TRACE32® ARMv8 Debugger

Adaptation

More TRACE32 Tools for ARMv8

TRACE32 Debug Features

Details and Configurations

R-Car H3 R-Car M3 X-Gene

Highlights

	Full support for all CoreSight components
	Full architectural debug support

	Support for 64-bit instruction set and 32-bit instruction sets ARM and THUMB
	32-bit and 64-bit peripherals displayed on logical level
	Support for 32-bit and 64-bit MMU formats
	Auto-adaption of all display windows to AArch32/AArch64 mode

	Ready-to-run FLASH programming scripts
	Virtualization support
	Bare metal and OS-aware debugging
	Multicore debugging
	Seamless debugging of big.LITTLE systems based on Cortex®-A57/Cortex®-A53, Cortex®-A72/Cortex®-A53, Cortex®-A73 or Cortex®-A35
	AMP debugging with DSPs, GPUs and other accelerator cores
	Support for 32-bit and 64-bit semi-hosting
	Other TRACE32 tools for ARMv8: Debugging of Virtual Targets, On-chip trace support (ETB, ETF, ETR), Off-chip trace tools (ETMv4)
	Support for
	AMCC, AMLOGIC, ARM, BROADCOM, CAVIUM, HISILICON, MACOM, MARVELL, NVIDIA, NXP, QUALCOMM, RENESAS, SAMSUNG, XILINX 88F3710, 88F3720, 88F7020, 88F7040, 88F8020, 88F8040, APM883204-X1, APM883208-X1, APM883308-X1, APM883408-X1, APM883408-X2, BCM2837, BCM4908, BCM5871, CN81XX, CN83XX, CORTEX-A32, CORTEX-A35, CORTEX-A53, CORTEX-A55, CORTEX-A57, CORTEX-A72, CORTEX-A73, CORTEX-A75, CORTEX-R52, EXYNOS5433, EXYNOS7420, EXYNOS7570, EXYNOS7580, EXYNOS7870, EXYNOS8890, EXYNOS8895, FALKOR, KIRIN620, KIRIN960, KRYO2XX, KRYOA, LS1012A, LS1023A, LS1026A, LS1043A, LS1046A, LS1088A, LS2044A, LS2048A, LS2080A, LS2084A, LS2088A, PXA1908, PXA1918, PXA1928, PXA1936, R8A77950, R8A77960, S32V234, S905, TEGRAX1, X-GENE, ZYNQ-ULTRASCALE+

		Modules Adaptions Dimensions		Operation Voltage		Order Information	Technical Support
List of Supported Compilers List of Supported Target Operating Systems List of Supported Hypervisors Ready-to-run bring-up scripts [www.arm.com] CoreSight On-chip Debug & Trace IP

Adaptation

Adaptation for ARM Debug Connector

Adaptation for MIPI Debug Connectors (ARM)

More TRACE32 Tools for ARMv8

Debugging of Virtual Targets

Front-end to third-party virtual targets
Front-end to third-party core simulators
Front-end to third-party target servers
Front-end to TRACE32 Back-End
Same GUI as TRACE32 hardware debuggers
Debug features as provided by third-party software/TRACE32 Back-End
Trace features as provided by third-party software/TRACE32 Back-End
Windows, Linux and MacOSX
Reprise RLM floating licenses

On-Chip Trace (ETB, ETF, ETR)

Compatible to external ETM Trace
Readout through JTAG
No Speed Limit
Full Trace of Code and Data

Off-chip Parallel Trace (ETMv4)

Up to 4 GByte trace buffer
Target voltage 1.2 .. 3.3 V
5 ns time stamp
Program and data trace
Performance analysis
Function and task run-time measurement
Code coverage
Support for Embedded Trace Macrocell (ETM), Program Trace Macrocell (PTM)
Support for Embedded Trace Buffer (ETB), Trace Memory Controller (TMC), Trace Port Interface Unit (TPIU)
Support for multiple trace sources in a single stream (CoreSight trace)

Off-chip Serial Trace via Serial Preprocessor (ETMv4)

Support of High-Speed Serial Trace Port (ETM-HSSTP, ARM specified)
Compatible to Xilinx Aurora protocol
Support of up to four differential lanes
Maximum 6,25Gbit/s lane speed
Up to 4 GByte trace buffer size, sufficient for up to 24 Giga CPU cycles

Off-chip Serial Trace via PowerTrace Serial (ETMv4)

4 GByte trace memory
Up to 12.5 Gbit/s per channel
Aurora-based trace protocols up to 8 RX lanes
PCIe-based trace protocol up to 8 RX/TX lanes
Reference-clock and bit-clock support
Fast trace upload to the host computer
Additional independent 17 channel logic analyzer

TRACE32 Debug Features

Multicore Debugging

Debugger for all cores of a multicore chip
Debugging of application cores, DSPs, accelerator cores and special-purpose cores
Debugging of more than 80 core architectures
Support for every multicore topology
Support for all multicore operation modes
Support for AMP and SMP systems
Single debug hardware can be licensed for all cores of a multicore chip

Logical Display of Peripherals

Display of onchip peripherals
User definable windows
Interactive window definition with softkey support
Pulldown menues for selection of choices
Additional description for each field

NOR FLASH Programming

Internal and/or external NOR FLASH memories
All common NOR FLASH types
Programming of multiple NOR FLASH devices
Provided by debuggers and in-circuit emulators

NAND FLASH Programming

Generic and CPU-specific NAND FLASH controllers
Support all common NAND FLASH devices
Bad block treatment (skipped, reserved block area)
ECC generation

High-Level-Language Debugging

Supports multiple languages
Full support for C++
Integrated into TRACE32 environment
Supports most compilers and hosts
Same user interface on different hosts
High speed download
Debugs optimized code
Display of function nesting
Display of linked lists
Powerful expression evaluation

Full MMU Support

Full integrated support of processor's MMU
Display of processor MMU registers
Display of MMU table entries
Display of address translation table
'Shadowing' MMU address translation inside debugger
Full virtual and physical access to target at any time
Debugger has optionally write access to write protected memory areas
Detection and decoding of software MMU tables built by operating systems
Support for several user space MMU tables side by side
TLB context tracking and git statistics via CTS

OS-aware Debugging

Real-time, non-intrusive display of RTOS system resources
Task stack coverage
Task related breakpoints
Task context display
SMP support
Task related performance measurement
Statistic evaluation and graphic display of task run times
Task related evaluation of function run times
PRACTICE functions for OS data
Easy access via RTOS specific pull-down menus
Support for all major RTOSes

Hypervisor-aware Debugging

Seamless debugging of the total system in stop-mode
Hypervisor-awareness as a loadable debug extension is provided by Lauterbach
Machine ID allows the user to uniquely identify any virtual machine in the system
Machine ID provides full visibility of context of active and inactive virtual machines
OS-awareness can be loaded for each virtual machine

Sample-based Profiling

Long-time performance analysis for functions
Long-time performance analysis for tasks
Long-time analysis of the contents of a variable or memory location and more

Script Language PRACTICE

Structured Language
Menu Support
Command Logs
Custom Menues
Custom Toolbars and Buttons
Custom Dialog Windows
64-Bit Arithmetic
Numeric, Logical and String Operators
Direct Access to System States

Details and Configurations

Copyright © 2017 Lauterbach GmbH, Altlaufstr.40, D-85635 Höhenkirchen-Siegertsbrunn, Germany Impressum
The information presented is intended to give overview information only.
Changes and technical enhancements or modifications can be made without notice. Report Errors
Last generated/modified: 21-Jul-2017