Infineon Technologies AG Evaluation Boards CYBT-263065-EVAL

AIROC™ CYW20820 Bluetooth® & Bluetooth® LE Module Evaluation Kit (CYBT-263065-EVAL) The Infineon AIROC™ CYBT-263065-EVAL Bluetooth® & Bluetooth® LE 5.4 Module Evaluation Kit enables evaluation, prototyping, and development of a wide array of IoT applications using the AIROC™ CYBT-263065-02 module. The AIROC™ CYBT-263065-02 Bluetooth® Module is globally certified, and has an external antenna interface with a -u.FL connector, rapidly reducing the time-to-market. The Infineon AIROC™ CYBT-263065-EVAL Evaluation Kit is supported in the AIROC™ Bluetooth® SDK v3.2 or later within ModusToolbox™ Software and Tools with many code examples for various use cases. To learn more about ModusToolbox™ and download the latest version of the Bluetooth® SDK, please visit the Bluetooth® SDK community page. Kit Features AIROC™ CYBT-263065-EVAL Bluetooth® & Bluetooth® LE Module Evaluation Kit features: An evaluation board that can support various Bluetooth protocols including Generic Access Profile (GAP) Generic Attribute Profile (GATT) Security Manager Protocol (SMP) Radio Frequency Communication protocol (RFCOMM) Service Discovery Protocol (SDP) BLE Mesh protocol Eval board with integrated serial flash Input/output interfaces for communications and programming Various sensors - light sensor, thermistor and LEDs External headers for debugging and connectivity Interfaces to USB power or to a coin cell PCB Antenna and PA/LNA 24MHz crystal oscillator Kit Contents 1 X Module Arduino Evaluation Board (CYBT-263065-EVAL) with on-board AIROC™ Module (CYBT-263065-02) 1 X USB Cable for USB – UART programming Convenient user buttons Bluetooth and Bluetooth module To use the CYBT-263065-EVAL Figure 2: CYBT-263065-EVAL Bottom View 1) Configure the evaluation board headers/switches to the desired settings. 2) Connect the evaluation board to a PC via a USB cable. 3) Open ModusToolbox, and develop, program, and test your application. Note: Recover the CYBT-263065-EVAL board before programming. The Arduino-compatible headers (J3/J4/J6/J7) are optional connections, which provide additional I/O connections to the module and allow for other Arduino shields to be used during development. SW1: Reset switch routed to the XRES connection on the module. SW2: Recover switch routed to the UART_CTS connection on the module. SW3: User-defined switch routed to the P0 connection on the module via J9. SW4: Switch connecting HCI UART connections on the module to the host via USB. SW5: Switch connecting PUART connections on the module to the host via USB. J1: Connection for an external interface for direct HCI UART communication. J2: Used for module power supply current measurement. J3/J4/J6/J7: Arduino-compatible headers used with an Arduino-compatible shield. J8: Configures the VDD voltage input to the module as shown in the following table: J8 Jumper Configuration VDD Voltage Level Short 1 & 2 3.0V Open 1.8V J8 Jumper Configuration VDD Voltage Level J9: Connects the P0 pad on the module to SW3. J10: Connects the P26 pad on the module to LED D1. J11: Module power supply selection from LDO or external connector. The EZ-BT CYBT-263065-02 Module supports Bluetooth SIG Mesh, is qualified for the Bluetooth 5.4 speci¬fication and is certifi¬ed for the 2.4-GHz unlicensed frequency range in USA (FCC), Canada (ISED), Europe (CE), and Japan (MIC).

Infineon CYBT-263065-EVAL

CYBT-263065-EVAL