Search results for "core"
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.
Analyze Intel® SoC designs with both the x86 and other Instruction Sets, from a single core Intel® Quark™ to multicore Core™ or Xeon™ application processors.
supports PowerQuiccIII (MPC85XX) and QorIQ 32-bit with e500 core (P10XX, P2010, P2020, BSC9xxx) includes software for Windows, Linux and MacOSX requires Power Debug Module debug cable with 16 pin connector Concurrent debugging of two or more cores in multicore chip requires a License for Multicore Debugging (LA-7960X)
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.
Benefit from our leading edge development tools to analyze any complex chip integrating Arm Cortex-A-, Arm Cortex-R- and C6x cores with C7x DSP cores.
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.
Use our tools to analyze any design, from a stand-alone single- or multi-core DSP to a complex chip integrating Arm CPUs, C7000, PRU, ARP32 with C6x DSP cores.
Allows the concurrent debugging of two or more identical cores. Please add the base serial number of your Debug Cable respectively the serial number of the CombiProbe to your order. No "License for Multicore Debugging" is needed if the Debug Cable or the CombiProbe already has 2 debug licenses.
From very low-power single-core chips up to high-performance multicore chips, your RH850 application can be improved using our Debug and Trace Tools.
Our debug and trace tools support both SMP systems (Symmetric Multiprocessing) and AMP systems (Asymmetric Multiprocessing).