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rutronik-bsp-manifest-fv2.xml
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rutronik-bsp-manifest-fv2.xml
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<boards>
<board default_location="local">
<id>RDK2</id>
<category>PSOC™ 6 BSPs</category>
<board_uri>https://github.com/RutronikSystemSolutions/TARGET_RDK2</board_uri>
<chips>
<mcu>CY8C6245AZI-S3D72</mcu>
</chips>
<name>RDK2</name>
<summary>The Development Kit RDK2 offers a complete solution for hardware and firmware developers and a basis for a modular toolkit, so that proof of concepts can be created in a very short time. All components of the BOM can be found in the Rutronik portfolio.</summary>
<prov_capabilities>adc arduino bsp_gen4 can capsense cat1 cat1a comp csd dma flash_512k hal i2c led low_power lptimer mcu_gp memory memory_qspi multi_core pot psoc6 qspi rdk2 rtc sdhc smart_io spi sram_256k std_crypto switch uart usb_device usb_host udb</prov_capabilities>
<description><![CDATA[
<div class="category">RDK2 Features:</div><ul>
<li>Infineon CY8C6245AZI-S3D72 Ultra-low-power high-performance microcontroller.</li>
<li>The KitProg3 Debugger based on a CY8C5868LTI-LP039 microcontroller.</li>
<li>A 512MBit SEMPER™ NOR Flash connected with microcontroller QSPI.</li>
<li>Ready-to-Use CAPSENSE™ Slider</li>
<li>A stand-alone power delivery controller CYPD3177 from Infineon and Type-C connector from JAE.</li>
<li>The AP Memory 64MBit APS6404L-3SQR-ZR PSRAM connected with microcontroller QSPI.</li>
<li>nPM1100 Li-ION Charger from Nordic Semiconductor.</li>
<li>Compact and versatile rotary switch from C&K for power sources selection.</li>
<li>The Keystone CR1220 coin battery holder.</li>
<li>The DIP switch from DIPTRONICS enables to disconnect of the RESET signal from the Arduino socket.</li>
<li>Tiny but useful potentiometer-trimmer with a knob from PIHER.</li>
<li>Micro SD Card Socket from ADAM TECH.</li>
<li>CAN FD Terminal Minitek Microspace™ connector in combination with CAN FD driver TLE9251VLE.</li>
<li>Test point contacts from Keystone enable current measurement using an oscilloscope or multimeter.</li>
<li>10-pin Arm® SWD Amphenol connector used for connecting third-party debuggers as J-Link etc.</li>
<li>The Buttons: High quality and durability mechanical buttons from Panasonic.</li>
<li>The Onboard Power Management: Based on Diodes Inc. and ROHM products.</li>
<li>ADAM TECH ADC-028-1-T/R-PA10T DC Connector</li>
<li>RS485 Terminal with a SP3078EEN-L/TR driver from MaxLinear.</li>
</ul><p/>
]]></description>
<documentation_url>https://github.com/RutronikSystemSolutions/RDK2_Documents</documentation_url>
<versions>
<version tools_min_version="3.0.0" flow_version="2.0" prov_capabilities_per_version="bsp_gen4">
<num>Latest v1.X release</num>
<commit>latest-v1.X</commit>
</version>
<version tools_min_version="3.0.0" flow_version="2.0" prov_capabilities_per_version="bsp_gen4">
<num>1.0.1 release</num>
<commit>release-v1.0.1</commit>
</version>
</versions>
</board>
<board default_location="local">
<id>RDK3</id>
<category>PSOC™ 6 BSPs</category>
<board_uri>https://github.com/RutronikSystemSolutions/TARGET_RDK3</board_uri>
<chips>
<mcu>CYB06447BZI-BLD53</mcu>
</chips>
<name>RDK3</name>
<summary>The Development Kit RDK3 provides a complete solution for hardware and firmware developers to design their own proof-of-concepts. Unique combination of state-of-the-art components, all available in Rutronik's product portfolio.</summary>
<prov_capabilities>adc arduino ble bsp_gen4 capsense cat1 cat1a comp dac dma flash_832k hal i2c led low_power lptimer mcu_gp opamp psoc6 qspi rdk3 rtc secure_boot smart_io spi sram_288k std_crypto switch uart udb</prov_capabilities>
<description><![CDATA[
<div class="category">RDK3 Features:</div><ul>
<li>Infineon's High-Performance, Ultra-Low-Power Secured CYB06447BZI-BLD53 MCU with integrated Bluetooth® LE.</li>
<li>The KitProg3 Debugger based on a CY8C5868LTI-LP039 microcontroller.</li>
<li>Infineon S25FL064LABNFI043 External QSPI 64Mbit NOR Flash.</li>
<li>Ready-to-Use CAPSENSE™ Buttons.</li>
<li>AP Memory External QSPI 16Mbit PSRAM Memory.</li>
<li>The Keystone CR1220 coin battery holder.</li>
<li>Test point contacts from Keystone enable current measurement using an oscilloscope or multimeter.</li>
<li>10-pin Arm® SWD Amphenol connector used for connecting third-party debuggers as J-Link etc.</li>
<li>On-board 2.45GHz Bluetooth® antenna from Kyocera AVX.</li>
<li>U.FL connector for the external Bluetooth® antenna from Amphenol RF.</li>
<li>Kyocera AVX multilayer ceramic transient voltage suppressors for the USB.</li>
<li>Kyocera AVX 9296 series POKE-HOME connectors.</li>
<li>BD83070GWL Buck/Boost Switching mode power supply from ROHM. Easy to change output voltages between 3.3V and 2.5V.</li>
<li>Single Cell Li-ION Battery charger DIO59020CD12 with USB-OTG Boost from DIOO.</li>
<li>TCK1024G,LF TOSHIBA Load Switches (with the current limiting capability).</li>
<li>NISSHINBO low power amplifier (acts as voltage follower and buffer in KitProg3 circuit).</li>
<li>Amphenol ICC Arduino Headers. Part No: 75915-306LF; 75915-308LF; 75915-310LF;</li>
<li>DIPTRONICS tactile buttons. Part No: TBFF22KQR.</li>
<li>EVQPUC02K Right-angled tactile switch from Panasonic.</li>
<li>RM107002BCB Rotary switch for power supply selections from C&K.</li>
<li>JS202011JCQN Slider switch for power supply selections from C&K.</li>
<li>PIHER Potentiometer for ADC peripheral evaluation. Part No.: PT10YV10-103A2020-5-S.</li>
<li>Passive components from Samsung EM, Yageo, and ASJ.</li>
<li>CHILISIN Power Inductors. Part No: BKPA002012102R2M00; BDUE002520121R5MQ1; muRata Ferrite Beads. Part No: BLM15BD102SN1D.</li>
</ul><p/>
]]></description>
<documentation_url>https://github.com/RutronikSystemSolutions/RDK3_Documents</documentation_url>
<versions>
<version tools_min_version="3.0.0" flow_version="2.0" prov_capabilities_per_version="bsp_gen4">
<num>Latest v1.X release</num>
<commit>latest-v1.X</commit>
</version>
<version tools_min_version="3.0.0" flow_version="2.0" prov_capabilities_per_version="bsp_gen4">
<num>1.0.0 release</num>
<commit>release-v1.0.0</commit>
</version>
</versions>
</board>
<board default_location="local">
<id>RDK4</id>
<category>PSOC™ 4 BSPs</category>
<board_uri>https://github.com/RutronikSystemSolutions/TARGET_RDK4</board_uri>
<chips>
<mcu>CY8C4149AZE-S598</mcu>
</chips>
<name>RDK4</name>
<summary>The development kit RDK4 is based on an automotive PSOC 4100S Max microcontroller and TLE9262-3BQX System-Basis-Chip. The RDK4 is a solution created by Rutronik that enables developers to evaluate and implement their ideas into their automotive or industrial projects.</summary>
<prov_capabilities>adc arduino bsp_gen4 can capsense cat2 comp dma flash_384k hal i2c led rgb_led lin lptimer mcu_gp msc msc_button opamp psoc4 smart_io spi sram_32k std_crypto switch rdk4 uart udb</prov_capabilities>
<description><![CDATA[
<div class="category">RDK4 Features:</div><ul>
<li>CY8C4149AZE-S598 - Infineon's Arm® Cortex™-M0+ AEC-Q100 compliant MCU.</li>
<li>All CY8C4149AZE-S598 GPIOs are accessible via onboard headers.</li>
<li>TLE9262-3BQXV33 - Infineon's System Basis Chip for automotive applications.</li>
<li>On-board debugger KitProg3 with I2C and UART USB bridge.</li>
<li>10-pin Amphenol ICC SWD header for J-Link. </li>
<li>JAE USB Type-C connector for the KitProg3 debugger.</li>
<li>Minitek MicroSpace™ CAN FD connector.</li>
<li>On-board capacitive buttons based on CAPSENSE™ CSX technology.</li>
<li>TOPLED® E1608 and OSIRE® E3635 OSRAM LEDs.</li>
<li>Diodes Inc. automotive PNP Power Transistor BCP5216TA for the SBC LDO circuit.</li>
<li>Keystone Electronics Corp. P/N5019 GND test point.</li>
<li>TOSHIBA Load Switch (with the current limiting capability) TCK22946G,LF.</li>
<li>NISSHINBO low power amplifier NJU77001F.</li>
<li>DIPTRONICS tactile buttons.</li>
<li>Panasonic Right-angled RESET switch.</li>
<li>C&K Slider switches for power supply selection and hardware configuration.</li>
<li>Passive components from Samsung EM, Yageo, and ASJ.</li>
</ul><p/>
]]></description>
<documentation_url>https://github.com/RutronikSystemSolutions/RDK4_Documents</documentation_url>
<versions>
<version tools_min_version="3.0.0" flow_version="2.0" prov_capabilities_per_version="bsp_gen4">
<num>Latest v1.X release</num>
<commit>latest-v1.X</commit>
</version>
<version tools_min_version="3.0.0" flow_version="2.0" prov_capabilities_per_version="bsp_gen4">
<num>1.0.0 release</num>
<commit>release-v1.0.0</commit>
</version>
</versions>
</board>
</boards>