MOXA UC-2222A-T-US Industrial Embedded Computer
MOXA UC-2222A-T-US FEATURES
- Supports US Frequency Bands
- CPU Armv8 Cortex-A53 dual-core 1GHz
- Pre-installed Linux Debian 11, kernel 5.10
- 2 x 10/100/1000 Mbps Ethernet Ports
- 2 x RS-232/422/485 Serial Ports
- 12 to 24 VDC Input power range
- IP30-rated Metal and SECC body design
- DIN-rail and Wall mounting
- -40 to 70°C operating temperature range
MOXA UC-2222A-T-US INTRODUCTION
The UC-2222A-T-US is a high-performance industrial edge
computer built for reliable processing, secure connectivity, and long-term
operation in demanding field applications. Positioned within Industrial Computing and designed as part of Moxa’s Arm-Based Computers, this model serves
as a compact yet powerful solution for data acquisition, protocol conversion,
and remote monitoring. Featuring an AM6412 Arm® Cortex®-A53 dual-core 1 GHz
CPU, 2 GB RAM, and a preinstalled U.S.-region LTE module, it provides stable
wireless communication for industries such as factory automation, oil and gas,
transportation systems, and energy monitoring. Its wide –40 to 70°C operating
temperature ensures dependable performance in harsh environments where
vibration, extreme weather, and continuous uptime requirements are common. As a
member of the UC-2200A Series, the UC-2222A-T-US delivers the durability and
longevity engineers expect from Moxa, making it an excellent investment for
mission-critical IIoT deployments. Users seeking deeper technical insight can
refer to the Moxa UC-2222A-T-US datasheet for full specifications.
You can also find the UC-2222A-T, UC-2222A-T-EU, and UC-2222A-T-AP models in the MOXA UC-2200A Series.
MOXA UC-2222A-T-US CERTIFICATIONS
The UC-2222A-T-US also provides strong regulatory assurance
with compliance across EMC, EMI, EMS, and safety standards, reinforcing its
suitability for industrial deployments that must meet strict performance and
reliability requirements. These certifications validate the device’s ability to
operate securely and consistently in electrically noisy, high-risk, or
environmentally sensitive areas, ensuring that engineers integrating this model
into their systems can rely on stable long-term performance backed by
industry-recognized standards.
