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General| Brand | Texas Instruments |
|---|---|
| Model | XDS110 |
| Category | Computer Accessories |
| Language | English |
Summarizes key features including debug protocols, voltage support, and power profiling capabilities.
Details supported host platforms and IDE versions for the XDS110 debug probe.
Compares XDS110 debug performance against XDS100v2, providing example speed improvements.
Provides a high-level diagram of the XDS110 probe's functional areas and interfaces.
Lists all hardware components included in the XDS110 debug probe system package.
Defines common acronyms and abbreviations used throughout the document.
Details industry-standard interfaces for host-to-probe and probe-to-target communication.
Explains the USB connection for host communication and probe power supply.
Describes the standard CTI-20 connector and its supported debug features.
Details the CTI-20 connection pin mapping for debug connections.
Explains the AUX interface for additional debug features via a 14-signal cable.
Details the AUX connection pin mapping for the 14-pin IDC connector.
Details the expansion header for adding functionality and lists supported interfaces.
Describes the 30-pin expansion interface and its signal mapping.
Guides users on basic setup for debug connections, referring to IDE documentation.
Explains using external power for targets, with hardware and CCS setup details.
Describes hardware setup when the target is externally powered.
Details Code Composer Studio setup for target-supplied power.
Discusses supplying power from the probe, requiring HW and SW setup.
Explains hardware setup for probe-supplied power using AUX cable.
Details Code Composer Studio setup for probe-supplied power.
Describes auxiliary interfaces mapped to GPIO signals for controlling target boot modes.
Explains ARM SWO trace support for MCUs and WCS devices, including UART transport.
Details support for exporting trace data from on-chip embedded trace buffers (ETB).
Maps the probe's LED states to its operational status and feedback.
Introduces on-board circuitry for measuring target energy consumption and current.
Details accuracy, device support, and modes for Energy Trace.
Outlines the necessary hardware setup requirements for using the Energy Trace feature.
Explains how to utilize the Energy Trace tool within Code Composer Studio for profiling.
Describes how Energy Trace windows appear and operate during an active debug session.
Explains how to perform energy measurements independently of a debug session.
Refers to documentation for invoking ET+ mode for MSP432 devices with program correlation.
Explains using the `stune` command-line utility for capturing EnergyTrace data to a CSV file.
Introduces software interfaces enabling host-to-target communication and control.
Describes the UART channel for host-to-target communication via USB CDC driver.
Explains the CMSIS-DAP standard interface for ARM Cortex microcontroller debugging.
Introduces utilities for managing debug functionality external to a debug IDE.
Describes the `xds110reset` command-line utility for controlling board reset.
Details the `xdsdfu` utility for examining and maintaining the XDS110 probe firmware.
Introduces the `dbgjtag` utility for testing and operating debug probe features.
Details adaptor boards that support various on-board debug connectors.
Defines the signal mapping for each adaptor type connecting to the CTI-20.
Describes the breakout board for auxiliary (AUX) signals.
Defines the signal mapping used for the 12-pin inline stake connector of the breakout board.
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