Rugged, Rack-mountable Chassis for Military Use

Designed in accordance with PICMG 3.0 Rev3, rugged and reliable

Designed in accordance with PICMG 3.0, rugged and reliable

The 6-Slot rugged AdvancedTCA enclosure is a rack-mountable chassis for military use.

Designed in accordance with PICMG 3.0 Rev3, and featuring a variety of power options, this chassis is sturdy, efficient, and ready to support your most environmentally demanding mission-critical military applications.

  • Shelf/Chassis Management: Pigeon Point or Vadatech based shelf manager
  • Options: Rackmount slides, conformal coating, DC input
  • Customizations: Slot count, cooling orientation, MIL-STD-461
  • Accessories: Air filter, filler panels
  • Rackmount with rear shock pins or bench-top
  • Accepts two shelf managers for redundancy
  • Steel outer shell, machined card guides, and a machined aluminum frame
  • Highly configurable and customizable for your specific program needs
  • Form factor: AdvancedTCA
  • Card size: Standard AdvancedTCA
  • Fabric/Profile: Full mesh bussed IPMB
  • Slot count: 6 (2 Hub, 4 Node)
  • Method: Convection, side to side
  • Fans: 6 Front and RTM, 189 CFM each (redundant)
  • Watts per slot: 300W
  • Monitoring/Control: Monitoring, Control via PWM
  • Switches: ON/OFF/RESET
  • Indicators: Critical, Major, Minor
  • Input power: Three 110/220 VAC inputs, 1500 W per power supply, N+1 redundant
  • Filtering: None
  • Breaker/Fuse: 15 A circuit breaker per bus
  • HWD: 6U x 19″ x 15.25″
  • Weight: 50 lb
  • Materials: Aluminum/Steel frame
  • Construction: Bolted sheet metal, machined frame
  • Finish: Exterior Surfaces powerdercoat, Interior Aluminum Surfaces chemical conversion IAW MIL-DTL-5541 Type II Class 3, Interior Steel Surfaces zinc plate with clear chromate conversion ASTM-B633
  • Temperature: -10C to 60C (op), -40C to 70C (st)
  • Humidity: 5-95% (op), 10-95% (st)
  • Altitude: 15,000 ft
  • Shock: 20Gs @ 11ms MIL-STD-810E Method 516.4
  • Vibration: MIL-STD-810G Method 514.6 Procedure I
  • EMI: MIL-STD-461