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Contains information on how to use the CrossStudio development environment to manage your projects, build, and debug your applications. ![]() Describes how to get started with CrossStudio and runs through all the steps from creating a project to debugging it on hardware. #Segger embedded studio error cc1 software#Covers installing CrossWorks on your machine and verifying that it operates correctly, followed by a brief guide to the operation of the CrossStudio integrated development environment, debugger, and other software supplied in the CrossWorks package. If the problem is not covered in the documentation, see Requesting support and reporting problems (page 18) for more information.Ģ 2 Introduction Welcome to CrossWorks for ARM! 2 Introduction This guide is divided into a number of sections: Introduction (page 2). If you have a question or need some help working with CrossStudio, please check our frequently asked questions page or use CrossStudio's Help window (page 124). Key resources also include getting started documents, API references, and cross-references for related topics. Each of the links below leads to the resources for a specific topic. Documentation overview A comprehensive collection of technical documentation, including reference material, release notes, sample code, technical notes, and Q&As. However, given I am not an expert on the device itself, I will check with other colleagues that can provide more educated answers in this regard.1 1 1 CrossWorks for ARM Welcome to CrossWorks for ARM! CrossWorks for ARM is a streamlined integrated development environment, compilation tools, and libraries for building, testing, and deploying applications on ARM7, ARM9, and XScale microcontrollers. They may be influencing the normal operation of your board.Īll that said, I suspect something else is not entirely correct with your custom PCB, given the VDDR pins seem to be elevated to abnormal voltage levels when comparing to the device's datasheet. The snippet of schematics diagram shows some transzorbs but the launchpad schematics has a few pull down resistors. This way you remove one of the possible sources of error. Given that a possible root cause for the problem above is related to power supply, my first attempt would be to power the board externally (careful with ground loops!) and see if the connection is properly established. Software-dl.ti.com/./ccs_debugging_jtag_connectivity_issues.html But when I tried with my custom board,Īfter attempting to program, the voltage on the VDDR and VDDR_RF pins has risen from 1.68V to 3.0V (VDDS is 3.3V) and there are some errors. as attachment.įrom a tools standpoint, the errors 2 are related to the inability of the Debug Probe in properly communicate with the Cortex M3 core. And I was able to program the CC1350 on the LaunchPad using external power supply (from 1.8 to 3.3V). Circuit is powered Through JTAG (3.3V in total). Voltages are correct -> 1.27V on DCOUPL and 1.68V on VDDR. Board is a custom one, with a CC350F128 on it, using its DC-DC converter. The title is 'SC_ERR_ROUTER_SECURE_SUBPATH'. ![]() #Segger embedded studio error cc1 driver#This error is generated by TI's USCIF driver or utilities. When I test the connection to my custom board in CCSĪn error occurred while hard opening the controller. I can successfully program on the CC1350 launch pad. I'm having issues programming a CC1350F128 on a custom board using a CC1350 LaunchPad. ![]()
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