Description
The Telit mPLS63-W (MPN: L30960N7000A12001V) is a high-speed 4G/LTE Cat 1 IoT Modem Card designed to simplify global cellular connectivity for diverse IoT applications. Housed in a compact, plug-and-play Mini PCIe™ form factor (50.95 mm × 30 mm × 4.7 mm), this modem card offers global coverage from a single SKU, featuring LTE Cat 1 networks optimized for IoT, along with 3G HSPA/UMTS and 2G GSM fallback options. Delivering IoT-optimized data rates of up to 10.2 Mbps download and 5 Mbps uplink, the mPLS63-W is ideal for applications requiring efficient, long-life connectivity and easy integration, such as vending machines, point-of-sale terminals, industrial automation, and transportation solutions. Its design supports straightforward migration from older 2G and 3G technologies to modern LTE, improving implementation agility for developers and simplifying technological evolution. The rugged construction and wide operating temperature range of –40 °C to 95 °C ensure reliable performance in harsh industrial environments.
The feature set of the Telit Cinterion mPLS63-W is extensive, ensuring comprehensive functionality for advanced IoT deployments. Key features include integrated IP connectivity with support for IPv4 and IPv6, multiple operator VoLTE support, and CSFB (circuit-switched fallback). It also includes embedded GNSS support for GPS, BeiDou, GLONASS, and Galileo, facilitating location-based services and asset tracking. Interface options are robust, featuring USB 2.0, UART, 4 GPIO lines, and a 3FF SIM card holder, with optional eSIM support and embedded processing capabilities. The modem card is controlled via standardized and extended AT commands. Furthermore, the mPLS63-W is widely certified by global regulatory bodies (including GCF, FCC, RED, UL, etc.) and approved by major global carriers such as AT&T (FirstNet), Verizon, Telstra, NTT Docomo, and KDDI, ensuring broad deployment flexibility and compliance. Advanced security features like secure boot, secure key storage, and key lifecycle management protect the device and data throughout its operational life, making it a reliable and secure choice for mission-critical IoT infrastructure. The ability to perform firmware updates via USB and ASC, along with support for RLS Monitoring (Jamming detection) and Cell ID based Location Support, further enhances its lifecycle management and diagnostic capabilities.
