Search results for "mips"
Converter to connect an AutoFocus II Preprocessor with MICTOR-38 and an IDC20A Debug Cable to MIPI-10/-20/-34. Enables the AutoFocus II Preprocessor to receive trace data from the 4-bit wide trace port of a MIPI-34 target connector. The converter is configured for MIPI-34 via 0 Ohm resistors. By soldering the resistors differently MIPI-20T can be supported as well. You can get the same converter pre-configured for MIPI-20T by ordering LA-3809 Converter Mictor-38/IDC20A to MIPI-20T.
Converter from a MIPI20T to a MICTOR38 connector with ETM pin-out, designed to connect a MIPI20T-HS Whisker (from a CombiProbe or MicroTrace) to a target with MICTOR38 connector. Can be used for debugging with optional 4-bit trace if a MICTOR38 connector with 4-bit ETM pin-out is mounted on the target.
Converter to connect an IDC20A debug cable to a target with MIPI34, MIPI20D, or MIPI10 connector. For connecting an IDC20A debug cable on a PowerTrace Serial use the converter LA-2770 instead. (LA-2770 is for a MIPI34 connector with pin 1 on the right sight, while LA-3770 expects pin 1 on the left side at the target.)
Converter from a MIPI20T to a TI-14 debug connector, designed to connect the debug lines of a MIPI20T-HS Whisker (from a CombiProbe or MicroTrace) to a target with TI-14 connector. Can be used for debugging if a TI-14 connector is mounted on the target, which is used on many targets with processors from Texas Instruments. There is a pin header to optionally receive trace signals from elsewhere.
Converter to connect an ARM Preprocessor (up to 24-bit PTM/ETMv3) and up to three CombiProbes (3x STM/STP) to a MIPI-60 connector on the target. This converter is designed for U8500/U5500 from ST Ericsson.
Converter from a MIPI20T to an IDC20A debug connector, designed to connect the debug signals of a MIPI20T-HS Whisker (from a CombiProbe or MicroTrace) to a target with IDC20A connector. Can be used for debugging if an IDC20A connector is mounted on the target, which is used on many targets with Arm SoCs or Arm-compatible SoCs. There is a pin header to optionally receive trace signals from elsewhere.
Converter from MIPI34 connector on CombiProbe for Intel x86/x64 to FPC 41pin (Panasonic) connector Adapter for the Intel Medfield Smartphone Reference Platform
Converter to connect an ARM Preprocessor to a MIPI-60 on the target. Suitable for up to 16-bit ETMv3. The converter is prepared to support various other configurations because all clock and data signals of the MIPI-60 are connected to the Preprocessor.
Supported for Real-Time Trace of C64x+ if applied to an AUTOFOCUS MIPI preprocessors please add the serial number of the preprocessor to your order voltage range 1.2V to 3.3V
A variety of specialized debug probes dedicated to specific target platforms have in common that they ensure your best possible debugging experience.
"Codes RH850 Debug Probe IDC14R RH850, RISC-V, Xtensa® LA-3719 (RH850) V850 Debug Probe IDC20V V850, MIPS64..." "Probe IDC06F 68HC12, ColdFire LA-3748 (MCS12Z), LA-3746 (Coldfire-V1) 68HC11 Debug Probe IDC10E 68HC11 MIPS..." "Debug Probe IDC14M MIPS, i8051, ARC, Arm®/Cortex®, CEVA-Teak, Xtensa® LA-7760 (MIPS32), LA-7761 (MIPS64..." "STRED, StarCore, SuperH, Ubicom32, Xtensa®, ZSP, i8051, 78K, 68HC11, APEX, APS, ARP32, AVR8, C166, MIPS..." "Intel®/x86, Arm®/Cortex®, TriCore™/AURIX™, RISC-V, dsPIC, MIPS, APS, ARC, ARP32, C166, C2000, C5000,..."