Infineon AIROC CYW20829 User manual

User guide
Please read the sections “Important notice” and “Warnings” at the end of this document
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EVK Module Evaluation Kit user guide
About this document
Scope and purpose
The Infineon AIROC™CYW20829 Bluetooth® Low Energy module Evaluation Kit (CYW920829B0M2P4XXI100-EVK)
enables evaluation, prototyping, and development of a wide array of Internet of Things (IoT) applications using
the AIROC™CYW20829 module, a low-power and high-performance Bluetooth® Low Energy MCU. The system
features an Arm® Cortex® - M33 core with the programmable and reconfigurable analog and digital blocks.
It is a combination of an MCU with the following:
•Sigma delta switched-cap Analog-to-digital converter (ADC) for audio and DC measurements
•Seven 16-bit and two 32-bit Timer/Counter Pulse-Width Modulator (TCPWM) blocks
•98 dBm LE-1 Mbps RX sensitivity, -105 dBm LE-LR at 125 kbps, -101 dBm LE-LR at 500 Kbps, and an
integrated PA with 10 dBm TX output power for better link budgets
•Serial Memory Interface (SMIF) for external flash with encryption support
•Serial communication interfaces such as UART, I2C, and Quad-SPI
•Wake from Deep Sleep I2C (sensors sitting on the I2C interface should be able to wake up the MCU)
•Two pulse density modulation (PDM) channels and one I2S channel with Time Division Multiplexed (TDM)
mode
Intended audience
This document is intended for users interested in the CYW920829B0M2P4XXI100-EVK. This comes in two
variants as given below
•CYW920829B0M2P4TAI100-EVK- Trace antenna module EVK
•CYW920829B0M2P4EPI100-EVK - External RF pad module EVK

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Important notice
Important notice
“Evaluation Boards and Reference Boards” shall mean products embedded on a printed circuit board
(PCB) for demonstration and/or evaluation purposes, which include, without limitation, demonstration,
reference and evaluation boards, kits and design (collectively referred to as “Reference Board”).
Environmental conditions have been considered in the design of the Evaluation Boards and Reference
Boards provided by Infineon Technologies. The design of the Evaluation Boards and Reference Boards
has been tested by Infineon Technologies only as described in this document. The design is not qualified
in terms of safety requirements, manufacturing and operation over the entire operating temperature
range or lifetime.
The Evaluation Boards and Reference Boards provided by Infineon Technologies are subject to functional
testing only under typical load conditions. Evaluation Boards and Reference Boards are not subject to the
same procedures as regular products regarding returned material analysis (RMA), process change
notification (PCN) and product discontinuation (PD).
Evaluation Boards and Reference Boards are not commercialized products, and are solely intended for
evaluation and testing purposes. In particular, they shall not be used for reliability testing or production.
The Evaluation Boards and Reference Boards may therefore not comply with CE or similar standards
(including but not limited to the EMC Directive 2004/EC/108 and the EMC Act) and may not fulfill other
requirements of the country in which they are operated by the customer. The customer shall ensure that
all Evaluation Boards and Reference Boards will be handled in a way which is compliant with the relevant
requirements and standards of the country in which they are operated.
The Evaluation Boards and Reference Boards as well as the information provided in this document are
addressed only to qualified and skilled technical staff, for laboratory usage, and shall be used and
managed according to the terms and conditions set forth in this document and in other related
documentation supplied with the respective Evaluation Board or Reference Board.
It is the responsibility of the customer’s technical departments to evaluate the suitability of the
Evaluation Boards and Reference Boards for the intended application, and to evaluate the completeness
and correctness of the information provided in this document with respect to such application.
The customer is obliged to ensure that the use of the Evaluation Boards and Reference Boards does not
cause any harm to persons or third-party property.
The Evaluation Boards and Reference Boards and any information in this document is provided "as is"
and Infineon Technologies disclaims any warranties, express or implied, including but not limited to
warranties of non-infringement of third-party rights and implied warranties of fitness for any purpose, or
for merchantability.
Infineon Technologies shall not be responsible for any damages resulting from the use of the Evaluation
Boards and Reference Boards and/or from any information provided in this document. The customer is
obliged to defend, indemnify and hold Infineon Technologies harmless from and against any claims or
damages arising out of or resulting from any use thereof.
Infineon Technologies reserves the right to modify this document and/or any information provided
herein at any time without further notice.

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Safety precautions
Safety precautions
Note: Please note the following warnings regarding the hazards associated with development systems
Table 1 Safety precautions
Caution: The evaluation or reference board contains parts and assemblies sensitive to
electrostatic discharge (ESD). Electrostatic control precautions are required when
installing, testing, servicing or repairing the assembly. Component damage may result
if ESD control procedures are not followed. If you are not familiar with electrostatic
control procedures, refer to the applicable ESD protection handbooks and guidelines.

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Table of contents
Table of contents
About this document....................................................................................................................... 1
Important notice ............................................................................................................................ 2
Safety precautions.......................................................................................................................... 3
Table of contents............................................................................................................................ 4
1Introduction .......................................................................................................................... 6
1.1 CYW920829B0M2P4XXI100-EVK kit contents..........................................................................................6
1.2 CYW920829B0M2P4XXI100-EVK details ..................................................................................................7
1.3 ModusToolbox™......................................................................................................................................9
1.3.1 Select a new workspace...................................................................................................................10
1.3.2 Create a new ModusToolbox™application.....................................................................................10
1.3.3 Select CYW20829 MCU-based target hardware...............................................................................11
1.3.4 ModusToolbox™code examples .....................................................................................................12
1.3.5 Related code examples....................................................................................................................14
1.3.6 ModusToolbox™help.......................................................................................................................14
1.4 Getting started.......................................................................................................................................14
1.5 IoT resources and technical support....................................................................................................14
2Kit operation ........................................................................................................................15
2.1 Theory of operation...............................................................................................................................15
2.2 Jumpers.................................................................................................................................................19
2.3 Buttons and switches............................................................................................................................21
2.4 Arduino-compatible headers................................................................................................................21
2.5 Other headers........................................................................................................................................24
2.6 USB serial interface chip.......................................................................................................................25
2.7 Kit power supply....................................................................................................................................25
2.8 Test points.............................................................................................................................................25
2.9 Current measurement...........................................................................................................................25
2.10 SWD debugging .....................................................................................................................................26
2.11 Pin configuration...................................................................................................................................26
3Hardware .............................................................................................................................27
3.1 Carrier module.......................................................................................................................................27
3.1.1 CYW20829 Module M.2 Board Details ..............................................................................................27
3.1.2 Antenna ............................................................................................................................................27
3.1.3 Crystal...............................................................................................................................................27
3.2 Base board.............................................................................................................................................27
3.2.1 Serial communication between CYW20829 and PSoC™5LP KitProg3...........................................28
3.2.2 Power................................................................................................................................................28
3.2.3 Device reset ......................................................................................................................................33
3.2.4 Thermistor........................................................................................................................................34
3.2.5 External serial flash..........................................................................................................................34
3.2.6 Inertial measurement unit (IMU) .....................................................................................................35
3.2.7 LEDs ..................................................................................................................................................35
3.2.8 Push buttons ....................................................................................................................................36
3.2.9 Digital microphone (DMIC)...............................................................................................................36
3.2.10 Analog microphone (AMIC)..............................................................................................................37
3.2.11 RGB LED............................................................................................................................................37
3.2.12 10-pin SWD header...........................................................................................................................38

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Table of contents
3.2.13 Arduino-compatible and extended headers...................................................................................38
4CYW20829 device I/O mapping................................................................................................40
5Kit rework ............................................................................................................................43
5.1 SMIF interface for baseboard flash.......................................................................................................43
5.2 UART interface on headers compatible with Arduino-standard .........................................................45
5.3 SPI interface selection...........................................................................................................................46
5.4 I2S interface selection...........................................................................................................................47
5.5 IMU interrupt signal selection...............................................................................................................48
6Frequently asked questions....................................................................................................49
References....................................................................................................................................50
Glossary .......................................................................................................................................51
Revision history.............................................................................................................................53
Disclaimer.....................................................................................................................................54

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Introduction
1Introduction
The Infineon AIROC™CYW20829 Bluetooth® Low Energy module Evaluation Kit (CYW920829B0M2P4XXI100-EVK)
enables the evaluation, prototyping, and development of a wide array of IoT applications using the AIROC™
CYW20829 module, a low-power and high-performance Bluetooth® Low Energy Module.
The AIROC™CYW20829 Bluetooth® Low Energy module provides reliable Bluetooth® connectivity that is core-
spec compliant to 5.4. It is a highly integrated device with an Arm® Cortex® - M33 that is dedicated to customer
applications and an integrated power amplifier with 10 dBm of transmitting output power. The AIROC™
CYW20829 module is ideal for a wide range of applications in home and industrial automation, sensors,
lighting, Bluetooth® mesh, remote controls, and any other Bluetooth® LE connected to the IoT application.
CYW20829 Bluetooth® Low Energy module EVK (CYW920829B0M2P4XXI100-EVK) and ModusToolbox™software
and tools form a powerful but easy-to-use toolset that helps the developers to create amazing Bluetooth®
enabled IoT solutions. CYW920829B0M2P4XXI100-EVK offers footprint compatibility with Arduino shields. The
development environment is compatible with Windows, macOS, and Linux operating systems. In addition, the
kit features an onboard programmer/debugger (KitProg3). The CYW20829 Evaluation kit supports 1.8 V, 3.3 V,
and coin-cell operation.
Note: This kit supports ModusToolbox™software 3.0 (or later).
The EVK is available through the Infineon Online Store or through our distributors.
•CYW920829B0M2P4TAI100-EVK- Trace antenna module EVK
•CYW920829B0M2P4EPI100-EVK - External RF pad module EVK
1.1 CYW920829B0M2P4XXI100-EVK kit contents
CYW920829B0M2P4TAI100-EVK comes in two variants.:
The CYW920829B0M2P4TAI100-EVK kit includes the following:
•CYW920829B0M2P4TAI100-EVK, Trace antenna module EVK
•USB 2.0 Type-A to Micro-B cable
•Six jumper wires (five inches each)
•Quick start guide
The CYW920829B0M2P4EPI100-EVK kit includes the following:
•CYW920829B0M2P4EPI100-EVK, External RF pad module EVK
•USB 2.0 Type-A to Micro-B cable
•Six jumper wires (five inches each)
•Quick start guide

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Figure 1 CYW920829M2EVK-02 kit contents
Contact the nearest Infineon sales office for assistance for any missing part in the kit contents:
www.infineon.com/support.
1.2 CYW920829B0M2P4XXI100-EVK details
CYW920829B0M2P4XXI100-EVK with the following features:
1. CYW20829 carrier module with onboard Trace antenna or External Pad
2. Expansion headers compatible with Arduino shields
3. Supports 3.3 V, coin-cell (3 V), and 1.8 V operation of the CYW920829B0M2P4XXI100-EVK device
4. Reset button (black), User button1 (white), and User button2 (white)
5. Onboard Micro-USB connector (J5) for programming and debugging purposes
Follow these steps before connecting the board and verify the driver installation:
1. Ensure that all the jumpers are in the default configuration as shown in Table 2 to Table 7 so that the UART
is selected and displays embedded application trace messages. Figure 2 shows the default jumper
locations.
2. Default jumper location on EVK is given in Table 1.
Table 1 Default jumper configurations on the EVK
Jumper ref des
Jumper description
Default state
J9
VBAT voltage selection
1-3
J10
VIO_BASE voltage selection
1-3
J12
VDDPA voltage selection
1-2
J17
VIO_BASE / eFuse(2V5) voltage selection
1-2
J13
Peripheral voltage enable
1-2
J14
Thermistor enable
1-2

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3. Connect the USB connector (J5) of the EVK to the development PC with the provided USB cable. The USB
UART driver loads automatically. If the EVK is not detected as a USB device, reinstall the USB UART driver in
the ModusToolbox™installation directory.
For Windows and macOS:<install>\tools_3.0\driver_media\dpinst.
For Linux:<install>\tools_3.0 \driver_media\install_driver\dpinst.
Figure 2 CYW920829B0M2P4XXI100-EVK
Figure 3 highlights the LEDs provided on CYW920829B0M2P4XXI100-EVK:
•LED1 (yellow) indicates that VBAT power is ON
•LED2 (yellow) indicates KitProg3 status
•LED3 (red) and LED4 (orange) are generic user LED controlled by GPIOs. A label on the back of the kit
provides the pin mapping
•LED5 is RGB LED which is controlled with three GPIOs

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Figure 3 CYW920829B0M2P4XXI100-EVK LEDs
1.3 ModusToolbox™
ModusToolbox™is a free software development ecosystem that includes the Eclipse IDE for ModusToolbox™,
AIROC™BTSTACK, Bluetooth® SDK, and the PSoC™6 SDK to develop applications for the Infineon IoT products.
The Eclipse IDE for ModusToolbox™is a multi-platform, integrated development environment (IDE) used to
create new applications, update application code, change middleware settings, and program or debug
applications.
ModusToolbox™is used to enable and configure device resources and middleware libraries, write C source
code, and program and debug the device. The build system infrastructure includes the new project creation
wizard that can run independently of the Eclipse IDE, the make infrastructure, and other tools. This means
compiler, RTOS, and ecosystem is selected without compromising the usability or access to our industry-
leading CAPSENSE™(Human-Machine Interface), AIROC™Wi-Fi and Bluetooth®, security, and various other
features.
The Infineon’s AIROC™BTSTACK is a software implementation of the Bluetooth® core 5.4 host protocol stack.
The stack is hosted as a library on Infineon’s GitHub. The stack library includes both Bluetooth® BR/EDR and
Bluetooth® Low Energy hosts and provides APIs for them. The application can choose to use Bluetooth® Low
Energy or both BR/EDR + LE. The stack is available for different Arm® cores, such as CM4 and CM33, and can be
used with three toolchains Arm®, GCC, and IAR.
For more details on ModusToolbox™installation and usage, see the ModusToolbox™user guide.

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1.3.1 Select a new workspace
At launch, the ModusToolbox™presents a dialog to choose a directory for use as the workspace directory. The
workspace directory stores the workspace preferences and development artifacts, such as device configuration
and application source code.
To choose an existing empty directory, click the Browse button, as Figure 4 shows. Alternatively, a directory
name to be used as the workspace directory is added along with the complete path, and ModusToolbox™
creates the directory.
Figure 4 Select a directory as workspace
1.3.2 Create a new ModusToolbox™ application
Click New Application in the Start group of the Quick Panel. Alternatively, choose File >New >
ModusToolbox™Application (Figure 5).
The Eclipse IDE for ModusToolbox™application window appears.

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Figure 5 Create a new Modus Toolbox™application
1.3.3 Select CYW20829 MCU-based target hardware
The Modus Toolbox™presents the list of Infineon kits to start the application development. In this case,
developing an application on the CYW20829 Evaluation Kit uses the CYW20829 device. Select
CYW920829M2EVK-02 and click Next (Figure 6).
Note:
•All the Code Examples are available for CYW920829B0M2P4XXI100-EVK is same as CYW920829M2EVK-02
BSP.
•There is no separate BSP for CYW920829B0M2P4XXI100-EVK, Silicon EVK BSP is used for Module EVKs.

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Figure 6 Choose target hardware
1.3.4 ModusToolbox™ code examples
ModusToolbox™includes many code examples. Many of these code examples are compatible with this kit.
Browse the collection of starter applications during application setup through File > New > ModusToolbox™
Application or browse the collection of code examples on Infineon’s GitHub repository. See Figure 7 and
Figure 8 for more details.

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Figure 7 Code examples in ModusToolbox™
Figure 8 Searching for online code examples in ModusToolbox™

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1.3.5 Related code examples
The kit code examples are accessed from the GitHub repository. The CYW920829B0M2P4XXI100-EVK is pre-
programmed with the Find Me Profile (CE230297 –Bluetooth® LE Find Me Profile with CYW20829) code example
out-of-the-box.
This code example is available in ModusToolbox™as shown in Figure 7. For the most recent version of the code
example, check the GitHub repository. For more information, see the code example CE230297 and for the
functionality, design, and implementation of the code example, see the Readme in the same folder as that of
the code example.
To import the most recent version of the GitHub code examples into ModusToolbox™, see the ModusToolbox™
user guide document (Help > ModusToolbox™Documentation > User guide).
1.3.6 ModusToolbox™ help
Launch ModusToolbox™and navigate to the following items:
•Quick Start Guide: Choose Help > Eclipse IDE for ModusToolbox™Documentation > Quick Start Guide.
This guide gives you the basics of using ModusToolbox™.
•ModusToolbox™General Documentation: Choose Help > ModusToolbox™General Documentation >
ModusToolbox™Documentation Index. This page provides links to various ModusToolbox™documents.
•ModusToolbox™User Guide: Choose Help > Eclipse IDE for ModusToolbox™Documentation > User
Guide. This is a comprehensive guide for creating, building, and programming ModusToolbox™
applications.
1.4 Getting started
This user guide helps to find the details of the CYW920829B0M2P4XXI100-EVK kit:
•The Kit operation chapter describes the operation of the kit and the utility of its various features.
•The Hardware chapter describes the design details of the CYW920829B0M2P4XXI100-EVK hardware blocks.
•To create a project using ModusToolbox™, see AN238254-Getting Started with AIROC™CYW20829
Bluetooth® LE on ModusToolbox™
1.5 IoT resources and technical support
To select the right IoT device for the design, Infineon provides a wide range of product documentation at
www.infineon.com/products/wireless-connectivity. Also, a professional community at
community.infineon.com supplies developers with the latest software and tools to solve common evaluation
and integration problems while interacting directly with both Infineon engineers and experienced peers.

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Kit operation
2Kit operation
This section provides detailed instructions to setup the Infineon CYW920829B0M2P4XXI100-EVK with Infineon
ModusToolbox™for Bluetooth® Low Energy applications.
This chapter introduces CYW920829B0M2P4XXI100-EVK and the features that are used as part of the kit’s
operation. This chapter also discusses the features such as Bluetooth® connectivity, programming/debugging,
and USB-UART bridge device that can be used to communicate with the CYW20829 device on this EVK.
2.1 Theory of operation
CYW920829B0M2P4XXI100-EVK is built around CYW20829 device. Figure 9 shows the block diagram of the
CYW20829 device. See the device datasheet for more details on device features.
Security
Root of Trust (ROM-based)
Vector unit TRNG
AES-128SHA-256
Cryptography HW
MxCryptolite
System Resources
Power
Sleep Control
Regulator
Buck
RF LDO
PA LDO
CPU subsystem
Arm® Cortex® M33 96 MHz
32 KB Cache 1 kbit eFuse
256 KB RAM 64 KB ROM
DW 16 channel
Smart Peripherals
1x SCB I2C/SPI (DeepSleep)
SMIF
with encrypted XIP
I2S (w TDM Mode)
2x PDM
CAN-FD
ADCMic
9x TCPWM
20x8 Keyscan
LIN
32x GPIO (1x Smart IO)
2x SCBs (UART, I2C, SPI)
Bluetooth®Low Energy
subsystem
448 KB ROM
RX-chain
96 KB RAM
TX-chain
Baseband
MAC
Arm® Cortex® M33
48 MHz
RF/PA
Bluetooth®LE
includes ECO
Clock
Clock Control
ILO WCO
IMO WDT
IHO FLL
ALTHF PILO
Reset
Reset Control
Backup
Backup Control
RTC BREG
Smart Peripherals
CPU subsystem
System Resources
Legend
Bluetooth® Low Energy
subsystem
Security
Figure 9 Block diagram of CYW20829
Figure 10 illustrates the block diagram of CYW920829B0M2P4XXI100-EVK. This board contains a CYW20829
Bluetooth® SoC and a USB-Serial interface/programmer. The kit features Arduino form-factor-compatible
headers, which enable Arduino shields to be plugged in, extending the EVK’s capabilities. It also features two
user switches, one reset switch, two user LEDs, a thermistor, IMU, AMIC, DMIC, and multiple power supply
options.

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Kit operation
M.2 Connector
DMIC
PDM
Analog MIC
QSPI
FLASH
SMIF(6)
MODE
SWITCH
STATUS
LED
3V3
Power
LED
2 x USER
LEDS
2 x USER
BUTTON
GPIO(4)
GPIOS, I2C, SPI,UART
MIC P/N
IMU(6 Axis)
CYW20829 Dev Kit block diagram
1V8
2V5
3V3/1V8/Vcoin
VBAT
VDDIO
3V3/1V8/Vcoin
VDDPA
3V3//Vcoin
Thermistor
VCC_5V VIO_BASE_LOAD
PSU
eFuse
VCC_3V3
VBAT 3V3/1V8/Vcoin
VDDIO/VIO_BASE
VDDPA
Power
selection
jumper(3) 3V3/1V8/Vcoin
3V3/Vcoin
SWD
Level
Translator
BT_HS_UART(TX &RX) ,I2C
BT_HS_UART(CTS &RTS)
RESET
SW
10-Pin SWD
Connector
I2C
eFuse
2V5
ARDUINO
HEADER
KitProg3
(PSoC 5LP)
3V Vcoin
Coin Cell
Micro
USB
RGB LED GPIO(3)
No-Load
Non-IFX parts
Microcontroller
Legend
Sensors
Power
Figure 10 Block diagram of CYW920829B0M2P4XXI100-EVK baseboard
Figure 11 and Figure 12 show the markup of the CYW920829B0M2P4XXI100-EVK and the list below for a
description of the numbered items.

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Kit operation
Figure 11 CYW920829B0M2P4XXI100-EVK (top view)
Figure 12 CYW920829B0M2P4XXI100-EVK (bottom view)

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Kit operation
1. Power indicator LED (LED1): This LED is used to indicate the status of power supplied to the board.
2. USB connector (J5):J5 is a Micro-B USB female connector for connecting the kit to the PC using the
provided USB cable. It is used for programming and USB-UART communication.
3. KitProg3 Programming mode selection button (SW3): by default, the kit supports CMSIS-DAP BULK mode.
The button connects the PSoC™5LP pin to the ground when pressed. For more details, see the KitProg3 user
guide.
Note: Dual UART mode is not supported because there is no hardware connection between KitProg3 and
M.2 interface.
4. KitProg3 (PSoC™5LP) programmer and debugger (CY8C5868LTI-LP039, U5):The PSoC™5LP
(CY8C5868LTI-LP039) serving as KitProg3, is a multi-functional system, that includes a Serial Wire Debug
(SWD) programmer, debugger, USB-I2C bridge, and USB-to-UART bridge. For more details, see the KitProg3
user guide.
5. VDDPA select jumper (J12): This jumper is used to select the VDDPA (power amplifier supply) power
source. The possible selections are 3.3 V or VCOIN (3 V) which is the coin-cell power supply on the bottom
side of the board.
6. VIO_BASE select jumper (J10):This jumper is used to select the VIO_BASE power source. Possible
selections are 3.3 V, 1.8 V, or VCOIN (3 V), which is the coin-cell power supply on the bottom-side of the
board.
7. VBAT select jumper (J9): This jumper is used to select the VPA_BT (core power supply) power source. The
possible selections are 3.3 V, 1.8 V, or VCOIN (3 V) which is the coin-cell power supply on the bottom-side of
the board.
8. Analog mic (U13):It can be used to configure the kit as a voice remote.
9. Arduino-compatible header (J1): The Arduino-compatible I/O header brings out power and reference
voltage pins from the base board to interface with Arduino shields.
10. Reset button (SW1, XRES): This button can be used to reset the device.
11. Debug header (J13): J13 is a 10-pin interface header that can be used to connect an external
programmer/debugger via SWD.
Note: Use J13 only to connect a programmer/debugger. A voltage mismatch occurs if something else is
connected to J13 to communicate with KitProg3.
12. Arduino-compatible header (J2): The Arduino-compatible I/O header brings out pins from CYW20829 to
interface with Arduino shields.
13. User button1 (SW2): This button can be used to provide input to the CYW20829 device. Note that the
button connects the CYW20829 pin to the ground when pressed; therefore, the CYW20829 pin must be
configured as a digital input with a resistive pull-up for detecting the button press.
14. Digital mic (U11):The digital microphone ASIC contains an extremely low-noise preamplifier and a high-
performance sigma-delta ADC. It can be used to configure the kit as a voice remote.
15. User button2 (SW4): This button can be used to provide input to the CYW20829 device. Note that the
button connects the CYW20829 pin to the ground when pressed; therefore, the CYW20829 pin must be
configured as a digital input with a resistive pull-up for detecting the button press.
16. User LED1 (LED3): These onboard LEDs can be controlled by the CYW20829 device. The LEDs are ACTIVE
LOW; therefore, these pins must be driven low to turn ON the LEDs.
17. User LED2 (LED4): These onboard LEDs can be controlled by the CYW20829 device. The LEDs are ACTIVE
LOW; therefore, these pins must be driven LOW to turn ON the LEDs.
18. M.2 Stand Off (MT1):Stand to connect M.2 card.

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AIROC™CYW20829: CYW920829B0M2P4XXI100-EVK Module
Evaluation Kit user guide
Kit operation
19. CYW20829 (U1): The Bluetooth® LE 5.4 qualified Trace antenna module/ external pad module is the heart of
this evaluation kit.
20. M.2 E key connector (J16): This is used to interface Infineon custom Bluetooth® LE M.2 boards to this kit.
21. RGB LED (LED5):These onboard LEDs can be controlled by the CYW20829 device. The LEDs are ACTIVE LOW;
therefore, these pins must be driven to the ground to turn ON the LEDs.
22. Thermistor (TH1): The onboard thermistor is an NTC analog thermistor that can be used to measure
temperature.
23. Thermistor enable jumper (J14): This jumper can be used to connect or disconnect the onboard
thermistor from the CYW20829 device.
24. KitProg3 I2C Interface (SW5): For COIN CELL OPERATION, place the SW5 in POS2 to isolate the Leakage
path into KP3 section
25. Peripheral enable (J13): The jumper allows the user to connect and disconnect the VDDIO supply to
onboard peripheral devices such as the IMU, thermistor, analog mic, and real-time clock by disabling VDDP.
26. SWD/SPI selection (SW6): For COIN CELL OPERATION, place the SW6 in POS2 to isolate the Leakage path
into KP3 section
27. VDDIO current measurement jumper (J17): This jumper is used to power the carrier module. Remove this
jumper and connect an ammeter to the two pins to measure the current the carrier module uses.
28. 6-axis IMU(U12):This is an I2C-based 6-axis IMU sensor.
29. 1-MB serial flash (U14): This is the 8 Mb QSPI flash used for application purposes (no-load by default).
30. Arduino-compatible header (J4 and J3):The Arduino-compatible I/O header brings out pins from
CYW20829 to interface with Arduino shields.
31. Digital I/O headers (J18):The extended GPIO headers for extending the additional GPIOs from the
CYW20829 device.
32. KitProg3 status indication LED (LED2):This yellow LED indicates the status of KitProg3.
33. Coin cell holder (BT1): This is a coin cell battery holder located on the bottom side of the development kit.
If the EVK needs to use the power supplied from the coin cell, then set the VBAT, VIO_BASE, and VDDPA
select headers to VCOIN.
2.2 Jumpers
Table 2 to Table 7 list the jumper settings on the CYW920829M2EVK-02.
Table 2 Jumper J9 pin configurations
Jumper J9 (VBAT
selection)
Default state
Connection on
CYW20829
Description
1 and 3
Shorted
VBAT
Short these pins to supply 3.3 V to VBAT of the
CYW20829 device
3 and 5
Open
Short these pins to supply 1.8 V to VBAT of the
CYW20829 device
3 and 4
Open
Short these pins to supply the VBAT of the
CYW20829 device from the coin cell supply
(VCOIN)

User guide
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002-39356 Rev. **
2024-02-07
AIROC™CYW20829: CYW920829B0M2P4XXI100-EVK Module
Evaluation Kit user guide
Kit operation
Table 3 Jumper J10 pin configurations
Jumper J10
(VIO_BASE
selection)
Default state
Connection on
CYW20829
Description
1 and 3
Shorted
VDDIO
Short these pins to supply 3.3 V to VIO_BASE of
the CYW20829 device, as well as all peripherals
and sensors
3 and 5
Open
Short these pins to supply 1.8 V to VIO_BASE of
the CYW20829 device, as well as all peripherals
and sensors
3 and 4
Open
Short these pins to supply VIO_BASE of the
CYW20829 device, as well as all peripherals and
sensors from the coin cell supply (VCOIN)
Table 4 Jumper J12 pin configurations
Table 5 Jumper J14 pin configuration
Jumper J14
(Thermistor
connect/
disconnect)
Default state
Connection on
CYW20829
Description
1 and 2
Shorted
P3.4
Short this jumper to connect the onboard
thermistor to CYW20829. If user need to isolate
Thermistor to use P3.4 as Analog IO. This jumper
to be kept open.
Jumper J12
(VDDPA
selection)
Default state
Connection on
CYW20829
Description
1 and 2
Shorted
VDDPA
Short these pins to supply 3.3 V to VDDPA of the
CYW20829 device. Also, use this jumper to
measure the current consumption of VDDPA
when using a 3.3 V supply.
2 and 3
Open
Short these pins to supply VCOIN to VDDPA of
the CYW20829 device. In addition, use this
jumper to measure the current consumption of
VDDPA when using the coin cell supply (VCOIN).