DWM-314-TP
4G Multi-Connect PoE Modem
D-Link’s DWM-314-TP 4G Multi-Connect PoE Modem provides 4G-LTE cellular capability. Equipped a four-port Fast Ethernet interface, including two ports equipped with PoE functionality. this modem ensures rapid and reliable connection to any local device, providing both power and data over a single cable for streamlined deployment.
– 4G speed up to 150 Mbps DL and 50Mbps UL
– 1x SIM slot (Nano SIM)
– 2x FE LAN Ports
– 2x FE LAN Ports with PoE-PSE 802.3at
– Bridge / NAT Mode
– VPN Security
– WAN Status Monitoring
– Industrial Grade Design
– Management Platform
4G M2M Communications
The DWM-314-TP 4G modem is specifically designed for real-time remote access, providing seamless connectivity across long distances for machines. This true plug-and-play system is perfect for small-scale deployments, ensuring hassle-free installation. It also includes a VPN client to secure communications, protecting data integrity and privacy across the network. Enhance local customer engagement through a reliable 4G network, for example, by delivering timely information, advertisements, and services. Optimize your operations and customer interactions effortlessly with our secure and efficient technology solution.
Power Device via Ethernet
The DWM-314-TP features a two port Fast Ethernet interface and equipped with 802.3af/at PoE functionality that facilitates seamless connectivity to any Ethernet PD device, additionally it also equipped with PD equipment detection functionality. If a PD device fails to respond, the system will automatically power cycle, forcing a reboot of the PD device to ensure stable operation.
Suitable for Harsh Environment
The DWM-314-TP is designed to withstand harsh environments with its metal casing ensuring durability and operates within a broad temperature range from -30 to 70°C. It supports PoE with a wide input voltage range of DC 50-57V. Additionally, the model features built-in Network Address Translation (NAT) and bridge mode, simplifying network setup while enhancing security and interconnectivity.