IAR Systems Hardware Debug Probes and Trace Tools

Direct supply of IAR Systems hardware tools, in-circuit debug probes, high-speed trace emulators, and dynamic power measurement units for Arm and RISC-V architectures.

I-jet In-Circuit Hardware Debug Probes

IAR I-jet in-circuit debugging probes deliver high-performance testing for Arm and RISC-V target microcontrollers over JTAG and SWD interfaces at clock speeds up to 48 MHz. Powered directly via USB 2.0, the unit monitors target power consumption and detects target logic levels.

JTAG and SWD clock speeds up to 48 MHz with auto-detection for Arm and RISC-V
High-speed USB 2.0 interface with firmware download throughput reaching 1.4 MB/s
Target board power supply up to 400 mA with 200 uA current measurement accuracy
Native integration into IAR Embedded Workbench IDE and C-SPY diagnostic debugger

I-jet Trace High-Speed Instruction Probes

IAR I-jet Trace hardware probes deliver advanced instruction tracing and execution profiling for Arm Cortex and RISC-V processor targets. The probe supports ETM and PTM trace clocks up to 350 MHz and streaming throughput up to 3.73 MB/s for mission-critical industrial systems.

Instruction trace support for ETM and PTM with dedicated clocks reaching 350 MHz
Enhanced JTAG and SWD frequencies up to 100 MHz and SWO tracing up to 200 MHz
Real-time non-intrusive function execution profiling and test code coverage
Dedicated MIPI-20 trace connectors and high-density 38-pin Mictor-38 interfaces

I-scope Current and Voltage Power Probes

IAR I-scope measurement modules connect directly to the I-jet debug probe to capture dynamic current and voltage waveforms on target boards. Operating with a 200 kHz sampling rate and 200 uA current resolution, it correlates electrical spikes with executing program code lines.

Differential voltage measurement across low-resistance target shunt resistors
High-speed 200 kHz analog sampling synchronized with microcontroller program flow
Target voltage range up to five volts with high rejection of common-mode noise
Direct visual correlation of current consumption with source code inside C-SPY

MIPI and ARM Hardware Interface Adapters

Dedicated interface adapters and shielded ribbon cables from IAR Systems deliver robust electrical coupling between I-jet probes and customer target printed circuit boards. The lineup includes miniature MIPI-10, standard 20-pin MIPI-20, legacy ARM-20, and Mictor-38 trace headers.

Compact MIPI-10 headers with 1.27 mm pitch for space-constrained industrial boards
Standard 20-pin MIPI-20 ribbon cables with internal ground shielding design
Legacy ARM-20 adapter boards with 2.54 mm pitch for standard development setups
High-density Mictor-38 connections for multi-channel high-speed ETM tracing

IAR Embedded Workbench for Arm and RISC-V

The IAR Embedded Workbench integrated development platform brings together an optimizing C/C++ compiler, assembler, linker, and the C-SPY debugger for Arm and RISC-V targets. Supporting over 8,000 devices worldwide, it maximizes code density and run-time execution speeds.

Advanced compiler optimization for minimal code footprint and top execution speed
Broad microcontroller support covering over 8,000 Arm Cortex and RISC-V targets
Integrated C-STAT static code analysis and C-RUN automated runtime testing tools
Native cross-platform toolchain deployment across Windows and Linux CI/CD clouds

Functional Safety Editions for Critical Systems

IAR Embedded Workbench Functional Safety editions are tailored for safety-critical industrial, medical, and automotive control electronics. Evaluated and approved by TÜV SÜD experts, the toolchains comply with demanding standards including ISO 26262, IEC 61508, and IEC 62304.

Compliance with ISO 26262 automotive functional safety standards up to ASIL D
Support for IEC 61508 industrial automated safety requirements up to SIL 3
Pre-tested qualification for IEC 62304 medical software life cycle processes
Complete TÜV SÜD safety evaluation report and frozen-version long-term support

C-STAT and C-RUN Code Analysis Tools

The integrated C-STAT and C-RUN toolchains by IAR Systems provide deep source code inspection and runtime reliability testing for microcontroller firmware. C-STAT checks compliance against MISRA C and CERT C, while C-RUN catches memory boundaries and arithmetic overflows automatically.

Static source code analysis aligned with MISRA C:2012 and CERT C security rules
Automated runtime detection of memory buffer boundary violations and overflows
Comprehensive compliance reporting for automotive and industrial safety reviews
Seamless toolchain integration into modern Linux and Windows automated CI/CD

Embedded Security and Intellectual Property Protection

IAR Embedded Security platforms and Secure Thingz solutions safeguard intellectual property and eliminate hardware counterfeiting in connected devices. The system establishes a hardware Root of Trust, encrypts application firmware images, and governs secure production programming workflows.

Creation of hardware Root of Trust to secure authenticated boot sequence execution
Cryptographic application firmware encryption to prevent clone attacks on hardware
Volume-limited authorized device programming during factory contract manufacturing
Compliance with global IoT cybersecurity requirements EN 303645 and NIST IR 8259

Architectural Standards of IAR I-jet Hardware Debug Probes

Swedish developer IAR Systems engineers hardware in-circuit debug probes for mission-critical industrial automation and automotive microcontrollers.

The instruments support JTAG, SWD, and cJTAG interfaces at clock frequencies up to 48 MHz with automatic target voltage sensing from 1.65 to 5 V. Probes ship in shielded enclosures with flexible MIPI ribbon assemblies.

High-Speed Trace Capabilities with I-jet Trace Hardware

I-jet Trace probes deliver non-intrusive instruction capture across ETM and PTM channels at dedicated trace clocks reaching 350 MHz.

The hardware buffer memory supports continuous function profiling and code coverage metrics in real time. Units integrate into automated test benches for rigorous firmware verification.

Synchronized Power Profiling with I-scope Sensor Units

I-scope measurement units connect directly to the I-jet probe for synchronized current and voltage monitoring on target printed circuit boards.

An analog sampling frequency of 200 kHz detects dynamic power spikes during RF transmissions and microcontroller sleep-mode transitions.

MIPI Interface Adapters and High-Density Mictor-38 Connectors

To connect IAR probes with diverse board layouts, precision adapters are available in 1.27 mm and 2.54 mm pin-pitch configurations.

High-density Mictor-38 headers deliver matched impedance across parallel trace tracks, preventing signal distortion at transmission speeds up to 350 MHz.

IAR Embedded Workbench Toolchain and Optimization Engine

The IAR Embedded Workbench toolchain generates compact machine code and maximizes algorithm execution speed across Arm and RISC-V processor targets.

The platform integrates C-STAT static code analysis and C-RUN automated runtime testing to streamline firmware deployment on industrial equipment.

Compliance with International ISO and IEC Safety Standards

Functional Safety editions are evaluated and approved by TÜV SÜD for compliance with ISO 26262, IEC 61508, and IEC 62304 standards.

Procurement packages include complete validation documentation, Safety Reports, and frozen toolchain versions supported by long-term maintenance contracts.

IAR Systems and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of IAR Systems and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.