Accelerate Deployment with an End-Device Certified Telit + Gateworks CMB100 Cellular Modem
Need cellular connectivity without the delays of RF testing or carrier certification? The Gateworks GW16162 is a rugged, end-device certified cellular modem designed for industrial edge applications. It enables rapid deployment in remote monitoring, energy infrastructure, transportation systems and factory automation without additional certification requirements.
Built in the USA and powered by Telit Cinterion’s CMB100 module, the GW16162 supports LTE CAT-4, CAT-M1/NB2, CAT-1 BIS, and is future-ready for 5G RedCap. Its M.2 B-Key form factor integrates seamlessly with Gateworks SBCs featuring NXP’s i.MX processors to provide a streamlined path to wireless connectivity in embedded and industrial environments.
Why End-Device Certification Speeds Up Time To Market
End-device certification means the cellular module has already passed all required regulatory and carrier certifications. The GW16162 includes a pre-certified module for Verizon, AT&T, FCC, IC and PTCRB. It can be deployed immediately without additional RF testing to accelerate time-to-market, lower development costs and reduce project risk.
Seamless Integration with Gateworks SBCs and Linux Tools
The GW16162 works out of the box with Gateworks’ Venice SBCs and the Catalina family. These industrial-grade SBCs feature NXP Semiconductors’ i.MX 8M and i.MX 95 processors for scalable performance and long-term availability. The GW16162 uses standard Linux drivers and engineers can configure it using familiar tools like uqmi, picocom, and ModemManager. It supports AT commands, QMI, and PPP modes for flexible integration.
Flexible Interfaces in a Compact M.2 Form Factor
The GW16162 offers USB 2.0, UART and GPIO interfaces for flexibility with how the modem is connected and controlled. It features a nano-SIM slot to simplify carrier access, allowing engineers to use standard SIM cards without the need for external adapters or breakout boards. The dual u.FL connectors provide access to cellular and GNSS. This ensures optimal signal strength and reliability for wireless communication as well as accurate, multi-constellation GNSS positioning.
Rugged and Reliable: Designed for Harsh Industrial Environments
This product operates from –40°C to +85°C using industrial-rated components. Gateworks assembles each unit at its San Luis Obispo, California headquarters under an AS9100D/ISO9001-certified QMS. Rugged M.2 connectors, nano-SIM trays and RF components ensure reliable performance in remote or extreme conditions.
Technical Specs at a Glance:
- Interfaces: USB 2.0
- Cellular support:
- GW16162-1: LTE CAT4
- GW16162-2: 5G NR RedCap (Available 2026)
- GW16162-3: LTE CATM1/NB2
- GW16162-4: LTE CAT1 BIS
- Certifications: End-device certified for Verizon, AT&T, FCC, IC and PTCRB
- GNSS: Multi-constellation supported, no extra module needed
- Drivers: Linux-supported via BSP (cdc_ether, option)
- Tools: picocom, uqmi, ModemManager
- Form factor: M.2 3042 B-Key
- Operating range: –40 °C to +85 °C
- SIM type: Nano-SIM
- Antenna connections: Dual u.FL
- Documentation: Gateworks Wiki
Why Customers Trust the GW16162 for Industrial Connectivity
The GW16162 offers a pre-integrated, low-risk cellular path into the industrial market. For Gateworks users, it enables fast wireless deployments with minimal configuration. For Telit partners, it extends the reach of the CMB100 into edge applications. The close engineering partnership ensures aligned hardware, software and support.
Top Reasons to Choose the GW16162
- No additional RF certification required
- Global LTE and GNSS support
- Industrial-grade design for harsh environments
- Works out of the box with Gateworks SBCs
- U.S.-based manufacturing and technical support
Get Started Quickly: Documentation and USA-Based Engineering Support
Gateworks provides full setup instructions, antenna guidance and connection examples on their wiki so engineers can move quickly from prototype to field deployment. Questions about compatibility, firmware or configuration can be answered by Gateworks’ USA-based engineering team.
