Type 1GR Bluetooth Low Energy module supports Bluetooth v4.1 low energy standard. All protocol stacks required for Bluetooth low energy communication are built in including profiles which support medical, home automation, accessory, sensor, Internet Of Things, and wearable market segments. The Cypress silicon has been designed to provide low power, low cost, and robust communications for applications operating in the globally available 2.4GHz unlicensed Industrial, Scientific, and Medical (ISM) band. |
Annual Volume | 50,000 |
Product Type | MCU Module |
Product Status | to be discontinued |
Grade | Consumer |
Frequency | 2.4GHz |
Chipset | Cypress (CYW20736) |
Processor | ARM Cortex-M3 |
Antenna | On-board |
RF Conn/ Antenna | PCB Antenna |
Sleep Clock | Yes |
System Clock | Internal X'tal |
Operating Temperature °C (min) | -20 |
Operating Temperature °C (max) | 85 |
Mounting Type | SMT |
Package | LGA |
Dimension | 9.0 x 7.0 x 1.2 mm |
Supply Voltage (Vdc) | 1.8V |
Transmit Power BT | +2.5dBm |
Receiver Sensitivity BT | -94dBm |
Transmit Mode Current | 31mA |
Receive Mode Current | 38mA |
Data Rate Bluetooth | 1 Mbps |
Bluetooth | 4.1 LE |
Power Class | Class 2 |
Technology | Bluetooth Low Energy |
Host Interface BT | UART/SPI |
Interface Voltage (Vdc for VIO) | 1.8 |
FCC/IC Certified | FCC/IC Certified |
ETSI Certified | Yes |
ISO9001 | Yes |
TS16969 | No |
Document Statement | For latest version of datasheet and other related documents, please engage with Murata sales team and wireless team to determine if this module is suitable for your applications. |
Software |
You can download WICED Smart SDK from Cypress web site: Cypress Developer Community |
Purchase |
Please engage with Murata sales team and wireless team to determine if this module is suitable for your applications. Murata reserves the right to support or not to support requests based on the corporate policy that includes export control and application restrictions, annual volume requirement (100kpcs) or other requirements. To expedite the qualification of your application for these modules, please submit the information through the Contact Us button on the top. |
Order Increment | 2000 |