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China UWB Dongle Sniffer - Eforthink's Ultra-Wideband Detection Protocol Analyzer from Reliable Suppliers and Factory

The Eforthink UWB Dongle Sniffer module is an innovative UWB solution developed by Eforthink Technology, a leading supplier in China. Built on the robust NXP NCJ29D5 chip, this compact module measures 72.0mm x 20.0mm x 1.0mm and features a versatile serial communication interface, a 6-wire SPI interface, and 2 GPIOs. Complying with the IEEE Std 802.15.4™ - 2020 standard, the UWB PHY is also backward compatible with the IEEE Std 802.15.4™ - 2015, ensuring seamless integration with FiRa/CCC alliance specifications. Utilizing Eforthink Technology’s advanced UWB Dongle Sniffer software, users can effectively monitor CCC, FiRa, and IEEE802.15.4a/z protocols, enabling rapid UWB channel monitoring and the sending of custom UWB payloads. This product supports monitoring and sending UWB signals with the shortest intervals of just 1ms, making it a must-have tool for UWB applications. As a reliable factory in China, Eforthink Technology is committed to providing high-quality UWB solutions to meet the evolving needs of the market.

    Advantages

    Features

    Parameters

    Application

    Core Technical Advantages

    • Technical Support: Provide professional technical support services
    • Supported Protocols: FiRa, CCC
    • Frequency Bands: Band 5/9 (6.0G ~ 8.5G)
    • CPU Core: ARM® Cortex-M33 32-bit processor
    • Online Upgrade: Supported
    • Firmware Encryption: Supported
    • Host Interface: USB-A

    Product Features

    Fast Scanning & Tracking Monitoring

    Quickly scan nearby UWB devices, and track, monitor, analyze and count the UWB frames under a scanned parameter group.

    Sending

    Transmit UWB frames with specific Payload. Physical layer protocol parameters transmitted are based on fast scanning/tracking monitoring or configuration page parameters.

    Power Estimation

    Estimate the UWB transmission power of UWB transmitting equipment effectively.

    Frame Duration Calculation

    Calculate the frame duration composition of each frame structure type under specific protocol parameters, independent of the configuration page parameters.

    Product Parameters

    UWB Dongle Sniffer Module Specification Parameters
    Module size 72.0 x 20.0 x 1.0mm
    Power supply interface USB
    Operating voltage 4.5 - 5.5V
    Operating current ≤150mA
    CPU core ARM® Cortex - M33 32 - bit processor
    Online upgrade Supported
    Firmware package encryption Supported
    Host communication interface USB - A
    UWB Dongle Sniffer Module Radio Frequency Parameters (UWB)
    Wireless standard IEEE Std 802.15.4™ - 2020, backward compatible
    Supported frequency bands 5/9 (6.0G ~ 8.5G)
    Supported protocols FiRa, CCC
    Typical transmission power for positioning -41.3dbm/MHz
    Maximum transmission power -23dbm/MHz
    Engineering coverage (unobstructed) 100m
    Transmission data rate 6.8M/7.8Mbps
    Receiving sensitivity ≤-95dbm (configured with PRF64M, preamble length 64, and data rate 6.8M)

    Application Scenarios

    Logistics
    Blind positioning of rooms, nooks, and strongly shaded areas in warehousing and logistics parks.
    Industrial IoT
    Manufacturing Plant Occluded Area Blind Positioning.

    Frequently Asked Questions

    What protocols and frequency bands does the UWB Dongle Sniffer support?
    The UWB Dongle Sniffer supports FiRa and CCC protocols, and is compatible with frequency bands 5 and 9 (ranging from 6.0 GHz to 8.5 GHz).
    What is the CPU configuration and core architecture of this module?
    This module is equipped with a high-performance ARM® Cortex-M33 32-bit processor core, providing robust processing capabilities for monitoring and analysis.
    Can the firmware of this UWB Sniffer be upgraded online?
    Yes, the module supports online upgrades, and it features firmware package encryption to ensure secure deployment and maintenance.
    What is the typical transmission range and receiving sensitivity?
    The engineering coverage is up to 100 meters in unobstructed environments. It features a receiving sensitivity of ≤-95dbm under PRF64M, preamble length 64, and data rate 6.8M configuration.
    How does the frame duration calculation function work?
    It allows users to calculate the frame duration composition of each frame structure type under specific protocol configurations. This function operates independently from the main configuration page parameters.
    What are the primary application scenarios for the UWB Dongle Sniffer?
    It is widely used in logistics warehousing for blind positioning in rooms/nooks, and in Industrial IoT environments for tracking and positioning in occluded manufacturing plant areas.
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