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Iridium 9603 module

Ref: IRID-SBDN9603

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  • Collections: Radio & Satellite Transmitters

    Vendor: Iridium


    Shipping Weight: 7.0 oz


    Global Connectivity In The Palm Of Your Hand

    Delivering two-way communications on a remarkable scale, the Iridium 9603 module makes truly global IoT a reality. The Iridium 9603 delivers Iridium Short Burst Data through an extremely small form factor, designed especially to meet the needs of fixed, mobile, or battery-powered applications.



    One-fourth the volume and half the footprint of the Iridium 9602, the innovative Iridium 9603 module combines the global coverage of the Iridium satellite constellation with the low latency of Iridium Short Burst Data to provide highly reliable, truly global satellite communications.


    Features

    • Small Form Factor.
      The smallest commercially available satellite module available, lightweight, low-power for unmatched integration flexibility.
    • Single Header Connector.
      For power, on/off control, logical level asynchronous, UART control, and network availability.
    • No SIM Card.
    • Single Board Module.
      Integrate additional functions such as GPS, microprocessor-based logic control, digital and analog I/O, power supply, and antenna.
    • Compliance.
      RoHS, EC, FCC Part 15 and Part 25, IC, REACH 201, ANATEL, NRRA – Korea, Japan Type Approval.

    Specifications

    Mechanical
    Dimensions (L x W x H) 31.5mm x 29.6mm x 8.1mm
    Weight 11.4 g
    Environmental
    Operating Temperature Range -40 to +85 ℃
    Operating Humidity Range ≤75 % RH
    Storage Temperature Range 40 to +85 ℃
    Storage Humidity Range ≤93 % RH
    Vibration Standard EN60068-2-14:2009, IEC60068-2-64:2008, EN60068-2-27:2009, and SAE J1455
    RF Interface
    Duplexing Method TDD (Time Domain Duplex)
    I / O Impedence 50 Ohm
    Multiplexing Method TDMA/FDMA
    Power
    Input Voltage Range 5.0V +/- .5V DC
    Input Voltage Ripple <40mV pp
    Idle Current Average 34 average mA
    Idle Current Peak 156 peak mA
    Transmit Current Average 145 average mA
    Transmit Current Peak 1.3 peak A
    Receive Current Average 39 average mA
    Receive Current Peak 156 peak mA
    Message Transfer Current 158 average mA
    Message Transfer Power 0.8 average W
    Network
    Telephony No
    Location Based Services No
    User Experience
    GEOS Support No

    Certifications

    • ANATEL
    • EC
    • FCC Part 15 and Part 25 Grant
    • Industry Canada
    • Japan Type Approval
    • NRRA – Korea
    • REACH 201
    • RoHS Compliant

    Documents

    Brochure

    Case Study

    Certification - Regulatory

    Comparison Chart

    End of Life

    Fact Sheet

    Infographics

    Legal Notice

    Product Details

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