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PEAK-System

PCAN-Router Pro FD

Reference Product Price excl. VAT Quantity
IPEH-002220 PCAN-Router Pro FD 6 x CAN FD / Data Logger and Router, SDK Version 1,132.00 €
IPEH-002222 PCAN-Router Pro FD 6 x CAN FD / Data Logger and Router with Ethernet Interface, SDK Version 1,210.00 €
IPEH-002220
PCAN-Router Pro FD 6 x CAN FD / Data Logger and Router, SDK Version
1,132.00 €
IPEH-002222
PCAN-Router Pro FD 6 x CAN FD / Data Logger and Router with Ethernet Interface, SDK Version
1,210.00 €
1,132.00 € 1,132.00 €

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Programmable 6-channel CAN and CAN FD router with I/O and data logging

With its six channels, the PCAN-Router Pro FD interconnects the data streams of next-generation CAN FD buses and classic CAN buses. Thanks to plug-in CAN transceivers, each channel can be adapted to the specific requirements of the network. The router also has one analog input and four digital I/Os. CAN messages can be logged to internal memory or to a removable memory card, and later retrieved via the USB connection. The PCAN-Router Pro FD makes it possible to manage, monitor, and control the data streams of test benches and production facilities. Bidirectional CAN / CAN FD conversion makes it easier to integrate new CAN FD applications into existing CAN 2.0 networks.

The operation of the PCAN-Router Pro FD can be fully customized for specific applications. The firmware is developed using the development kit with the GNU compiler for C and C++, then transferred to the module via the CAN bus. Numerous programming examples, including message forwarding and logging, simplify the development of custom solutions.

Out of the box, the PCAN-Router Pro FD includes dedicated firmware for configurable logging of CAN and CAN-FD data traffic.

Requirements


A PEAK-CAN interface is required to load the firmware via the CAN bus.

  • 6 High Speed CAN buses (ISO 11898-2)Compliant with CAN 2.0 A/B and FD specificationsAllows switching between ISO and non-ISO CAN FD protocolsCAN FD data transfer rate (max. 64 bytes) from 40 kbit/s to 12 Mbit/sCAN transfer rate from 40 kbit/s up to 1 Mbit/sNXP TJA1043 CAN transceiver with wake-upOther transceiver modules on request
  • Compliant with CAN 2.0 A/B and FD specifications
  • Allows switching between ISO and non-ISO CAN FD protocols
  • CAN FD data transfer rate (max. 64 bytes) from 40 kbit/s to 12 Mbit/s
  • CAN transfer rate from 40 kbit/s up to 1 Mbit/s
  • NXP TJA1043 CAN transceiver with wake-up
  • Other transceiver modules on request
  • 9-pin D-Sub CAN connectors (according to CiA® 106)
  • Exchangeable CAN termination, separate for each CAN channel
  • Wake-up function using a separate input, the CAN bus, or RTC
  • 2 digital I/Os, each usable as a digital input or high-side switch output
  • 2 digital I/Os, each usable as a digital input or low-side switch output
  • 1 analog input (0 to 32 V)
  • Logging of CAN data and error frames
  • Internal memory: 16 GB pSLC eMMC
  • SD card slot for additional storage
  • USB connection for accessing data storage (e.g. logged data)
  • Conversion of logged data into various formats via the PEAK-Converter Windows software
  • Battery-backed real-time clock (RTC), also usable for wake-up
  • Acoustic signal generator
  • Status LEDs for the CAN channels, memory cards, and power supply
  • STM32F765NIH6 microcontroller (based on Arm® Cortex® M7)
  • 32 MB SDRAM in addition to the microcontroller RAM
  • Extruded aluminum housing with flange
  • Supply voltage from 8 to 32 V, overvoltage and reverse polarity protection
  • Slot for a backup battery to define a shutdown behavior (e.g. to save log data)
  • Ethernet interface via RJ-45 socket, max. 100 Mbit/s (IPEH-002222 only)
  • Extended operating temperature range, -40 to +85 °C

On delivery, the PCAN-Router Pro FD is equipped with a firmware for recording CAN and CAN FD data traffic. The messages of all six CAN channels can be stored on the internal eMMC memory or on an inserted SD card. The storage media can be accessed via a USB connection.

Users can configure the recording with a text file without any programming knowledge. Various options are available:

  • Separate configuration of the 6 CAN channels
    • Setting the CAN specification to 2.0 A/B, CAN FD ISO, or CAN FD Non-ISO
    • Setting the nominal and data bit rates
    • Enabling or disabling the Listen-Only mode
  • Recording of data frames, error frames, or data and error frames
  • Setting of the trace mode and maximum file size
  • Setting of the storage medium for saving the trace files
  • Definition of a CAN message for setting the real-time clock (RTC)
  • Configuration of events for starting and stopping the recording
    • Powering the device
    • By pressing the Log Off Card button
    • By receiving a specific CAN message
  • Configuration of timeout events for stopping the recording or shutting-down the device
    • Data traffic has stopped
    • Power loss on terminal 15 (Wake-up / pin 1 of the power connector)
    • Main power loss
  • Defining beep patterns for tracing start, end, and error events
  • Defining the LED blinking pattern
  • Automatic charging of an inserted backup battery
  • Only when used with Ethernet interface (IPEH-002222):
    • FTP access for downloading trace files and uploading the configuration file
    • WebSocket connection for remote controlling via Ethernet with message transfer in JSON format (example website included in the development package)

Besides the programming examples, the data logger firmware is included in the development package for the PCAN-Router Pro FD and can be downloaded free of charge. The installation, configuration, and operation are documented in detail in the manual.

  • PCAN-Router Pro FD in its aluminum housing with connectors for I/Os (Phoenix Contact MC1.5/6-STF-3.81 - 1827745) and power supply (Phoenix Contact MC1.5/3-STF-3.81 - 1827716)
  • USB connection cable
  • IPEH-002222: RJ-45 network cable (2 m)
  • Windows® development package with GCC ARM Embedded, flash program, and programming examples
  • PEAK-Converter conversion software for Windows®
  • PDF manual
  • A PEAK-CAN interface is required for firmware transmission via CAN

PEAK-DevPack - Development package for ARM-based products

Firmware development package for Windows®11 (x64), 10 (x86/x64) with GCC ARM Embedded, PEAK-Flash, programming examples, and quick start guide. Supported products: PCAN-MicroMod FD, PCAN-GPS, PCAN-GPS FD, PCAN-Router, PCAN-Router DR, PCAN-Router FD, PCAN-Router Pro, PCAN-Router Pro FD, PCAN-RS-232, and PCAN-RS-232 FD.


PCAN-Router Pro FD upgrade package

Manual PCAN-Router Pro FD

PEAK-Flash 3

Easy-to-use tool for updating the firmware of PEAK-System hardware products and CAN and LIN adapters for Windows® 11 (x64/ARM64), 10 (x64).


PEAK-Converter 3

Software for converting trace data into various file formats for Windows® 11 (x64/ARM64), 10 (x64).

Compatible hardware

Programmable 6-channel CAN and CAN FD router with I/O and data logging

With its six channels, the PCAN-Router Pro FD interconnects the data streams of next-generation CAN FD buses and classic CAN buses. Thanks to plug-in CAN transceivers, each channel can be adapted to the specific requirements of the network. The router also has one analog input and four digital I/Os. CAN messages can be logged to internal memory or to a removable memory card, and later retrieved via the USB connection. The PCAN-Router Pro FD makes it possible to manage, monitor, and control the data streams of test benches and production facilities. Bidirectional CAN / CAN FD conversion makes it easier to integrate new CAN FD applications into existing CAN 2.0 networks.

The operation of the PCAN-Router Pro FD can be fully customized for specific applications. The firmware is developed using the development kit with the GNU compiler for C and C++, then transferred to the module via the CAN bus. Numerous programming examples, including message forwarding and logging, simplify the development of custom solutions.

Out of the box, the PCAN-Router Pro FD includes dedicated firmware for configurable logging of CAN and CAN-FD data traffic.

Requirements


A PEAK-CAN interface is required to load the firmware via the CAN bus.

Neutralized