SOLUTIONS

KPSU: Ku/Ka POWER SUPPLY UNIT

FEATURES

The KPSU product line is focused on providing OEM’s and System Integrators a cost-effective, qualifiable, near-COTS solution for emerging ARINC 792 IFEC systems. It offers a direct benefit for the airlines in terms of Life Cycle Cost, and allows the OEM’s and System Integrators to focus on their core competencies and design to a common interface.

KPSU Line Shared Features:
• 100% compliant with ARINC 792 electrical and mechanical interfaces
• Designed for DO-160G standards
• Conductive/Convective cooling

Signal Protection Modules include:
• ARINC 429Inertial Navigation System Transceiver or Isolator
• ARINC 628 Discrete Interface Buffering
• 5-port Ethernet Switch
• Input/Output power filtering
• ANSI/TIA/EIA - 485 and ANSI/TIA/EIA - 422 input and outputs, with optional standard conversion

Solutions. Done Right. Done Now.

MUXILLATOR

Anderson Connectivity's Muxillator product line provides a solution to in demand Field Service and Line Maintenance environments, which require crucial agility and accuracy.  It brings Engineers and Technicians the capability to evaluate deployed SatCom systems in-situ, improving performance and minimizing down time.  Signal chain validation, linearity, SNR, spurious analysis, ACPR measurements, and other Key Performance Parameter assessments may be moved to Edge of Service for faster, more relevant insight of actionable data.

MODEM VERIFICATION PLATFORM

Anderson Connectivity's Muxillator product line provides a solution to in demand Field Service and Line Maintenance environments, which require crucial agility and accuracy.  It brings Engineers and Technicians the capability to evaluate deployed SatCom systems in-situ, improving performance and minimizing down time.  Signal chain validation, linearity, SNR, spurious analysis, ACPR measurements, and other Key Performance Parameter assessments may be moved to Edge of Service for faster, more relevant insight of actionable data.

WINNOW

Anderson Connectivity’s Winnow™ product line brings edge computing to 30,000 feet!  With the proliferation of data generated by IFEC and other on-board systems, Operators,  Integrators, and Service Providers require timely, actionable insight to their product’s performance.  High-powered Graphics Processing Units (GPU’s) central to the Winnow architecture enable on-wing inferencing of Big Data trained models,  identifying meaningful patterns in real-time.  System maintenance becomes prognostic instead of diagnostic, increasing uptime and improving passenger experience.  Bandwidth utilization may be monitored real-time to enable dynamic allocation of network resources.   Video and non-contact thermal imaging extend airport security surveillance beyond the jet bridge, affording in-flight crew and TSA personnel real-time intelligence. The small form factor Winnow Minnow may be used as an adjunct to existing systems, whereas the Winnow Barracuda functions as a full-blown “server in the sky” system controller/edge processor.  The Winnow family of airborne GPU’s – backhaul the rock, not the quarry.