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4G LTE Cat 4 router with up to 150 Mbps download and 50 Mbps upload for fast, stable M2M and IoT connectivity in demanding industrial applications.Built-in PoE output via 802.3af\/at delivers up to 15.4 W or 25.5 W per device, helping power cameras, APs and other PoE equipment with less cabling.2 x Fast Ethernet 100 Mbps ports plus 1 x Mini SIM-2FF and 1 x SMA female RF connector support reliable wired and cellular deployment.Designed for harsh sites, the cast aluminum housing and -40°C to +70°C operating range help keep critical networks running in outdoor and industrial environments.Supports OpenVPN, IPSec, DMVPN, GRE and SNMP v1\/v2c\/v3 for secure remote access, monitoring and easier network management at scale.Power & Connectivity in One DeviceThe Milesight UR32 Lite PoE is an enhancement to the UR32 series, retaining the valued features of the UR32 Lite, as well as introducing the capability of Power over Ethernet (PoE). This addition is particularly advantageous for global Machine-to-Machine (M2M) and Internet of Things (IoT) applications where simplified installation and reduced wiring complexity are crucial. This router's capabilities are enhanced by the inclusion of advanced WCDMA and 4G LTE technologies, which support increased data transmission rates and improved network efficiency. These features provide significant benefits in applications requiring constant connectivity and high data throughput, such as in traffic management systems in smart cities, remote patient monitoring in healthcare, and real-time control in industrial automation.Equipped with two Fast Ethernet 100Mbps ports, the UR32 Lite PoE not only facilitates reliable wired connections but also leverages the PoE technology through 802.3af and 802.3at standards. These PoE capabilities allow the router to deliver up to 15.4 W per device with the standard PoE and up to 25.5 W with PoE+, accommodating devices with higher power demands such as advanced surveillance cameras and wireless access points. Constructed from durable cast aluminum and designed to operate reliably between -40° to +70°C, the UR32 Lite PoE is built to withstand harsh environmental conditions, making it perfectly suited for critical applications in challenging outdoor or industrial settings.Uninterrupted Performance & Advanced NetworkingThe UR32 Lite PoE emerges as a robust networking powerhouse, supporting all relevant 4G/3G frequency bands and benefiting from the widespread availability of global LTE networks. This ensures optimal performance across various regional bands, such as Europe’s Band 3 (1800 MHz) and Band 7 (2600 MHz), and North America's Bands 2 (1900 MHz) and 4 (1700/2100 MHz). Such compatibility enhances the device's utility in international settings, enabling seamless network switching during global travel and ensuring consistent internet access.Featuring download and upload speeds of up to 150 Mbps and 50 Mbps respectively, typical of LTE Category 4 devices, the UR32 Lite PoE is well-equipped for demanding online tasks — from high-definition video streaming to quick file downloads and responsive online gaming. This performance is crucial in a professional setting where efficiency and speed are paramount.Integrated Security FrameworkSecurity is prioritized with an integrated Stateful Firewall VPN and an extensive suite of VPN protocols including OpenVPN, IPSec, DMVPN, and GRE, among others. This suite not only fortifies the network's defenses but also offers flexible, reliable, and secure data transmission across various network configurations. The router’s VPN capabilities are particularly robust, with OpenVPN providing secure SSL/TLS connections capable of bypassing NATs and firewalls, and IPSec ensuring authenticated and encrypted communication across the internet.In terms of network management, the UR32 Lite PoE is equipped with SNMP v1/v2c/v3, allowing for comprehensive monitoring and management of network-attached devices. SNMP v3 enhances these capabilities with secure remote configuration and encrypted data packets, safeguarding communications within the network infrastructure. This combination of advanced connectivity options, high-speed data transfer capabilities, robust security measures, and sophisticated network management tools makes the UR32 Lite PoE an indispensable solution for enterprises requiring a secure, reliable, and high-performance networking solution.Streamlined Management & DeploymentThe UR32 Lite PoE is distinguished by its straightforward deployment and sophisticated remote device management capabilities, supported adeptly by the Milesight DeviceHub. This centralized management platform significantly streamlines the administration of multiple Milesight routers, enabling comprehensive control from a single interface that can be accessed anywhere globally. Key functionalities of the DeviceHub include not just routine tasks like remote configuration and firmware updates, but also advanced capabilities such as location tracking and real-time device status monitoring. This robust system is invaluable in managing large-scale deployments effectively, ensuring all devices are consistently updated and optimally configured without the logistical complexity of on-site adjustments.The inclusion of a Mini SIM-2FF slot in the UR32 Lite PoE provides essential connectivity to cellular networks, facilitating reliable data communication over mobile internet. This standard-sized SIM slot is crucial for maintaining uninterrupted network service, which is vital for IoT and M2M applications where constant connectivity is required. Additionally, the integration of an SMA Female RF connector ensures a stable and effective connection to network signals, which is particularly critical in RF applications where maintaining signal integrity can dictate the overall system performance. Powering these features is the ARM Cortex-A7 chipset, equipped with 128 MB of RAM and an equal amount of storage, offering a balance between energy efficiency and operational capability. This chipset is specifically chosen for its ability to handle network traffic and basic data processing efficiently, making it ideal for the IoT/M2M environments where extensive computing power is unnecessary, thus optimizing both cost and power consumption.