Hardware FeaturesSoftware Features
CommonProvided USB-C female connector for flexibility, environmental friendliness and cost savings by not forcing the customer to pay for an integrated cable. SeRoSys has decided not to include the standard USB cable as these are readily available as an industry standard USB-C to USB-A or USB-CSupports multiple bus speeds CAN 2.0 (Max. 1000 kbit/s) and CAN FD (Max. 2000 kbit/s)
Bi-color LEDs provides simple visual information of power / SW connection status / CAN traffic status (send and receive)Realtime monitoring on both CAN channels with
1 microsecond timestamping
Compatible with all standard CAN bus interfaces (including CAN FD on applicable variants)Support for CAN DBC files (including enhanced trace log exports and real time signal viewing)
Fully USB powered with ESD / overvoltage / transient circuit protectionData view format in Hexadecimal, Decimal and Binary plus ASCII in parallel
Dual Line CAN Bus ESD circuit protection with 120 ohm internal termination
Many models include SW configurable termination
Language support in English and German
Dimensions: 83 × 41 × 23 mm (3.27” × 1.61” × 0.91”)Supports CAN 2.0A (11bit ID) and
CAN 2.0B (29bit Extended ID)
Temperature range: -40 C to +85 CFirmware upgradable
IP40 plastic enclosure ratingSupport for CAN-bus silent/listen-only mode
DB9 pinout compatible with CiA® 106 for CAN bus1Messages sent periodic, manual or serial and supports loading / saving / sending macros
Messages Per SecondDesk CAN, Storage CAN, Lab CAN and Car CAN support 2900 messages per second
Pocket CAN supports 900 messages per second
CAN bus MonitoringDesk CAN, Storage CAN, Lab CAN support monitoring full dual CAN channels in real time with passthrough male to female DB9 connectors for passive inline connection
Pocket CAN supports monitoring dual CAN channels switchable through SW
Car CAN supports monitoring single CAN channel
GPIOSupported on Lab CAN and Car CAN only
Male DB9 connectors with industry standard CAN pinout including 12V B+ power input on pin 9 (electrically protected against over-voltage, reverse battery, ESD, transients). Current draw less than (TBD) mA for low power consumption
GPIO pins (qty 4) programmable for either sending CAN signals on GPIO triggers or to trigger a GPIO based on a CAN input received

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