Panasonic have launched the next-generation of Bluetooth® Smart modules for the Internet of Things (IoT) featuring low power (nanopower) consumption. The new PAN1760 Series Bluetooth® smart module v4.1 with integrated antenna and embedded GATT profile is a cost-effective, low-power, true system-on-chip (SoC) solution for low energy Bluetooth® applications such as data transfer to smartphones/tablets, wireless health monitoring, smart home, general industry, remote sensing and portable applications without host MCU.
The PAN1760 module is based on Toshiba’s single chip TC35667-006 Bluetooth® semiconductor device. The integrated RF transceiver’s programmable EEPROM memory (512kb) and 32kB RAM memory can be used for application code storage and execution and allow for stand-alone operation without any need for a host MCU. Central and Peripheral Mode are supported and the part benefits from FCC, IC, as well as CE approvals.
Very low-power sleep modes are available and short transition times between operating modes further enable low power consumption.
Expanding on Panasonic's Toshiba based Bluetooth® module ecosystem, the PAN1760 Series and PAN1026 Series share the same form factor and module footprint which allows a simplified upgrade path. Furthermore Bluetooth® LE applications and profiles developed using the PAN1026 can almost be transferred 1:1 to the PAN1760 with only small changes for the higher feature set of PAN1760 required.
The PAN1760 module (ENW89847A1KF) is supported by the PAN1760-EMK (ENW89847AVKF) Evaluation Board allowing engineers to quickly evaluate and develop designs incorporating Bluetooth® 4.1 Low Energy modules.
Anglia are offering customers a FREE PAN1760 Bluetooth® 4.1 Low Energy Evaluation Board (ENW89847AVKF) from Panasonic, please fill in the form below to register your interest now.
Free samples are subject to availability.
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