InPlay Inc.

Irvine,  CA 
United States
  • Booth: 1050

Empower Your IIoT Network with InPlay's Wireless SoC

InPlay Inc. is a leading fabless semiconductor company that's changing the game in the Internet of Things (IoT) industry. Our team of experts is dedicated to delivering innovative, low-latency and low-power wireless connectivity solutions that help organizations and developers unlock the full potential of IoT. Our System-on-Chip (SoC) technology is specifically designed for advanced IoT applications and has received widespread recognition for its reliability and ease-of-use.

Over the past few years, InPlay has developed several proprietary technologies that have disrupted the IoT landscape. Our NanoBeacon™ is the world's first No Code Bluetooth Beacon SoC, making it easier for organizations to deploy and manage wireless sensor networks. Additionally, our patented SMULL technology offers synchronous multi-node ultra-low latency wireless networking, enabling cable replacement applications such as wireless BMS.

Brands: NanoBeacon™; SMULL (Synchronous Multi-node Ultra Low Latency)


  • IN100 NanoBeacon™ Bluetooth® Low Energy Beacon SoC
    InPlay's IN100 SoC is the world's first no code Bluetooth low energy (BLE) Beacon solution...

  • IN100 NanoBeacon™ Bluetooth® Low Energy Beacon SoC

    InPlay's SoC is the world's first no code Bluetooth low energy (BLE) Beacon solution

    Image of InPlay's IN100 NanoBeacon™ SoC and Evaluation Kit

    InPlay Inc's IN100 NanoBeacon SoC is a powerful and efficient BLE beacon solution that is built on their proprietary ultra-low-power SoC design platform using Bluetooth 5.3 technology and is considered a breakthrough in BLE beacon technology. The IN100 eliminates the need for software programming, making it a no code required SoC design. A configuration tool is provided for developers to configure the device for various operational modes based on their application needs.

    The chipset offers a cost-effective solution in terms of chip cost and the required eBOM. In active RFID tag designs, three external components are typically required to complete the product design. The chipset is notable for its small size thanks to the DFN8 package measuring 2.5 mm x 2.5 mm x 0.80 mm, making it suitable for low-profile, space-limited tag product designs. The chipset is specifically designed to be low power enabling the beacon tag to easily operate for more than 10 years on a single-cell battery which makes the SoC ideal for applications that require a low-power and low-cost BLE beacon solution.

    The IN100 supports a variety of sensor interfaces including analog and digital. Developers can easily connect the IN100 to a sensor, configure its threshold, and once the threshold is reached, wirelessly publish alerts or raw sensor data information via its Bluetooth air interface.

    The IN1BN-DKC0-100-C0 is an easy-to-use customer evaluation and development system that allows the user to quickly start configuring and testing the IN100 chipset. The system consists of three development boards (IN100 chipset-based tag boards) and one programming board.

    • 2.4 GHz ISM RF frequency band and 2.36 GHz MedRadio band
    • Bluetooth 5.3 technology for increased range and improved power efficiency
    • Eliminates the need for software programming making it a no code required SoC design
      • Provided configuration tool for developers to configure the device for various operational modes based on their application needs
    • Compact size: 2.5 mm x 2.5 mm x 0.8 mm
    • Multi-year battery life with adjustable transmission power:
      • Sub-µW power consumption
      • Sleep current: 650 nA (min.)
    • iBeacon and Eddystone support for seamless integration with Apple and Android devices
    • Analog sensor interface with up to four channels
    • Digital I2C sensor interface support
    • UART host interface support
    • Built-in ultra-low leakage load switches
    • Enhanced security:
      • Authentication of Beacon ID
      • Privacy of advertising data payload
    • On-chip RF matching reduces the development time and eBOM
    • Wide operating voltage range: 1.1 V to 3.6 V
    • Industrial temperature range
    • Ultra-low cost
    • Retail and retail marketing
    • Asset tracking
    • Industrial automation
    • Proximity marketing
    • Real-time indoor location systems
    • IoT endpoints

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