IN100-Q1-R-RC1F datasheet(9/49 Pages) ETC

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N1EDOC-DS-IN100-EN-V1.3

1. Product Overview

IN100 is a member of InPlay's NanoBeacon™ SoC product family, which supports Bluetooth low

energy beacons in the ISM 2.4GHz frequency band and a proprietary beacon mode in either the

2.4GHz ISM frequency band or the MedRadio frequency bands. This SoC device features an

efficient and configurable state machine, non-volatile memory for user pre-defined data payload,

and data SRAM for dynamic data storage. The device includes an analog to digital converter,

security engine and power management in a QFN form factor package as small as 2.5mm x 2.5mm.

The device has very low power consumption and simple BOM requirements. It is ideal for coin cell

battery or single cell 1.4V/1.5V battery-powered applications such as disposable beacon tags or

wireless smart sensors.

Software programming free Bluetooth: The device is designed for maximum ease of use. There’s

no need to do any Bluetooth-related software programming in order to use this device. Once the

device is properly configured, it automatically transmits Bluetooth Low Energy advertising

packets, or proprietary-format advertising packets. The advertising data payload can be

predefined user data stored on-chip, or dynamic data acquired from sensors or an external

microcontroller. The NanoBeacon Config PC GUI tool provided by InPlay allows the user to easily

configure the advertising mode and data payload.

Single cell (sub-1.5V) battery operation, Nanowatt power consumption: The device can operate

at battery voltages as low as 1.1V, so a popular 1.5V single cell battery is sufficient to power the

device. When the device is operating in sleep mode, it consumes less than 650nA from the battery.

Flexible features for pairing with an MCU & sensors: In addition to the standalone beacon

mode, the device is designed to pair with a companion MCU and/or sensors. When the device is

used with a microcontroller, the adverting data payload and control mode can be changed on-the-

fly via the UART interface. Sensors with either analog or digital outputs can be used with the

device. It supports multiple ADC input channels with 11-bit resolution. It has a linear scaling post-

processing unit to condition readings before transmitting them wirelessly. In addition, there are

two low-leakage load switches that turn power on or off to any external circuitry, including the

sensor ICs.

Simple system BOM: The device does not require external RF matching components when

interfacing to a 50Ω impedance. It does require a 26MHz crystal for accurate local oscillator

generation. For applications that require an accurate real-time clock, a 32.768kHz crystal must be

installed on-board. Both the 26MHz and 32.768kHz crystal interfaces provide programmable on-

chip capacitors that eliminate the need for on-board load capacitors for most crystals.

IN100-Q1-R-RC1F Datasheet(PDF) 9 Page - List of Unclassifed Manufacturers