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The First 5G Smart Device
With Automatic Self Forming –
Self Healing Mesh Extensions

Our ZEUS platform contains the Radio Access Network (RAN) and Core of the network. We use a software stack based on open interface standards (O-RAN, 3GPP) so we can give the customer the flexibility of using their own gNodeB or our recommendation. Additionally, the software stack is easily scalable to support a wide array of customer use cases (i.e. number of users and network coverage). The ZEUS provides a true 5G Standalone (SA) network radiating on the Citizens Broadband Radio Service (CBRS) band for license free spectrum usage. A 5G Radio Access Network (RAN) uses 5G radio FDD and TDD frequencies to provide wireless connectivity to devices to deliver gigabit throughput and low latency for subscribers. 

Athena-Tek enables GPS RTK support in cellular and mesh networks. We provide an open-source GPS RTK Base Station that can cast RTCM corrections using an NTRIP server/client setup on any network. Our design for creating a GNSS Reference Station is Advantageous over a Commercial Off The Shelf (COTS) solution because it provides full control of the base station in the network and the base station itself. Additionally, the form factor of the base station can be easily modified depending on use case, it can be executed on a Raspberry Pi4.

Our ARES III edge device supports GPS RTK and has achieved centimeter GPS accuracy. The GPS RTK corrections can be cast to the ARES III over its IP-based interfaces; 5G Sub-6GHz, MANET/Mesh, Wi-Fi, and wired Ethernet.

Athena-Tek enables GPS RTK support in cellular and mesh networks. We provide an open-source GPS RTK Base Station that can cast RTCM corrections using an NTRIP server/client setup on any network. Our design for creating a GNSS Reference Station is Advantageous over a Commercial Off The Shelf (COTS) solution because it provides full control of the base station in the network and the base station itself. Additionally, the form factor of the base station can be easily modified depending on use case, it can be executed on a Raspberry Pi4.

Our ARES III edge device supports GPS RTK and has achieved centimeter GPS accuracy. The GPS RTK corraaections can be cast to the ARES III over its IP-based interfaces; 5G Sub-6GHz, MANET/Mesh, Wi-Fi, and wired Ethernet.

Athena-Tek uses Radio Frequency Modeling and Simulation software to plan  network deployments. With over a decade of RF experience, Athena-Tek ensures that network deployments meet stakeholder requirements while adhering to FCC regulations.

 Our Modeling and Simulation service can provide rapid deployments with higher confidence, Coverage and Capacity Analysis with what-if scenarios, and Point-to-Point Wireless Backhaul Capacity analysis.

With the rollout of 5G networks, potential vulnerabilities and security concerns need to be addressed. 5G security concerns can range from attacks on user equipment to attacks on the 5G infrastructure. Athena-Tek leverages open-source testing tools to create jamming signals and spectrum analyzers using a Software Defined Radio. On the network side, Athena-Tek leverages the ARES network performance capture capability to be able to sense the network. Both capabilities are used within Athena-Tek’s lab for the Research and Development of the next
generation ARES units.