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Iridium Modules & Terminals · Module / OEM

Iridium 9604

Iridium SBD satellite, LTE-M cellular and GNSS positioning in a single module. The satellite side is SBD, so its data can be sent and received through N3D SBD CC.

Send and receive data: SBD CC →

Key features

Three components become one

A satellite modem, a cellular modem and a GNSS receiver used to be three parts; the 9604 combines them in one 16 × 26 × 2.4 mm module. Iridium puts the board-space saving at 60 percent or more, and calls it its smallest form factor yet.

You decide when to use satellite

The 9604 does not force automatic switching. The satellite, cellular and GNSS subsystems are controlled independently, so you write the failover or routing logic — for example LTE-M while there is coverage, satellite when there is not.

Location-aware network choice

An integrated u-blox M10 GNSS receiver (GPS, GLONASS, BeiDou, Galileo) lets the device choose its network by position and coverage.

The satellite side is SBD

Satellite messages use Iridium SBD: up to 340 bytes up and 270 bytes down per message. With SBD CC it works exactly like the 9602 and 9603 — uplinks are forwarded to your server and downlinks go out through the API.

One AT command set

All three subsystems share one AT command set and one host interface, instead of three modules managed separately.

Industrial grade

Built in ISO/TS 16949 certified production and qualified to AEC-Q104; rated from -40 to +85 °C. LTE-M power-saving mode (PSM) current is 1 µA.

Specifications

Dimensions
16.0 × 26.0 × 2.4 mm
Weight
< 3 g
Package
96-pin LGA (SARA-compatible)
Operating temperature
-40 ~ +85 °C
Power supply
3.8 V nominal (3.0 to 4.5 V)
Satellite service
Iridium SBD (up to 340 bytes mobile-originated, 270 bytes mobile-terminated)
Satellite Tx power
32.2 dBm (max)
Satellite connected-mode current
Rx 118 mA; Tx 2.5 A typical
Cellular
LTE-M (LTE Cat M1)
GNSS
GPS, GLONASS, BeiDou, Galileo (u-blox M10)
Antennas
Two: one shared by Iridium and GNSS, one for LTE-M
Interfaces
8-wire UART (configurable as 2 × 4-wire), I2C, USB for diagnostics, up to 6 GPIOs
Regulatory
FCC, ISED, CE-RED, UKCA
Conformance
PTCRB, GCF
Carrier approval
AT&T (FirstNet)

Source: www.iridium.com

FAQ

What is the difference between the 9604 and the 9603?

The 9604 adds LTE-M cellular and GNSS positioning and is smaller (16 × 26 × 2.4 mm); on the satellite side both use Iridium SBD. See 9604 vs 9603.

How do I receive 9604 satellite data?

Through N3D SBD CC: messages from the device are delivered over HTTPS to the URL you choose, your server sends messages to the device by calling an API, and you can also use the web console — no DirectIP server to build.

Does the 9604 switch between cellular and satellite automatically?

No. By design the developer decides when to use LTE-M and when to use satellite — a simple failover, or routing by position, cost and power.

Do I need a separate SIM for cellular?

LTE-M needs a cellular SIM; Iridium says the 9604 development kit can be used with your own SIM card. N3D handles activation of the satellite SBD service.

Is there a 9604 development kit?

Yes. The Iridium 9604 Development Kit includes a Launch Pad developer board carrying the 9604, a USB-C cable, a 3,000 mAh lithium-ion battery, a helical Iridium antenna and a microSD card. Contact N3D about availability.

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