C2HCD Tool is released to help you convert WICED Bluetooth firmware/RAM_patch format from c to hcd.

WICED Studio provides an official script tool to help developers convert WICED Bluetooth firmware/RAM_patch format from hcd to c. The script tool is named hcd2c.pl and is located at <wiced_sdk>\43xxx_Wi-Fi\libraries\drivers\bluetooth\firmware\tools.

However, in some conditions, developers might want to revert the firmware format from c to hcd. C2HCD Tool can help in this case.

Refer to this page for usage and source.

Note: C2HCD Tool is not an Infineon product. Use this tool at your own risk. Report issues to the author only.

Scope and purpose

This document describes the Infineon Wi-Fi onboarding service that allows your device to transfer Wi-Fi credentials over a Bluetooth® LE link. It only describes the custom Bluetooth® LE GATT service and its behavior. The actual implementation is up to the user.

This document is primarily intended for anyone who want to use Infineon Wi-Fi onboarding service to onboard Wi-Fi using Bluetooth® LE.

AnyCloud libraries help you rapidly develop Wi-Fi and Bluetooth applications using connectivity combo devices, such as CYW4343W, CYW4373 and CYW43012, with the PSoC 6 MCU.

With the ModusToolbox AnyCloud collection of software libraries, you can rapidly develop Wi-Fi and Bluetooth applications on PSoC 6 MCU devices. This document describes all the libraries and versions included with AnyCloud 1.3.

AnyCloud 1.3 adds the 202011.00 version of Amazon’s AWS IoT Device SDK for Embedded C with updated implementations of the HTTP Client and MQTT protocols. The AnyCloud OTA library has also been re-worked to support the new HTTP client as well as and MQTT-based image downloads.

The AWS IoT Device SDK for Embedded C includes an update to the MQTT protocol, adding QoS2 support, which guarantees that a message is delivered once and once only.

Coexistence refers to the ability of Infineon combo devices to reliably and efficiently share the wireless bandwidth, enabling simultaneous Wi-Fi and Bluetooth Low Energy connections through a single antenna. Smart CoEx extends that feature with an API to control the combo device behavior at run-time, giving the developer unrivalled control over application performance.

This is a set of applications, provided in source form, that enable manufacturing and certification tests to get your product to market quickly.

• Sigma DUT - example program that enables Wi-Fi certification.
• Coex tester - diagnostics command set for test.console, featuring iPerf and Bluetooth commands to control and optimize coex settings in a combo device.
• WiFi_mfg_test – example program that enables Wi-Fi manufacturing tests via the WL Windows executable