Search results for "cortex-r8"
Our PowerTrace II Lite trace module for mid- and low-speed cores lets you record system behavior in real-time without influencing the system operation.
Debug cable and 512 MByte of trace memory Supports Standard-JTAG, cJTAG and Serial Wire Debug Port Bandwidth of 400 MBit/s per trace channel requires at least one of the following A-licenses: LA-3743A Debug. for Cortex-A/R (Armv8 and Armv9) Add. LA-7742A (JTAG Debugger License for ARM9 Add.) LA-7746A (JTAG Debugger License for ARM7 Add.) LA-7765A (JTAG Debugger License for ARM11 Add.) LA-7843A (JTAG Debugger License for CORTEX-A Add.) LA-7844A (JTAG Debugger License for CORTEX-M Add.) Trace support (up to 4-bit) included: - MIPI System Trace - ITM via Serial Wire Output/TPIU - ETM Cortex-M continuous mode via TPIU Supports the following trace licenses: LA-7970X (Trace License for the ARM Architecture) requires Power Debug Interface USB 3.0, Power Debug II or Power Debug PRO 5V tolerant inputs; max. output level 3.3V
Adapter for debugging over a CAN bus with up to 8 Mbit/s supporting DAP over CAN Physical Layer (DXCPL), DAP over CAN Message (DXCM) and Single Signal Debug Port (SSDP). Includes a removable CAN termination resistor (120 Ohm). Requires an AUTO26 Debug Cable V3 (LA-3011), AUTO26 Debug Cable V2 (LA-3010), or a CombiProbe2 with AUTO26 Whisker (LA-3081). Requires PowerView software R.2024.02 or newer. For Arm® Cortex®-based SoCs, please order pack LA-3256 instead, which includes this CAN box together with a suitable debug cable.
Our TRACE32® tools support debugging and tracing of operating systems based on both AUTOSAR Classic Platform as well as AUTOSAR Adaptive Platform. They also support various configurations for the concurrent debugging of both of them.
APS - Lauterbach TRACE32 Debugger and Trace Solutions
Benefit from Lauterbach’s leading edge development tools and close partnership with CEVA® to analyze any design, from a stand-alone single- or multi-core device to a complex SoC.
Benefit from our leading edge tools to debug Hexagon DSPs and HVX co-processors in Qualcomm Snapdragon Mobile, Snapdragon Automotive, Cloud AI and other chips.
Using our tools you can debug and control any ARC core - along with all of the other cores - in a chip via a single debug interface, all at the same time.
Using our tools you can simultaneously debug a wide variety of Xtensa cores - along with all of the other cores - in a chip via a single debug interface.
Using our tools you can debug any RISC-V core - along with all of the other cores - in any chip via a single debug interface, all at the same time.