Innovative High Tech Solutions For Leading Edge Companies

The CANFLIGHT adapter is our newest ARINC-825, CAN, and CANaerospace Bus  Analyzer and Traffic Generator brought to you by the CAN Aviation  Alliance who helped define the ARINC-825 standard and who’s equipment  was used to validate the ARINC-825 standard.

Featured Highlights:

• Brought to you by the CAN Aviation Alliance.
• USB Powered
• ARINC-825, CAN, CAN Aerospace compliant.
• The latest in ARINC-825  technology
• Two Electrically Isolated Channels per unit
• Multiple units may be connected to one platform.
• USB Powered ARINC-825 / CAN / CAN Aerospace Bus Analyzer / Recorder
• DUAL Isolated ARINC-825 Channels using Bosch CAN Controller IP
• Wetzel Technology eXtended CAN Tool (XCT) Compatible,
• File Upload / Download through  Ethernet FTP interface, or µSDHC memory cards.
• Supports 1000BaseT, 100BaseT and 10BaseT Ethernet
• Built In IRIG-B time decoder for time synchronization. (free runs in absence of time code)
• Optional 9-36 VDC Aircraft Powered  <5 Watts power consumption
• Passively Cooled. No moving parts, -40°C to +85°C
• Weight: <1 lb in standard configuration
• 138 mm L x 80 mm W x 48 mm H
• Dual onboard processors.

Downloads:

• CANflight Brochure
• eXtended Can Tools (XCT) Presentation
• CANflight Data Sheet
• PMC825 UDP Interface
• CANflight Users Manual

Compatible with Wetzel eXtended Can Tool (XCT)
For more information on XCT click here.

The CANFLIGHT adapter is a Controller Area Network (ISO 11898), ARINC825  and CANaerospace Protocol Compliant Interface with a 1000/100/10 BaseT  Ethernet interface for communication with the connected equipment.  Because each CANFLIGHT adapter communicates over Ethernet with it’s  host, Multiple CANFLIGHT adapters may be connected using a simple  Ethernet switch if more channels are desired on one platform. Powerful  eXtended CAN Tool (XCT) software is available for Windows, MAC, and  Linux.

Each CANFLIGHT Adapter is a small handheld, USB powered, intelligent adapter that is powered from either a USB port or from a 9-36 VDC Aircraft or  Automotive power source. The adapter provides two electrically isolated  fully independent CAN 2.0B Interfaces and is implemented in a XILINX  FPGA and contains two internal CPUs. The CAN 2.0B interfaces are  implemented with licensed Bosch C_CAN controller IP cores to ensure  compatibility with the Bosch CAN standard and to allow precise hardware  timing and control over the transmission and reception of  CAN/ARINC825/CANaerospace messages. The Xilinx FPGAs and the PMC825  firmware provide local buffering and 30 ns time stamp resolution for all  CAN messages and implement ARINC825/CANaerospace specific protocol  functions including record/playback functionality to offload the host.  The two CAN channels work under sustained 100% bus load without dropping any messages. The CANFLIGHT also supports CAN listen only and loopback  modes. An onboard MicroSD interface is included on each module for data  acquisition storage and for module configuration information.