CAN XL is the next generation of the CAN bus. CAN XL nodes use the same two-line High-speed CAN cabling as previous versions and are backward-compatible with CAN FD and CAN CC (Classic) devices. CAN XL provides data bit rates of up to 20 Mbit/s and a significantly higher payload of up to 2048 bytes per message. Additionally, CAN XL has predefined structure elements that signal specific data types to other XL nodes. This includes tunneling, virtual networking, and protocol extensions, such as security enhancements.

embOS is a priority-controlled real time operating system (RTOS), designed to be used as a foundation for the development of embedded real-time applications. It is a zero interrupt latency, high-performance RTOS that has been optimized for minimum memory consumption in both RAM and ROM, as well as high speed and versatility.

Up to PCAN-Explorer 6, only a single Symbol file, the CAN database format by PEAK-System, could be applied to a connection. When a new device was integrated into the CAN network, the corresponding definitions for CAN messages had to be merged into the existing Symbol file.

Now it is easy to add CAN message definitions flexibly to a Connection in PCAN-Explorer 7 by just applying the necessary additional Symbol file. The same can be done with third-party databases. The corresponding software support is provided by the Add-ins CANdb Import and AUTOSAR XML Import (available as bundle).

In addition to VBScript, PCAN-Explorer 7 now has an implementation of the widely used Python scripting language, known for its clear structure and its powerful standard library. With Python you can access the full Object Model of PCAN-Explorer 7 and create small automation tasks for your daily work in CAN environments.

PCAN-Explorer 7 uses the established CodeMeter licensing tool, with which you may already be familiar from other software applications. This offers flexible licensing options, including the new floating licenses for your enterprise environment. You can also use a self-hosted licensing server. Of course, single-user licenses and those using license dongles are available.

When playing back a CAN trace file to your CAN bus for testing purposes, for example, you may not only want to replay the entire data stream at once but also go through the CAN messages in meaningful chunks using breakpoints. You can even single-step through the trace files. Text-based trace files from PEAK-System tools can be used directly. Many other file formats, such as MDF4 and BLF, can be imported.

The SAE J1939 standard has been extended with J1939 FD which defines the use of CAN FD frames. The same Parameter Groups are used as in classic J1939, while the transport layer is optimized to benefit from higher data rate and larger payloads of CAN FD, especially for multi-packet messages.

You can take advantage of analyzing J1939 FD traffic with PCAN-Explorer 7 and its J1939 Add-in.

Wondering if any incoming CAN message has changed its data since the previous reception? In the Receive list of CAN messages and in the Watch window for Signals, this can now easily be detected visually, as changes in data bytes are highlighted.

The daily work experience with PCAN-Explorer 7 benefits from the 64-bit foundation and separate engines for communication tasks and the user interface.