templates.xml

<?xml version="1.0" encoding="ASCII"?>
<model:MDescriptors xmlns:model="http://www.silabs.com/ss/Studio.ecore">
  <descriptors name="platform_pg23_code_execution_ram" label="Platform - Executing Code from RAM" description="This example aims to show how to set up a project so that the entire code is executed in the RAM memory using Silicon Labs development kits.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_pg23_code_execution_ram.SimplicityStudio.platform_pg23_code_execution_ram.slcp"/>
    <properties key="projectFilePaths" value="platform_pg23_code_execution_ram/SimplicityStudio/platform_pg23_code_execution_ram.slcp"/>
    <properties key="readmeFiles" value="platform_pg23_code_execution_ram/README.md"/>
    <properties key="boardCompatibility" value="brd2504a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efm32pg23.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_trng" label="Platform - True Random Number Generator (TRNG)" description="This project uses the True Random Number Generator (TRNG) peripheral of the EFM32 to generate random numbers.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_trng.SimplicityStudio.platform_trng.slcp"/>
    <properties key="projectFilePaths" value="platform_trng/SimplicityStudio/platform_trng.slcp"/>
    <properties key="readmeFiles" value="platform_trng/README.md"/>
    <properties key="boardCompatibility" value="brd2204a brd2204c com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efm32gg11b.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_peripheral_lesense_adc" label="Platform - Peripheral LESENSE ADC" description="This project demonstrates using LESENSE to trigger ADC conversions and read the result from the LESENSE interrupt handler.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_peripheral_lesense_adc.SimplicityStudio.platform_peripheral_lesense_adc.slcp"/>
    <properties key="projectFilePaths" value="platform_peripheral_lesense_adc/SimplicityStudio/platform_peripheral_lesense_adc.slcp"/>
    <properties key="readmeFiles" value="platform_peripheral_lesense_adc/README.md"/>
    <properties key="boardCompatibility" value="brd2204a brd2204c"/>
    <properties key="partCompatibility" value=".*efm32gg11b.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_segmentLCD_lowpower" label="Platform - SegmentLCD Low Power" description="This project demonstrates the LCD peripheral with low power mode.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_segmentLCD_lowpower.SimplicityStudio.platform_segmentLCD_lowpower.slcp"/>
    <properties key="projectFilePaths" value="platform_segmentLCD_lowpower/SimplicityStudio/platform_segmentLCD_lowpower.slcp"/>
    <properties key="readmeFiles" value="platform_segmentLCD_lowpower/README.md"/>
    <properties key="boardCompatibility" value="brd2600a brd2506a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32fg23.* .*efm32pg28.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_segmentLCD_tempsensor" label="Platform - Segment LCD and Temperature Sensor" description="This project demonstrates how to use the Si70xx temperature sensor to measure and record temperature values and how to use the Segment LCD to display those values.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_segmentLCD_tempsensor.SimplicityStudio.platform_segmentLCD_tempsensor.slcp"/>
    <properties key="projectFilePaths" value="platform_segmentLCD_tempsensor/SimplicityStudio/platform_segmentLCD_tempsensor.slcp"/>
    <properties key="readmeFiles" value="platform_segmentLCD_tempsensor/README.md"/>
    <properties key="boardCompatibility" value="brd2600a brd2504a brd2506a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32fg23.* .*efm32pg23.* .*efm32pg28.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_iadc_high_accuracy_PG23" label="Platform - IADC High Accuracy Mode - PG23 (BRD2504A)" description="This project shows an example using IADC with high accuracy mode for PG23 (BRD2504A).">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_iadc_high_accuracy_PG23.SimplicityStudio.platform_iadc_high_accuracy_pg3.slcp"/>
    <properties key="projectFilePaths" value="platform_iadc_high_accuracy_PG23/SimplicityStudio/platform_iadc_high_accuracy_pg23.slcp"/>
    <properties key="readmeFiles" value="platform_iadc_high_accuracy_PG23/README.md"/>
    <properties key="boardCompatibility" value="brd2504a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efm32pg23.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_lean_watchdog" label="Platform - Lean Watchdog" description="This example project implements a low-power &quot;Lean Watchdog&quot; solution by combining BURTC and FAILDET peripherals on EFR32 Series 2 devices.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_lean_watchdog.SimplicityStudio.platform_lean_watchdog.slcp"/>
    <properties key="projectFilePaths" value="platform_lean_watchdog/SimplicityStudio/platform_lean_watchdog.slcp"/>
    <properties key="readmeFiles" value="platform_lean_watchdog/README.md"/>
    <properties key="boardCompatibility" value="brd4204d com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32zg23.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_pcnt_edge_counter_series1" label="Platform - Edge Counting Using the EFM32/EFR32 Series 1 Pulse Counter (PCNT)" description="This project demonstrates a way to count edges using the Pulse Counter (PCNT) on Series 1 EFM32 and EFR32 devices.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_pcnt_edge_counter_series1.SimplicityStudio.platform_pcnt_edge_counter_series1.slcp"/>
    <properties key="projectFilePaths" value="platform_pcnt_edge_counter_series1/SimplicityStudio/platform_pcnt_edge_counter_series1.slcp"/>
    <properties key="readmeFiles" value="platform_pcnt_edge_counter_series1/README.md"/>
    <properties key="boardCompatibility" value="brd2102a brd2204a brd2204c brd2500a brd2501a brd4100a brd4103a brd4104a brd4151a brd4158a brd4162a brd4250a brd4253a brd4255a brd4257a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efm32tg11b.* .*efm32pg1b.* .*efm32pg12b.* .*efm32gg11b.* .*efr32bg1p.* .*efr32bg12p.* .*efr32bg13p.* .*efr32mg1p.* .*efr32mg13p.* .*efr32mg12p.* .*efr32fg1p.* .*efr32fg12p.* .*efr32fg13p.* .*efr32fg14p.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_rht_baremetal" label="Platform - Si7021 RHT Sensor Bare-metal" description="The example showcases the utilization of the Si7021 Relative Humidity and Temperature sensor and the built-in LCD screen on the Wireless Starter Kit (WSTK) in a bare-metal configuration.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_rht_baremetal.SimplicityStudio.platform_rht_baremetal.slcp"/>
    <properties key="projectFilePaths" value="platform_rht_baremetal/SimplicityStudio/platform_rht_baremetal.slcp"/>
    <properties key="readmeFiles" value="platform_rht_baremetal/README.md"/>
    <properties key="boardCompatibility" value="brd4182a brd4161a brd4187c brd4104a brd4257b brd4158a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg22.* .*efr32mg12.* .*efr32mg24.* .*efr32bg13.* .*efr32fg14.* .*efr32mg13.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_peripheral_low_energy" label="Platform - Using Autonomous Peripherals in Low Power EM2 Mode" description="This project configures multiple peripherals to work together in low power EM2 mode.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_peripheral_low_energy.SimplicityStudio.platform_peripheral_low_energy.slcp"/>
    <properties key="projectFilePaths" value="platform_peripheral_low_energy/SimplicityStudio/platform_peripheral_low_energy.slcp"/>
    <properties key="readmeFiles" value="platform_peripheral_low_energy/README.md"/>
    <properties key="boardCompatibility" value="brd2204a brd2204c com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efm32gg11.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_dali_eusart_dmadrv_main" label="Platform - DALI Communication using EUSART (Main device)" description="This project is part of AN1220. Which uses Series 1 and Series 2 devices to implement the Digital Addressable Lighting Interface (DALI) protocol. DALI uses a wired bus structure to create a communication path between a control device (main) and a control gear (secondary).">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_dali.dali_eusart.SimplicityStudio.platform_dali_eusart_dmadrv_main.slcp"/>
    <properties key="projectFilePaths" value="platform_dali/dali_eusart/SimplicityStudio/platform_dali_eusart_dmadrv_main.slcp"/>
    <properties key="readmeFiles" value="platform_dali/README.md"/>
    <properties key="boardCompatibility" value="brd4186c com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg24.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
  </descriptors>
  <descriptors name="platform_dali_eusart_dmadrv_secondary" label="Platform - DALI Communication using EUSART (Secondary device)" description="This project is part of AN1220. Which uses Series 1 and Series 2 devices to implement the Digital Addressable Lighting Interface (DALI) protocol. DALI uses a wired bus structure to create a communication path between a control device (main) and a control gear (secondary).">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_dali.dali_eusart.SimplicityStudio.platform_dali_eusart_dmadrv_secondary.slcp"/>
    <properties key="projectFilePaths" value="platform_dali/dali_eusart/SimplicityStudio/platform_dali_eusart_dmadrv_secondary.slcp"/>
    <properties key="readmeFiles" value="platform_dali/README.md"/>
    <properties key="boardCompatibility" value="brd4186c com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg24.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
  </descriptors>
  <descriptors name="platform_dali_spi_bitbang_main" label="Platform - DALI Communication using bitbang SPI (Main device)" description="This project is part of AN1220. Which uses Series 1 and Series 2 devices to implement the Digital Addressable Lighting Interface (DALI) protocol. DALI uses a wired bus structure to create a communication path between a control device (main) and a control gear (secondary).">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_dali.dali_spi_bitbang.SimplicityStudio.platform_dali_spi_bitbang_main.slcp"/>
    <properties key="projectFilePaths" value="platform_dali/dali_spi_bitbang/SimplicityStudio/platform_dali_spi_bitbang_main.slcp"/>
    <properties key="readmeFiles" value="platform_dali/README.md"/>
    <properties key="boardCompatibility" value="brd4161a brd4181a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12.* .*efr32mg21.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
  </descriptors>
  <descriptors name="platform_dali_spi_bitbang_secondary" label="Platform - DALI Communication using bitbang SPI (Secondary device)" description="This project is part of AN1220. Which uses Series 1 and Series 2 devices to implement the Digital Addressable Lighting Interface (DALI) protocol. DALI uses a wired bus structure to create a communication path between a control device (main) and a control gear (secondary).">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_dali.dali_spi_bitbang.SimplicityStudio.platform_dali_spi_bitbang_secondary.slcp"/>
    <properties key="projectFilePaths" value="platform_dali/dali_spi_bitbang/SimplicityStudio/platform_dali_spi_bitbang_secondary.slcp"/>
    <properties key="readmeFiles" value="platform_dali/README.md"/>
    <properties key="boardCompatibility" value="brd4161a brd4181a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12.* .*efr32mg21.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
  </descriptors>
  <descriptors name="platform_dali_spi_bitbang_dmadrv_main" label="Platform - DALI Communication using bitbang SPI with DMADRV (Main device)" description="This project is part of AN1220. Which uses Series 1 and Series 2 devices to implement the Digital Addressable Lighting Interface (DALI) protocol. DALI uses a wired bus structure to create a communication path between a control device (main) and a control gear (secondary).">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_dali.dali_spi_bitbang.SimplicityStudio.platform_dali_spi_bitbang_dmadrv_main.slcp"/>
    <properties key="projectFilePaths" value="platform_dali/dali_spi_bitbang/SimplicityStudio/platform_dali_spi_bitbang_dmadrv_main.slcp"/>
    <properties key="readmeFiles" value="platform_dali/README.md"/>
    <properties key="boardCompatibility" value="brd4161a brd4181a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12.* .*efr32mg21.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
  </descriptors>
  <descriptors name="platform_dali_spi_bitbang_dmadrv_secondary" label="Platform - DALI Communication using bitbang SPI with DMADRV (Secondary device)" description="This project is part of AN1220. Which uses Series 1 and Series 2 devices to implement the Digital Addressable Lighting Interface (DALI) protocol. DALI uses a wired bus structure to create a communication path between a control device (main) and a control gear (secondary).">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_dali.dali_spi_bitbang.SimplicityStudio.platform_dali_spi_bitbang_dmadrv_secondary.slcp"/>
    <properties key="projectFilePaths" value="platform_dali/dali_spi_bitbang/SimplicityStudio/platform_dali_spi_bitbang_dmadrv_secondary.slcp"/>
    <properties key="readmeFiles" value="platform_dali/README.md"/>
    <properties key="boardCompatibility" value="brd4161a brd4181a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12.* .*efr32mg21.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
  </descriptors>
  <descriptors name="platform_segmentlcd_ldma" label="Platform - Segment LCD with LDMA" description="This project shows how to use the LCD peripheral with the LDMA on the EFR32FG23 Dev Kit (BRD2600A) board and the EFM32PG28 Pro Kit (BRD2506A) board. The example updates the segment LCD in EM2 using the segment LCD driver.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_segmentLCD_ldma.SimplicityStudio.platform_segmentLCD_ldma.slcp"/>
    <properties key="projectFilePaths" value="platform_segmentLCD_ldma/SimplicityStudio/platform_segmentLCD_ldma.slcp"/>
    <properties key="readmeFiles" value="platform_segmentLCD_ldma/README.md"/>
    <properties key="boardCompatibility" value="brd2600a brd2506a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32fg23.* .*efm32pg28.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_iadc_high_speed_pg23" label="Platform - IADC High-speed Mode" description="This project shows how to use the IADC in high-speed mode on the EFM32PG23 Pro Kit (BRD2504A) board.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_iadc_high_speed_PG23.SimplicityStudio.platform_iadc_high_speed_pg23.slcp"/>
    <properties key="projectFilePaths" value="platform_iadc_high_speed_PG23/SimplicityStudio/platform_iadc_high_speed_pg23.slcp"/>
    <properties key="readmeFiles" value="platform_iadc_high_speed_PG23/README.md"/>
    <properties key="boardCompatibility" value="brd2504a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efm32pg23.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
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  <descriptors name="platform_async_em01grpaclk_out_series2" label="Platform - Asynchronous EM01GRPA Clock Output" description="This example drives a 50% duty cycle 6 MHz clock generated by TIMER0.">
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  <descriptors name="platform_i2c_to_nvm3_test" label="Platform - I2C Read to NVM3 Test" description="This project tests the total system latency when sampling a SI7210 Hall Effect sensor on the I2C bus and storing the information to flash using NVM3.">
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  <descriptors name="platform_i2c_test_for_efm8_ioexpander" label="Platform - I2C Test for EFM8 IOExpander (IOEXP)" description="This project provides a test tool for EFM8 IOExpander. The example uses the I2C module for communication, a GPIO pin and a built-in LED to detect and signal the interrupts of EFM8 IOExpander. The command line interface also contains simple command interpreters to read and write registers of EFM8 IOExpander. Furthermore, some additional commands are added to make the example as a basic automated test tool. See AN1304: GPIO Expander Based on EFM8MCU Product Family for more information.">
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  <descriptors name="platform_rgb_led" label="Platform - WS2812 RGB LED Driver" description="This demo project is set up to control a string of RGB LEDs using Adafruit Ws2812 and GG11 Starter Kit.">
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    <properties key="solutionReferenceId" value="platform_rgb_led.SimplicityStudio.platform_rgb_led_ws2812.slcp"/>
    <properties key="projectFilePaths" value="platform_rgb_led/SimplicityStudio/platform_rgb_led_ws2812.slcp"/>
    <properties key="readmeFiles" value="platform_rgb_led/README.md"/>
    <properties key="boardCompatibility" value="brd2204a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efm32gg11.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
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    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
  </descriptors>
  <descriptors name="SensiML_IMU_Data_Capture" label="Platform - SensiML IMU Data Capture" description="This project uses the Thunderboard Sense 2 (EFR32MG12) and onboard IMU to measure accelerometer and gyroscope data. After that, the measurement data are transmitted via serial UART for consumption by the SensiML Data Studio application.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_SensiML.platform_SensiML_DataCaptureLab.SensiML_IMU.SimplicityStudio.platform_sensiml_imu_data_capture.slcp"/>
    <properties key="projectFilePaths" value="platform_SensiML/platform_SensiML_DataCaptureLab/SensiML_IMU/SimplicityStudio/platform_sensiml_imu_data_capture.slcp"/>
    <properties key="readmeFiles" value="platform_SensiML/platform_SensiML_DataCaptureLab/SensiML_IMU/README.md"/>
    <properties key="boardCompatibility" value="brd4166a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12p.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Advanced"/>
  </descriptors>
  <descriptors name="SensiML_IMU_Data_Capture_BLE" label="Platform - SensiML IMU Data Capture with BLE" description="This project uses the Thunderboard Sense 2 (EFR32MG12) and onboard IMU to measure accelerometer and gyroscope data. After that, the measurement data are transmitted via Bluetooth Low Energy (BLE) for consumption by SensiML Open Gateway.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_SensiML.platform_SensiML_DataCaptureLab.SensiML_IMU_BLE.SimplicityStudio.platform_sensiml_imu_data_capture_ble.slcp"/>
    <properties key="projectFilePaths" value="platform_SensiML/platform_SensiML_DataCaptureLab/SensiML_IMU_BLE/SimplicityStudio/platform_sensiml_imu_data_capture_ble.slcp"/>
    <properties key="readmeFiles" value="platform_SensiML/platform_SensiML_DataCaptureLab/SensiML_IMU_BLE/README.md"/>
    <properties key="boardCompatibility" value="brd4166a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12p.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Advanced Wireless\ Technology|Bluetooth"/>
  </descriptors>
  <descriptors name="SensiML_Microphone_Data_Capture" label="Platform - SensiML Microphone Data Capture" description="This project uses the Thunderboard Sense 2 (EFR32MG12) and onboard I2S microphone sensor to take audio measurements and send data via serial UART for consumption by the SensiML Data Studio application.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_SensiML.platform_SensiML_DataCaptureLab.SensiML_Microphone.SimplicityStudio.platform_sensiml_microphone_data_capture.slcp"/>
    <properties key="projectFilePaths" value="platform_SensiML/platform_SensiML_DataCaptureLab/SensiML_Microphone/SimplicityStudio/platform_sensiml_microphone_data_capture.slcp"/>
    <properties key="readmeFiles" value="platform_SensiML/platform_SensiML_DataCaptureLab/SensiML_Microphone/README.md"/>
    <properties key="boardCompatibility" value="brd4166a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12p.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Advanced"/>
  </descriptors>
  <descriptors name="SensiML_IMU_Recognition" label="Platform - SensiML IMU Recognition" description="This example project uses the Knowledge Pack created by SensiML along with the IMU component drivers to take accelerometer and gyroscope data and classify them into Horizontal, Stationary and Vertical movements.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_SensiML.platform_SensiML_Recognition.SensiML_IMU.SimplicityStudio.platform_sensiml_imu_recognition.slcp"/>
    <properties key="projectFilePaths" value="platform_SensiML/platform_SensiML_Recognition/SensiML_IMU/SimplicityStudio/platform_sensiml_imu_recognition.slcp"/>
    <properties key="readmeFiles" value="platform_SensiML/platform_SensiML_Recognition/SensiML_IMU/README.md"/>
    <properties key="boardCompatibility" value="brd4166a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12p.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Capability|Machine\ Learning Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Advanced"/>
  </descriptors>
  <descriptors name="SensiML_IMU_Recognition_BLE" label="Platform - SensiML IMU Recognition with BLE" description="This example project uses the Knowledge Pack created by SensiML along with the IMU component drivers to take accelerometer and gyroscope data and classify them into Horizontal, Stationary and Vertical movements. The output can be viewed over serial VCOM or through SensiML bluetooth app.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_SensiML.platform_SensiML_Recognition.SensiML_IMU_BLE.SimplicityStudio.platform_sensiml_imu_recognition_ble.slcp"/>
    <properties key="projectFilePaths" value="platform_SensiML/platform_SensiML_Recognition/SensiML_IMU_BLE/SimplicityStudio/platform_sensiml_imu_recognition_ble.slcp"/>
    <properties key="readmeFiles" value="platform_SensiML/platform_SensiML_Recognition/SensiML_IMU_BLE/README.md"/>
    <properties key="boardCompatibility" value="brd4166a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12p.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
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  <descriptors name="SensiML_Microphone_Recognition" label="Platform - SensiML Microphone Recogniton" description="This project uses the Thunderboard Sense 2 (EFR32MG12) and the onboard I2S microphone sensor to take audio measurements and classify them into Silence, Finger Snaps and General Talking.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_SensiML.platform_SensiML_Recognition.SensiML_Microphone.SimplicityStudio.platform_sensiml_microphone_recognition.slcp"/>
    <properties key="projectFilePaths" value="platform_SensiML/platform_SensiML_Recognition/SensiML_Microphone/SimplicityStudio/platform_sensiml_microphone_recognition.slcp"/>
    <properties key="readmeFiles" value="platform_SensiML/platform_SensiML_Recognition/SensiML_Microphone/README.md"/>
    <properties key="boardCompatibility" value="brd4166a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12p.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Advanced"/>
  </descriptors>
  <descriptors name="platform_squash_freertos_glib" label="Platform - Squash FreeRTOS Glib" description="This project demonstrates FreeRTOS tasks using interrupts. The demo uses the integrated LCD, buttons and implements a simple squash game.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_squash_freertos_glib.SimplicityStudio.platform_squash_freertos_glib.slcp"/>
    <properties key="projectFilePaths" value="platform_squash_freertos_glib/SimplicityStudio/platform_squash_freertos_glib.slcp"/>
    <properties key="readmeFiles" value="platform_squash_freertos_glib/README.md"/>
    <properties key="boardCompatibility" value="brd4162a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg12.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_nvm3_integrity_test" label="Platform - NVM3 Integrity Test" description="This project performs frequent NVM3 writes and checks that there has been no corruption of the NVM3 data, or changes to the CRC of the program flash space.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_nvm3_integrity_test.SimplicityStudio.platform_nvm3_integrity_test.slcp"/>
    <properties key="projectFilePaths" value="platform_nvm3_integrity_test/SimplicityStudio/platform_nvm3_integrity_test.slcp"/>
    <properties key="readmeFiles" value="platform_nvm3_integrity_test/README.md"/>
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    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
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    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
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  <descriptors name="platform_micrium_multiple_adc_ldma_task" label="Platform - Micrium Multiple ADC LMDA Task" description="This project configures ADCs to be triggered by GPIO via PRS. The sampled data is then transferred to memory via LDMA. The sampled data is then converted to voltages and printed on the serial terminal using multiple tasks in Micirum OS.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_micrium_multiple_adc_ldma_task.SimplicityStudio.platform_micrium_multiple_adc_ldma_task.slcp"/>
    <properties key="projectFilePaths" value="platform_micrium_multiple_adc_ldma_task/SimplicityStudio/platform_micrium_multiple_adc_ldma_task.slcp"/>
    <properties key="readmeFiles" value="platform_micrium_multiple_adc_ldma_task/README.md"/>
    <properties key="boardCompatibility" value="brd2204a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efm32gg11.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
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  <descriptors name="platform_peripheral_ldma_arbitration" label="Platform - Linked DMA (LDMA) Arbitration" description="This project demonstrates various arbitration configurations of multiple transfers, each consisting of 256 words transferred from CNT of WTIMER0 to memory buffers. Transfers are configured to arbitrate after 32 words. Arbitration changes order in which data is copied. After transfer, the order is reconstructed and shown on Virtual COM.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_peripheral_ldma_arbitration.SimplicityStudio.platform_peripheral_ldma_arbitration.slcp"/>
    <properties key="projectFilePaths" value="platform_peripheral_ldma_arbitration/SimplicityStudio/platform_peripheral_ldma_arbitration.slcp"/>
    <properties key="readmeFiles" value="platform_peripheral_ldma_arbitration/README.md"/>
    <properties key="boardCompatibility" value="brd2204a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efm32gg11.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
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  <descriptors name="platform_parse_gbl_metadata_singleshot" label="Platform - Parse GBL Metadata in Single Shot" description="This example demonstrates how to use Application Parser Interface described in UG266. The GBL image in the storage slot is first verified and the metadata in the stored image is parsed in a single shot using image parser function of the gecko bootloader interface API.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_bootloader_interface.parse_gbl_metadata_singleshot.SimplicityStudio.parse_gbl_metadata_singleshot.slcp"/>
    <properties key="projectFilePaths" value="platform_bootloader_interface/parse_gbl_metadata_singleshot/SimplicityStudio/parse_gbl_metadata_singleshot.slcp"/>
    <properties key="readmeFiles" value="platform_bootloader_interface/parse_gbl_metadata_singleshot/README.md"/>
    <properties key="boardCompatibility" value="brd4161a brd4158a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32[bm]g12p.* .*efr32[bm]g13p.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="filters" value="Device\ Type|SoC Project\ Difficulty|Advanced"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
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  <descriptors name="platform_parse_gbl_metadata_buffersize_steps" label="Platform - Parse GBL Metadata in BufferSize Steps" description="This example demonstrates how to use Application Parser Interface described in UG266. The GBL image in the storage slot is first verified and the metadata in the stored image is parsed in BufferSize steps using image parser function of the gecko bootloader interface API.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_bootloader_interface.parse_gbl_metadata_buffersize_steps.SimplicityStudio.parse_gbl_metadata_buffersize_steps.slcp"/>
    <properties key="projectFilePaths" value="platform_bootloader_interface/parse_gbl_metadata_buffersize_steps/SimplicityStudio/parse_gbl_metadata_buffersize_steps.slcp"/>
    <properties key="readmeFiles" value="platform_bootloader_interface/parse_gbl_metadata_buffersize_steps/README.md"/>
    <properties key="boardCompatibility" value="brd4161a brd4158a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32[bm]g12p.* .*efr32[bm]g13p.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="filters" value="Device\ Type|SoC Project\ Difficulty|Advanced"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
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  <descriptors name="platform_qi_rx_base" label="Platform - QI PRx communication protocol" description="This project implements the QI Power Receiver protocol (PRx) as defined by the Wireless Power Consortium on any Silicon Labs EFx32 platform.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_qi_rx_base.SimplicityStudio.platform_qi_rx_base.slcp"/>
    <properties key="projectFilePaths" value="platform_qi_rx_base/SimplicityStudio/platform_qi_rx_base.slcp"/>
    <properties key="readmeFiles" value="platform_qi_rx_base/README.md"/>
    <properties key="boardCompatibility" value="brd4181b com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg21.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="filters" value="Device\ Type|SoC Project\ Difficulty|Advanced"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
  </descriptors>
  <descriptors name="platform_qi_rx_base_fast_response" label="Platform - QI PRx communication protocol with fast response" description="This project implements the QI Power Receiver protocol (PRx) as defined by the Wireless Power Consortium on any Silicon Labs EFx32 platform.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_qi_rx_base.SimplicityStudio.platform_qi_rx_base_fast_response.slcp"/>
    <properties key="projectFilePaths" value="platform_qi_rx_base/SimplicityStudio/platform_qi_rx_base_fast_response.slcp"/>
    <properties key="readmeFiles" value="platform_qi_rx_base/README.md"/>
    <properties key="boardCompatibility" value="brd4181b com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg21.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="filters" value="Device\ Type|SoC Project\ Difficulty|Advanced"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
  </descriptors>
  <descriptors name="platform_spi_flash_bandwidth_ldma" label="Platform - EFR32xG21 LDMA SPI Throughput" description="This project calculates the bandwidth achievable when the LDMA is used to read data from a SPI flash memory with the USART operating in synchronous mode.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_spi_flash_bandwidth.ldma.SimplicityStudio.platform_spi_flash_bandwidth_ldma.slcp"/>
    <properties key="projectFilePaths" value="platform_spi_flash_bandwidth/ldma/SimplicityStudio/platform_spi_flash_bandwidth_ldma.slcp"/>
    <properties key="readmeFiles" value="platform_spi_flash_bandwidth/ldma/README.md"/>
    <properties key="boardCompatibility" value="brd4180a com.silabs.board.none"/>
    <properties key="partCompatibility" value=".*efr32mg21.*"/>
    <properties key="ideCompatibility" value="generic-template iar-embedded-workbench makefile-ide simplicity-ide visual-studio-code"/>
    <properties key="toolchainCompatibility" value="gcc iar segger"/>
    <properties key="category" value="Example|MCU Example"/>
    <properties key="quality" value="EXPERIMENTAL"/>
    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
    <properties key="filters" value="Device\ Type|SoC MCU|32-bit\ MCU Project\ Difficulty|Beginner"/>
  </descriptors>
  <descriptors name="platform_spi_flash_bandwidth_polled" label="Platform - EFR32xG21 Polled SPI Throughput" description="This project calculates the bandwidth achievable when data is read from a SPI flash memory using polled transfers with the USART operating in synchronous mode.">
    <properties key="namespace" value="template.uc"/>
    <properties key="keywords" value="universal\ configurator"/>
    <properties key="solutionReferenceId" value="platform_spi_flash_bandwidth.polled.SimplicityStudio.platform_spi_flash_bandwidth_polled.slcp"/>
    <properties key="projectFilePaths" value="platform_spi_flash_bandwidth/polled/SimplicityStudio/platform_spi_flash_bandwidth_polled.slcp"/>
    <properties key="readmeFiles" value="platform_spi_flash_bandwidth/polled/README.md"/>
    <properties key="boardCompatibility" value="brd4180a com.silabs.board.none"/>
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  <descriptors name="platform_gpcrc_blank_check" label="Platform - Flash blank checking using the GPCRC" description="This project benchmarks the performance of blank checking a page of the flash using the General Purpose Cyclic Redundancy Check (GPCRC) fed by the Linked Direct Memory Access (LDMA) and brute forcing blank checking with the CPU.">
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  </descriptors>
  <descriptors name="platform_timer_cascade" label="Platform - Timer cascading" description="This project cascades two timers (TIMER0 and TIMER1) to be able to utilize a virtual timer peripheral, that has a bigger precision due to the extended bit size. The cascading is both done via PRS and the default linked conenction interface.">
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  <descriptors name="platform_sine_null_points_detector" label="Platform - Sine null points detector" description="This example project shows how to detect the zero points of a sine wave and send a PWM pulse in this case.">
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   <descriptors name="platform_iadc_tailgating" label="Platform - IADC Tailgating" description="This example project shows the IADC tailgating conversation mode.">
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  <descriptors name="platform_iadc_scan_multiple_external_inputs" label="Platform - IADC scan multiple external inputs" description="This project represents how to measure multiple external inputs with interrupt in scan mode using the IADC. The example uses a sleeptimer to schedule the measurement and the logs. The inputs are considered as single-ended.">
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    <properties key="readmeFiles" value="platform_ldma_trigger_with_timer/README.md"/>
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  </descriptors>
  <descriptors name="platform_multi_channel_pwm" label="Platform - Multi channel PWM" description="The example demonstrate the timer/letimer peripherals configuration in a way, that multiple channels are used and generate a PWM signal on certain GPIO pins.">
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    <properties key="readmeFiles" value="platform_multi_channel_pwm/README.md"/>
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    <properties key="stockConfigCompatibility" value="com.silabs.ss.framework.project.toolchain.core.default"/>
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  </descriptors>
</model:MDescriptors>