5″ × 1.4″ at 2.0 lbs; RX: 10.3″ × 7.5″ × 1.4″ at 2.25 lbs; 5W max
  • MIL Circular and rugged fiber optic connectors; local loopback and HID device support
  • MIL-STD-901D Grade A shock, MIL-STD-167-1 vibration and MIL-STD-461E EMI/EMC

Benefits

  • 400m fiber optic range physically separates operator consoles from compute hardware without signal degradation
  • Near-zero latency preserves real-time responsiveness of keyboard, pointer and display across the full extension range
  • Local loopback at the transmitter enables simultaneous local and remote console operation
  • 5W max consumption keeps SWaP impact minimal even in dual-unit transmitter and receiver installations
  • MIL-STD-901D naval shock qualification supports direct shipboard deployment without adaptation