Description
The Peplink MAX BR1 Mini (MPN: MAX-BR1-MINI-LTE-E-T-PRM) is an industrial-grade 4G LTE cellular router designed for constant connectivity and reliable deployment in demanding environments. This model is engineered to provide robust network accessibility through its embedded CAT-4 LTE modem, featuring redundant SIM slots for multiple carrier support, ensuring continuous operation even if one carrier connection fails. The router’s hardware is designed for resilience, accepting a wide voltage range (DC 12V – 28V 2A power input) and is certified for vibration resistance and rolling stock (E Mark, EN 61373, EN 50155, EN 61000), making it suitable for M2M telemetry, fleet tracking, and general-purpose industrial applications. Key features include a Router Throughput of 100Mbps, PepVPN/SpeedFusion Throughput of 40Mbps (No Encryption), and support for up to 16 SSIDs. It is a compact device, weighing 0.54 pounds (244 grams).
This specific model, MAX-BR1-MINI-LTE-E-T-PRM, is typically configured for APAC and EMEA regions, utilizing an embedded 1x CAT-4 modem. It supports various 3G and LTE bands including WCDMA/HSPA+/DC-HSPA+: B1, B5, B8, and LTE Bands B1, B3, B5, B7, B8, B20, B38, B40, B41. The router boasts a maximum power consumption of 12W. Its connectivity portfolio includes a single 10/100M Ethernet Port (which can be convertible to a WAN port with the optional feature pack), and built-in Wi-Fi AP and WAN capabilities, capable of 802.11b/g/n modulation. The BR1 Mini is ready for enhanced functionality through PrimeCare subscriptions, which provide access to InControl 2 cloud management, Hot Failover, Smoothing, and optional feature packs enabling Ethernet WAN, Wi-Fi WAN, GPIO, and Ignition Sensing. The robust device management features include a web administrative interface, Command Line Interface, and SNMP support, ensuring simplified remote access and configuration management. The inclusion of a terminal block for a secure power supply further enhances its industrial readiness and reliability in mission-critical deployments.

