FLAIRCOMM
Bluetooth, Wi-Fi and wireless communication modules
About the manufacturer
Flaircomm Microelectronics develops wireless communication modules intended to simplify the integration of Bluetooth and Wi-Fi connectivity into electronic products. Its solutions combine the radio section, communication interface and embedded protocol functionality in compact modules that can be connected to a host microcontroller or processor. This approach reduces the amount of RF development required at board level and can shorten the path from prototype to production.
The company’s portfolio includes Bluetooth modules, combined Wi-Fi/Bluetooth solutions and 2.4 GHz communication devices for consumer, industrial and embedded applications. Modules are typically designed around straightforward host interfaces such as UART and GPIO, allowing existing products to gain wireless communication without redesigning the main control architecture. Depending on the module, developers can use preconfigured command sets or integrate communication functions more deeply into the host firmware.
Pre-integrated radio modules are especially attractive in IoT devices, service tools, terminals, monitoring systems and cable-replacement applications. Integration still requires careful attention to supply-current peaks, logic levels, antenna placement or clearance, grounding and EMC conditions. Supported radio versions, firmware features, receiver sensitivity, transmit power, antenna arrangement, certification status and operating-temperature range are therefore important factors when selecting a Flaircomm module.
Applications
Flaircomm solutions are used in devices requiring local wireless connectivity and straightforward integration with a microcontroller or host processor.
FLAIRCOMM products available from Maritex
The Flaircomm range available from Maritex includes RF modules with Bluetooth and Wi-Fi connectivity. One available product is the CBM202CL, a 2.4 GHz Wi-Fi/Bluetooth transceiver with UART interface.
Available product groups include:
When selecting a module, supported radio standards, host interface, supply voltage, transmit power, receiver sensitivity and antenna requirements should be checked.