infineon CYSBSYSKIT-DEV-01 Rapid IoT Connect Developer Kit User Guide
- June 10, 2024
- infineon
Table of Contents
infineon CYSBSYSKIT-DEV-01 Rapid IoT Connect Developer Kit
Product Information
The CYSBSYSKIT-DEV-01 Rapid IoT Connect Developer Kit is a kit that contains a CYSBSYS-RP01 system-on-module and an OPTIGATM Trust M security controller. The kit includes a board with features like a chip antenna, user button, 17.2032-MHz ECO, JTAG header, reset button, battery connector, 3.3-V regulator, Micro-B USB connector, thermistor, KitProg3 programming mode selection button, and a super capacitor (footprint only; not populated on the board). The kit is sensitive to ESD and should be held only by its stack-up headers. To avoid damage, it should be placed on a grounded, static-free surface and not slid over any surface.
Product Usage
- Ensure that you have a JST connector (Adafruit 2750 or similar).
- Connect the board to a PC using the USB cable provided and wait for the driver installation to complete.
- Verify that the battery is connected and charging by checking that the corresponding LED is glowing.
- Open a UART terminal software and connect it to the kit.
- Press the reset button (RST_BTN) to reset the device.
- You should see the output of the pre-loaded application (Wi-Fi scan) on the serial terminal.
- Visit the kit website for information on Quick IoT Experience and code examples supported for this kit and kit documentation.
CYSBSYSKIT-DEV-01 Pinout:
The table below shows the pinout for the CYSBSYSKIT-DEV-01 board:
Header| Primary onboard function| PSoCTM 6 MCU pin| FeatherWings
compatibility| Connection details
---|---|---|---|---
J1.1| VBAT| | | Li-Po battery supply input to turn OFF power regulators
J1.2-J1.6| EN, GPIO, GPIO, GPIO, GPIO| | |
J1.7-J1.8| I2C SCL, I2C SDA| | |
J1.9| XRES| | |
J1.10-J1.11| | | FeatherWings compatibility (SPI Clock, SPI MOSI)|
J1.12| | | FeatherWings compatibility (SPI MISO)|
J5.1| VDDA, VDDIO| | | Analog voltage for PSoCTM 6 MCU (in the Rapid IoT
Connect
system-on-module)
J5.2| 3.3 V| | |
J5.3-J5.6| NC, GND, Analog, GPIO| | |
J5.7-J5.16| Analog, GPIO, Analog, GPIO, Analog, GPIO, Analog, GPIO, SPI
Clock, SPI MOSI, SPI MISO, UART RX, UART TX, SPI CS| | FeatherWings
compatibility|
The USB-UART COM port setup for the serial terminal should be configured with a stop bit of 1 bit and no flow control.
Quick start guide
Rapid IoT Connect developer kit with CYSBSYS-RP01 system-on-module and OPTIGA™ Trust M security controller CYSBSYSKIT-DEV-01
CYSBSYSKIT-DEV-01 board top view
Kit contents
CYSBSYSKIT-DEV-01 board
CYSBSYSKIT-DEV-01 board bottom view
Footprint only; not populated on the board
IMPORTANT:
CYSBSYSKIT-DEV-01 Rapid IoT connect developer kit is sensitive to ESD. Hold
the board only by its stack-up headers. After removing the board from its box,
place it on a grounded, static-free surface. Use a conductive foam pad, if
available. Do not slide the board over any surface.
Before you start
- Ensure that you have the following:
- PC with USB port
- UART terminal software such as Tera Term or Minicom
- USB cable with Micro-B connector at one end
- (Optional) 3.7-V, 350-mAh Li-Po battery with JST connector (Adafruit 2750 or similar)
- With the USB cable, connect the board to the PC and wait for the driver installation to complete.
- Verify that the following LEDs glow:
- Power LED (Blue – LED4)
- KitProg3 Status LED (Yellow – LED3)
- Charging LED (Yellow – LED5) if the Li-Po battery is connected and charging
Connect the kit with the UART terminal software
- Open the UART terminal software and connect the kit’s USB-UART COM port with the following settings:
- Baud rate: 115200, Data: 8 bit, Parity: None, Stop bit: 1 bit, Flow control: None
- Press the reset button (RST_BTN) to reset the device. You should see the output of the pre-loaded application (Wi-Fi scan) on the serial terminal.
Next Steps
Visit the kit website for information on Quick IoT Experience and code
examples supported for this kit and kit documentation.
Kit with pin mapping
USB-UART COM port setup
Serial terminal
CYSBSYSKIT-DEV-01 pinout
Header| Primary onboard function| PSoC™ 6 MCU pin|
FeatherWings compatibility| Connection details
---|---|---|---|---
J1.1| VBAT| –| –| Li-Po battery supply
J1.2| EN| –| –| Input to turn OFF power regulators
J1.3| VBUS| –| –| USB power
J1.4| GPIO| P9_0| GPIO13| –
J1.5| GPIO| P9_1| GPIO12| –
J1.6| GPIO| P9_2| GPIO11| –
J1.7| GPIO| P9_3| GPIO10| –
J1.8| GPIO| P9_4| GPIO9| –
J1.9| GPIO| P9_7| GPIO6| –
J1.10| GPIO| P8_4| GPIO5| –
J1.11| I2C SCL| P6_0| SCL| Connected to KitProg3
J1.12| I2C SDA| P6_1| SDA| Connected to KitProg3
J5.1| XRES| XRES| XRES| –
J5.2| 3.3 V| VDDA, VDDIO| VCC| Analog voltage for PSoC™ 6 MCU (in the Rapid
IoT Connect system-on-module)
J5.3| NC| –| –| Not connected
J5.4| GND| –| GND| –
J5.5| Analog GPIO| P10_0| A0| –
J5.6| Analog GPIO| P10_1| A1| –
J5.7| Analog GPIO| P10_2| A2| –
J5.8| Analog GPIO| P10_3| A3| –
J5.9| Analog GPIO| P10_4| A4| –
J5.10| Analog GPIO| P10_5| A5| –
J5.11| SPI Clock| P5_2| SCK| SPI clock
J5.12| SPI MOSI| P5_0| MOSI| SPI Master Out / Slave In (MOSI)
J5.13| SPI MISO| P5_1| MISO| SPI Master In / Slave Out (MISO
J5.14| UART RX| P6_4| RX| Connected to KitProg3
J5.15| UART TX| P6_5| TX| Connected to KitProg3
J5.16| SPI CS| P5_3| GPIO14| SPI Chip Select
Document number: 002-30996 Rev. *B
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