FREE SHIPPING for all orders over $40

Searching

Ai-Thinker WB2-32S-Kit BL602 Wi-Fi BLE Dev Board

Ai-Thinker WB2-32S-Kit BL602 Wi-Fi BLE Dev Board

$6.00 $4.80
Ai-Thinker WB2-32S-Kit BL602 Wi-Fi BLE Dev BoardThe Ai-Thinker WB2-32S-Kit is a development board designed for…

Ai-Thinker WB2-32S-Kit BL602 Wi-Fi BLE Dev Board

The Ai-Thinker WB2-32S-Kit is a development board designed for the Ai-WB2-32S wireless module. It uses the BL602 chip platform and provides a board-level path for testing 2.4GHz Wi-Fi, Bluetooth Low Energy 5.0, serial flashing, GPIO expansion, and embedded IoT hardware integration.

According to the official Ai-WB2-32S-Kit specification, the board supports IEEE 802.11 b/g/n Wi-Fi, BLE 5.0, 2400MHz to 2483.5MHz wireless operation, UART / GPIO / ADC / PWM / I2C / SPI interfaces, 4MByte flash, Type-C power, RGB status indication, reset control, and a dedicated burn button workflow for firmware download.

For related OpenELAB Wi-Fi and BLE hardware, compare the Ai-Thinker Ai-WB2-32S Module, Ai-Thinker WB2-12F-Kit, Ai-Thinker WB2-13-Kit, Ai-Thinker Ai-WB2-12F Module, and Ai-Thinker Ai-WB2-13 Module.

Technical Specifications

Parameter Value
Brand Ai-Thinker
Model Ai-WB2-32S-Kit
OpenELAB SKU AT-WB2-32S-Kit
Product Type Wi-Fi and BLE IoT development board
Core Module Ai-WB2-32S
Chip Platform BL602
CPU / Memory Reference 32-bit RISC CPU with 276KB RAM listed by the official product overview
Wireless Standard IEEE 802.11 b/g/n and BLE 5.0
Wireless Frequency 2400MHz to 2483.5MHz
Wi-Fi Security WPS, WEP, WPA, WPA2 Personal, and WPA3 listed by the official specification
Wi-Fi Modes Station + BLE and Station + SoftAP + BLE support listed by the official feature table
Flash 4MByte default flash listed by the official specification
Package / Board Format DIP-38 development board format
Board Size 55.05 x 25.4mm, +/-0.2mm
Antenna Onboard PCB antenna
Supported Interfaces UART, GPIO, ADC, PWM, I2C, and SPI
Additional BL602 Peripheral Support SDIO, VDC, IR remote, DAC, PIR, and GPIO listed in the official product overview
Available IO Quantity 15 IO listed by the official main-parameter table
Default UART Rate 115200bps listed by the official main-parameter table
Power Supply Options Type-C power, 5V and GND pin power, or 3V3 and GND pin power
Type-C Input Voltage 4.5V to 5.3V listed by the official electrical table
Pin Supply Range 2.7V to 3.6V at the module supply pin listed by the official electrical table
Recommended Supply Current At least 500mA supply capacity listed by the official main-parameter table
Wi-Fi Output Power Reference 19dBm for 11b, 17dBm for 11g, and 16dBm for 11n HT20 listed by the official RF table
Wi-Fi Sensitivity Reference -98dBm at 1Mbps, -90dBm at 11Mbps, -93dBm at 6Mbps, -76dBm at 54Mbps, and -73dBm at MCS7
BLE RF Reference BLE 1Mbps output power range of 9dBm to 15dBm and -96dBm receive sensitivity listed by the official RF table
Power Consumption Reference 260mA 802.11b TX, 245mA 802.11g TX, 230mA 802.11n TX, 65mA RX, and 12uA deep sleep
Security Engine Secure startup, ECC-256 image signatures, OTFAD, AES 128 / 192 / 256, SHA-1 / 224 / 256, TRNG, and PKA support listed by official materials
Indicators RGB indicator: red on IO14, green on IO17, and blue on IO3 according to the official indicator table
Buttons Reset button and burn button; firmware download requires pressing burn and then reset according to the official button table
Operating Temperature -40C to 85C
Storage Environment -40C to 125C, less than 90%RH
Packaging Reference 1 piece per electrostatic bag and 20 pieces per sealed bag listed by the official packaging section

Integration Notes & Hardware Guidance

  • Power Supply – Use Type-C power for evaluation where possible, or provide a stable 5V / 3.3V pin supply with at least 500mA current capacity.
  • 3.3V Domain – Treat module IO as 3.3V logic and add level shifting if external peripherals use another voltage domain.
  • Firmware Download – Follow the board workflow: press the burn button and then press reset when entering firmware download mode.
  • Antenna Clearance – Keep the onboard PCB antenna away from metal, shield cans, batteries, displays, and dense high-frequency circuits.
  • Interface Planning – Confirm UART, GPIO, ADC, PWM, I2C, SPI, reset, boot, and RGB indicator usage before migrating from the kit to a custom design.
  • Power Noise – Add local decoupling and keep the power path low impedance to avoid brownout during Wi-Fi transmit bursts.
  • Security Review – Plan secure startup, firmware signing, encryption, and debug access before moving from evaluation to production.
  • RF Validation – Test range, packet stability, BLE behavior, and Wi-Fi throughput with the final enclosure and regional channel plan.
  • Production Migration – Use the kit to verify firmware and peripherals, then map the same power, antenna, boot, reset, and IO requirements to the target hardware.

Packing List

  • 1 x Ai-Thinker WB2-32S-Kit BL602 Wi-Fi BLE IoT Development Board

FAQ

Q: Which wireless platform does WB2-32S-Kit use?
A: It is built around the Ai-WB2-32S module and BL602 chip platform.

Q: Does it support Wi-Fi and BLE?
A: Yes. The official specification lists IEEE 802.11 b/g/n Wi-Fi and BLE 5.0 support.

Q: What frequency range does it use?
A: The official specification lists 2400MHz to 2483.5MHz operation.

Q: What power input options are available?
A: The official specification lists Type-C power, 5V and GND pin power, and 3V3 and GND pin power.

Q: How much supply current should I reserve?
A: Reserve at least 500mA board-side current capacity, especially for Wi-Fi transmit and firmware testing.

Q: What interfaces are available?
A: The official main-parameter table lists UART, GPIO, ADC, PWM, I2C, and SPI.

Q: How is WB2-32S-Kit different from the bare WB2-32S module?
A: The kit adds board-level power, USB / serial development access, buttons, RGB indicator, and headers for evaluation around the WB2-32S module.

Only logged in customers who have purchased this product may leave a review.