Arduino Pro 4G GNSS Module Global - TPX00200
π‘π°οΈ Arduino Pro 4G GNSS Module Global β 4G + GNSS Connectivity in Mini PCIe Format
The Arduino Pro 4G GNSS Module Global (TPX00200) is a high-performance mobile broadband and positioning module for embedded systems, especially those based on Arduinoβs Portenta/Pro ecosystem. It combines 4G/LTE cellular connectivity with GNSS satellite positioning in a compact Mini PCIe form factor β ideal for remote IoT, tracking, telematics, and machine-to-cloud applications.
π MODULE INFOGRAPHIC β ARDUINO PRO 4G GNSS GLOBAL (TPX00200)
Arduino Pro 4G GNSS Module Global (TPX00200) | π Form Factor | Mini PCIe (PCIe Mini Card 1.2) | | πΆ Cellular Modem | Quectel EG25-G (Cortex-A7, MDM9x07) | | β‘ LTE Connectivity | LTE Cat-4 (4G) with 2G/3G fallback | | π‘ GNSS Support | GPS, GLONASS, BeiDou, Galileo, QZSS | | πͺ GNSS Protocol | NMEA-0183 (1 Hz update) | | π Data Speeds | DL 150 Mbps / UL 50 Mbps (LTE) | | π Interfaces | USB, UART, PCM/I2C | | π Dimensions | 30 mm Γ 51 mm | | π Power | 3.3 V DC | | π§ Operating Range | β35 Β°C to +75 Β°C (extended β40/+80) | | π‘ Antenna Ports | Main, diversity, GNSS connectors | | π Certifications | CE, UKCA, RoHS, FCC, IC |
Compact LTE + positioning module with global coverage support.
π‘ 1οΈβ£ Global 4G LTE Cellular Connectivity
β Operates worldwide with LTE Cat-4 (4G) wireless data.
β Backward compatible with 3G (UMTS/WCDMA) and 2G (EDGE/GPRS) networks, ensuring reliable connection even in areas where 4G is weak.
β Typical LTE speeds: 150 Mbps download, 50 Mbps upload.
β Supports multiple LTE bands for global roaming.Great for:
Remote monitoring and control
Asset tracking over mobile networks
IoT data uplink without Wi-Fi
π°οΈ 2οΈβ£ Integrated GNSS (Global Navigation Satellite System)
β Supports satellite systems including GPS, GLONASS, BeiDou, Galileo, QZSS β giving you accurate global positioning.
β Outputs standard NMEA-0183 sentences (1 Hz rate), easy to parse in software.
β GNSS engine can be enabled via libraries and yields positional fixes for navigation, tracking, and geo-aware automation.
Typical GNSS data:
Latitude / longitude
Altitude
Speed / heading
Timestamp and satellite info
π 3οΈβ£ Mini PCIe Form Factor & Interfaces
πΉ Mini PCIe card β standard compact form factor for embedded systems.
πΉ Interfaces:
USB β host connectivity to boards or SOCs
UART β serial comm for modem control
PCM/I2C β for audio and low-level control
πΉ Antenna ports: separate connectors for cellular main, diversity, and GNSS antennas.
This module plugs into carrier boards or custom PCBs that accept Mini PCIe cards β common in industrial and Pro-grade projects.
π 4οΈβ£ Performance & Specs
Cellular: LTE Cat-4 with multi-band support globally (including US frequencies).
GNSS: Broad GNSS support for consistent location anywhere.
Operating Temp: Wide range for outdoor/industrial environments.
Power: Designed for efficient 3.3 V DC operation.
Certifications: CE / UKCA / FCC / RoHS β suitable for commercial use.
π 5οΈβ£ Typical Real-World Applications
β
Remote IoT Nodes β environmental sensors, agriculture, weather stations
β
Asset & Fleet Tracking β real-time location + data via 4G
β
Smart Cities & Infrastructure β connected monitoring of bridges, substations
β
Telematics & Diagnostics β vehicle data uplink + GPS
β
Industrial Automation β offline fallback to GSM/3G where LTE is weak
π§ 6οΈβ£ Why Choose This Module?
π Global coverage: works in most countries thanks to wide band and GNSS support.
π Dual capabilities: communication + location in one card.
π Designed for embedded/industrial use: standard Mini PCIe and certifications.
π Flexible interfacing: USB, UART, PCM/I2C for integration with many host systems.
π Note: Compatible antennas for cellular and GNSS are typically sold separately (e.g., Arduino Pro 4G antenna kit).
β‘ Summary
The Arduino Pro 4G GNSS Module Global (TPX00200) is a professional cellular + positioning module that adds 4G LTE connectivity and multi-constellation GNSS to embedded systems via the Mini PCIe standard, ideal for IoT, telematics, tracking, and remote automation projects.
