In depth real-time debugging requires close interaction with the processor. Tracing shall provide a chronological picture of a system's inner workings - before or after a critical event - mainly to help analyzing a faulty program.
For the first time, an Aurora GigaBit Trace (AGBT) interface was also implemented on the Emulation Device of the TC27xED AURIX. Emulation Devices of Power Architecture derivatives as MPC57xx, SPC57xx, SPC58xx support the AURORA interface, too. This enables a significant enlargement of the trace memory by connecting external hardware and thus high-end trace tasks with large amounts of data, for example code coverage. However, a 2.5 Gbit/s Aurora interface requires a correspondingly high-performance hardware for signal acquisition, signal conditioning and pre-processing on the target. A corresponding Trace-Pod with AGBT interface is already available for the UAD3+ and UAD2next from PLS. The up to 4 GByte of external trace memory of the UAD3+ are sufficient for support of even the most demanding measurement tasks, 512 MByte of the UAD2next.
For program trace, data trace and even bus trace, Infineon again relies on the proven concept of the Emulation Devices (ED) with integrated Multicore Debug Solution (MCDS). The Emulation Devices are pin-compatible with the production chip, but contain a sophisticated observation and trigger logic as well as currently up to 2 MByte of emulation memory. A whole series of enhancements were also made here for the Aurix family. For example, two CPUs, two further units connected on the crossbar as well as the System Peripheral Bus (SPB) in the trace stream can be monitored in parallel. Programming of the Emulation Device logic can be comfortably carried out with the Universal Emulation Configurator (UEC) from PLS, because this offers a graphical configuration of measurement tasks based on the concept of signals/actions linked via a state machine.
The UAD3+ and UAD2next allow the recording of real-time trace information up to 3.125 Gbit/s in serial trace.
The UAD2next allows the recording of real-time trace information up to 1.25 Gbit/s in serial trace.