DESTA 40

4G/5G Router

The DESTA 40 stands as a robust telecom solution, engineered to deliver seamless LTE/LTE-A/5G Mobile Internet connectivity.

Employing cutting-edge DESTA VSIM technology, the DESTA 40 streamlines SIM card management by centralizing storage on SIM Racks and dynamically allocating them to optimize performance.

Featuring 4 Ethernet ports, WiFi functionality, and a USB interface, the DESTA MR40 boasts a versatile connectivity suite.

Fueled by the power of OpenWRT, it harnesses advanced router capabilities including VLAN, Firewall, NAT, VPN, DHCP Server, Port Forwarding, DMZ, DDNS, Static Routing, and Bandwidth Control.

Crafted for mobility, the DESTA MR40 excels in providing internet access in remote environments and for on-the-go deployment.

Offering versatility, the DESTA 40 router comes in 4 configurations: LTE Cat 4, LTE-A Cat 6, LTE-A Cat-12, and 5G, ensuring adaptability to diverse network requirements.

Features

  • DESTA offers the flexibility of Remote or Local SIM configurations, catering to diverse connectivity needs.
  • Engineered for deployment in vehicles or residential settings, DESTA routers are optimized for both mobility and stationary usage.
  • Boasting a compact Small Form Factor, DESTA routers deliver powerful performance without compromising on space.
  • Equipped with External Antennas, DESTA routers ensure enhanced signal strength and connectivity in challenging environments.




BENEFITS

  • Supports LTE, LTE-A, and 5G cellular technologies for versatile connectivity options.
  • Dual-band WiFi functionality at 2.4Ghz and 5.8Ghz frequencies for optimized wireless performance.
  • Four Gigabit Ethernet ports provide high-speed wired connectivity for seamless network integration.
  • Powered by OpenWRT, enabling advanced router functionalities and customization options.
  • Web Based Management interface offers intuitive control and configuration capabilities for easy administration.
  • Mobile Cell Lock feature enhances security by restricting access to authorized cellular networks.