Unveiling the ARK M.2 LTE Module: A Cutting-Edge Connectivity Solution
ARK Electronics has unveiled its latest innovation, the ARK M.2 LTE Module,designed to provide robust and dependable cellular connectivity.
Advanced design and Integration
This compact module utilizes the Semtech RC7611, RC7620, and RC7630 chipsets, crafted in an M.2 Key E 2230 form factor.This design makes it an excellent option for embedded systems, ensuring smooth integration with ARK’s hardware lineup, including the ARK Jetson PAB Carrier and the forthcoming Just a Jetson platform.
Global Connectivity Options
The ARK M.2 LTE Module is engineered to support worldwide cellular networks, accommodating various regional specifications through its three distinct chipset options:
- RC7611: Tailored for North America, compatible with major carriers such as verizon, AT&T, T-Mobile, and Sprint.
- RC7620: Designed for the EMEA region, ensuring reliable connectivity with Telstra.
- RC7630: optimized for the APAC market, supporting key operators like NTT Docomo, KDDI, LGU+, KT, and SKT.
Compact and Versatile
With a focus on embedded computing, the ARK M.2 LTE Module is particularly compatible with the ARK Jetson PAB Carrier and future Just a Jetson products.Its compact dimensions of 23.2mm x 30.0mm x 5.4mm and a lightweight of just 6g make it an ideal choice for space-constrained applications.
Flexible Connectivity features
The module is equipped with USB and UART serial interfaces, offering versatile connectivity options for a range of applications, including edge AI, robotics, and industrial automation. Additionally, it includes a Nano SIM slot and dual U.FL antenna connectors, enhancing its adaptability for various deployment scenarios.
Conclusion: A Powerful Connectivity Solution
The ARK M.2 LTE Module combines global LTE connectivity with a compact design and seamless integration into the Jetson platform. Whether utilized in industrial settings, AI applications, or embedded computing, this module guarantees high-speed and reliable cellular communication in a lightweight and efficient format.
For more details, visit the ARK Electronics website.