French firm wins Lapis Semi Bluetooth antenna design in

Insight SiP of Sophia Antipolis is behind the PCB antenna design in the latest Bluetooth module of Lapis Semi.

The latest Bluetooth module of Lapis Semi

The latest Bluetooth module of Lapis Semi

Called MK71050-03, it uses Lapis’ MK7105 silicon whose tranciever achieves <9mA transmit and receive.

“The internal pattern antenna optimised for the ML7105 was developed in collaboration with Insight SiP,” said Lapis. “The EEPROM, crystal oscillator, and antenna matching circuit required are included and all required performance optimisations are performed at Lapis Semiconductor’s facility.”


The 11x14mm module needs no adjustment and is aimed at companies without wireless expertise that want to add Bluetooth. It is pre-certifiedin Japan, North America and Europe.


There is a USB evaluation kit for development, available from RS Components, Chip One Stop, and Core Staff.

“The necessary documents and sample software can be downloaded online. Also, a smartphone app compatible with the USB evaluation kit is available free of charge that makes it possible to test Bluetooth Smart communication using a smartphone,” said Lapis.

Lapis Bluetooth Insight SiPApplications in health and fitness devices are expected. Enabled profiles include: HRP (heart rate), HTP (health thermometer), BLP (blood pressure), GLP (glucose), BAS (battery service) and DIS (device information).

Parameter Specifications
Features Bluetooth SIG Core Spec v4.0 compliant
Low power consumption wireless communication module
SiP (System in Package) design
Bluetooth certified
Wireless certification acquired for various countries
– Radio Law (Japan)
– FCC 15.212 modular certification (US)
– EN300 328 (Europe)
EEPROM built in for storing user data (16kbyte max.)
UART I/F for Bluetooth Host Controller
SPI (Slave) I/F for Custom Host Controller
Supports low power clocks (32.768kHz) for intermittent operation
Built-in regulator
Supply Voltage 1.6 to 3.6V, 3.3V typ.
Consumption 0.7uA (Sleep Mode)
9mA typ. (Transmission)
9mA typ. (Reception)
Package 52pin LGA (10.7mm × 13.6mm × 1.78mm)

Steve Bush

Steve Bush is the long-standing technology editor for Electronics Weekly, covering electronics developments for more than 25 years. He has a particular interest in the Power and Embedded areas of the industry. He also writes for the Engineer In Wonderland blog, covering 3D printing, CNC machines and miscellaneous other engineering matters.

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