ATOP AWR is an advanced device that allows a very tangible scale-up of almost any industrial wireless infrastructure. In addition to high EMC protection, wide-temperature operation, superb hardware and advanced features, AWR will provide high-speed internet access with load balancing and high degrees of security, high speeds and advanced configuration options.

Quad-ARM Cortex A7 CPU: AWR integrates an industrial-grade Quadcore A7 ARM CPU, enabling the processing power you need to filter heavy traffic over firewalls, routing, forwarding and security meansures.

Wi-Fi Mesh: AWR’s advanced chipset allows you to set up several devices as a mesh network, achieving a self-healing network that adjusts its topology based on need–perfect for dynamic applications.

High-Performance: With its integrated IEEE802.11ac wave-2 feature and supporting 2×2 concurrent MUMIMO RF, AWR provides high-throughput connections through 2.4 GHz and 5.0 GHz bands.

Security: Integrating firewall, zone forwarding, and VPN features, ATOP AWR allows you to connect your industrial network to the internet without fearing intrusions into your organization data.

Harsh Environments: ATOP AWR is proven to run at its maximum loading in the harshest EMC and climate environments.

Reliability: With a rugged metal housing and power redundancy, AWR is resistive to damage in harsh industrial environments.

APPLICATION CASE
As a Wi-Fi DBDC Router AWR5805’s simplest operating mode is as a router/access point. Use it to connect to the internet through your broadband provider via PPPoE, Static IP or DHCP and provide internet connection to Wi-Fi and wired clients. With AWR you can define your own wireless access policy and set up a Firewall and VPN connection based on your needs.

As a Wi-Fi Mesh Primary Router AWR5805 is designed to act as a mesh router or as a mesh node, and the configuration of one or both radios to work in mesh mode takes barely any time. No more fussing with topology changes or complicated wiring!

With Wi-Fi mesh, all nodes can communicate with each other and the transmission paths are dynamically adjusted if a change in signal strength or topology is detected. So, even if a device is temporarily unaccessible due to interference or position, the network will still work perfectly. Mesh functionality can be combined with all other features of AWR5805.

DIMENSIONS & LAYOUT