
Iridium 9602 Module
Manufacturer : Iridium
Model : SBDN9602
Services: Iridium Short Burst Data® (SBD®) | Iridium Burst®
-
Supports Iridium Short Burst Data® (SBD®)
-
Small Form Factor
-
RoHS Compliant
Iridium 9602 Module
Manufacturer : Iridium
Model : SBDN9602
Services: Iridium Short Burst Data® (SBD®) | Iridium Burst®
-
Supports Iridium Short Burst Data® (SBD®)
-
Small Form Factor
-
RoHS Compliant

Small, But Mighty
Designed for integration into complete wireless solutions, the Iridium 9602 provides the critical data communications necessary for truly global solutions. Iridium partners can create high-value data solutions combining the Iridium 9602 module and Iridium Short Burst Data service.
Small. Light. Low Power.
Its small size, low-cost, and ease of integration make Iridium 9602 ideal for your IoT connectivity needs.
- Single Board Module
-
Integrate additional functions such as GPS, microprocessor-based logic control, digital and analog I/O, power supply, and antenna
- Small Form Factor
-
Small, lightweight, low-power for easy integration into IoT solutions of any size
- Location Based Services
-
GPS module antenna feed for shared antenna applications
- XXMC Connector
-
For small omni-directional L-band antennas
- No SIM Card
- RoHS Compliant

Product Specifications and Certifications
Mechanical | |
---|---|
Dimensions (L x W x H) | 41mm x 45mm x 13mm |
Weight | 30 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 | EN60068-2-14:2000, EN60068-2-36:1996, EN60068-2-27:1993, and J1455 |
RF Interface | |
Duplexing Method | TDD (Time Domain Duplex) |
I / O Impedence | 50 Ohm |
Multiplexing Method | TDMA/FDMA |
Power | |
Idle Current Average | 45 average mA |
Idle Current Peak | 170 peak mA |
Transmit Current Average | 140 average mA |
Transmit Current Peak | 1.3 peak A |
Receive Current Average | 40 average mA |
Receive Current Peak | 170 peak mA |
Message Transfer Current | 150 average mA |
Message Transfer Power | ≤0.8 average W |
Network | |
Telephony | No |
Location Based Services | No |
User Experience | |
GEOS Support | No |
- ANATEL
- EU
- FCB Technical Acceptance
- FCC Part 15 Grant and Part 25 Grant
- Japan Type Approval
- NRRA – Korea
- REACH 201
- RoHS
Login to access additional resources
Resources
Case Study - Spidertracks leverages Iridium SBD services to deliver mandatory Iridium Satellite Tracking System
Case Study - Iridium Connected two-way communication service provides early warning alerts to citizens in flood-prone area.
Case Study concerning Iridium's Polar Research Solutions
Case Study - Iridium helps enable conservation efforts around the globe with the instant Detect system.
Iridium's general subscriber equipment end of life policy.
Iridium's satellite subscriber service policy.
Datasheet detailing the specifications of the Iridium 9602 Transceiver
Video published on March 30th, 2018 covering Iridium's IoT connectivity features and ecosystem of service support.
- Certificate Registration No. 10011933 UM15
- Date of Original Certificate: 2018-10-08
- Date of Certification: 2024-07-29
- Valid Until: 2027-08-06
- Certificate Registration No. 10011933 QM15
- Date of Certification: 2024-08-07
- Valid Until: 2024-08-06