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iotSDR, Software Defined Radio Development

 
 

A versatile dev board with everything you need to design custom IoT protocols & gateways

iotSDR - Embedding SDR in IoT

 

iotSDR provides a platform that allows SDR developers and enthusiasts to design innovative algorithms and cutting-edge products. While wide-band SDRs are more versatile, narrow-band transceivers perform better for many IoT-related applications. Accordingly, iotSDR hosts two narrow-band Microchip AT86RF215 transceivers that provide their own base-band cores and have the ability to handle their own I/Q signal streaming. The result is an extremely powerful tool for anyone who is looking to simplify the task of developing, testing, and deploying high-complexity frameworks.
A Powerful FPGA and a GNSS Chip to Round It Out

iotSDR’s Microchip transceivers are backed by a Zynq SoC—which provides an FPGA and a processing system in a single package—as well as a MAX2769 GNSS chip capable of streaming live signal records. That GNSS chip can be used for custom GPS, Galileo, BieDou, and GLONASS receiver development, and is perfect for projects in the location-based services (LBS) domain such as those related to navigation and surveying.
Use Existing Software, Design a Protocol, or Build a Gateway

You can drive the hardware described above using a wide variety of popular open source software, including the Xilinx PYNQ Python framework, Jupyter Notebooks, and GNU Radio.

And if your work is further down the stack, don’t worry. iotSDR still has you covered. If you want to design and implement a physical layer IoT protocol, for example—a protocol like LoRa, SigFox, WightLess, Bluetooth, BLE, 802.15.4, ZigBee, or something of your own design—this board is for you. It’s also a great place to start if you want to build a custom IoT gateway along the lines of The Things Network, LPWAN, or Google’s Thread.

Radio has long been a pillar of modernization and technology, and this remains true in the era of software-defined radio. The Internet of Things, in particular, stands to benefit from the latest advancements in SDR technology. With iotSDR, you can be part of the community that makes that happen.

Features & Specifications

    RF Transceiver: 2x Atmel AT86RF215
        European band: 863-870 MHz / 870-876 MHz / 915-921 MHz
        Chinese band: 470-510 MHz / 779-787 MHz
        North American band: 902-928 MHz
        Korean band: 917-923.5 MHz
        Japanese band: 920-928 MHz
        World-wide ISM band: 2400-2483.5 MHz
    GNSS Receiver: MAX2769B
    SoC: Xilinx ZYNQ XC7Z010-1CLG400C
        Dual-Core ARM Cortex-A9 MPCore
        256 kb on-chip memory
        DDR3 support
        28,000 logic cells
        17,600 LUTs
        2.1 Mb block RAM
        80 DSP slices
        2x UART, 2x CAN 2.0 B, 2x I²C, 2x SPI, 4x 32-bit GPIO
        FPGA configuration via JTAG
    EEPROM Memory: 1x AT24MAC602 for RF transciever MCU firmware and data
    Flash Memory: 1x QSPI 128 Mb flash memory for firmware
    RAM: 256 MB DDR3
    SD Card: Micro SD card slot
    General User Inputs/Outputs:
        2x 8-bit PL interfaces
        1x 8-bit PS interface
    Connectivity:
        1x Gigabit Ethernet
        USB 2.0 high-speed (USB3310)
        USB 2.0 full-speed (CP2104)
        2x SMA RF connector for Low Frequency IoT Bands transceiver
        2x SMA RF connector for 2.4 GHz Band transceiver
        1x GNSS receiver RF connector
        FPGA JTAG connector for external JTAG programmer/debugger
    Clock System:
        Single clock source for both RF frontends
        Separate clock for GNSS receiver
    Board Dimensions: 76.2 mm x 101.6 mm

IEEE 802.15.4 Baseband Cores

iotSDR hosts dual Microchip AT86RF215 transceiver chips, each of which supports separate, hard-coded baseband cores for the sub-1 GHz and 2.4 GHz bands, compliant with IEEE 802.15.4g-2012 and ETSI TS 102 887-1. An output power of 14 dBm and receiver sensitivities down to -123 dBm result in an outstanding link budget of up to 137 dB. The device offers a high flexibility by supporting a variety of data rates with three modulation schemes:

    Multi-rate and multi-regional frequency shift keying (MR-FSK)
    Orthogonal frequency division multiplexing (MR-OFDM)
    Offset quadrature phase-shift keying (MR-O-QPSK).

Simultaneous operation at sub-1 GHz and 2.4 GHz enables new capabilities and provides the right cost structure for smart metering, smart lighting, home energy gateways, and other industrial and automation equipment.

Supported PHYs (IEEE 802.15.4g-2012, IEEE 802.15.4- 2011, and proprietary modes)

    MR-FSK: 50 - 400 kbit/s with optional forward error correction and interleaving
    MR-OFDM: 50 - 2400 kbit/s
    MR-O-QPSK: 6.25 - 1000 kbit/s, 100 - 2000 kchip/s
    O-QPSK: 250 - 1000 kbit/s, 1000 and 2000 kchip/s

This is a special development board. Support only from manufacturer! No guarantee except quality problems.(Sonderbeschaffung)

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