Product Components
PHYTunes’ Wi-Fi solution includes a Wi-Fi headend (Saturn, Figure 1) that can plug into the existing Enterprise WLAN backbone and Satellite RF Nodes (Atlas). Saturn is connected to Atlas using up to 300 ft of Ethernet Cat5e or Cat6 between the Saturn and multiple Atlases. The PHYTunes Wi-Fi solution supports any Wi-Fi client without modification and can be deployed for coverage utilizing from two Atlas RF nodes up to 8 Atlas RF nodes per Saturn Headend.
Product Description
PHYTunes has developed an innovative design approach which splits the Wi-Fi Access Point functionality between the Saturn Headend, which handles processing functions, and Atlas RF Node, which emits RF signal. Using patented technology, the Saturn Headend modulates the Wi-Fi signal and transmits it over a building’s Ethernet wiring, minimizing signal loss from barriers such as walls and equipment. The signal is broadcast from the Atlas RF Nodes as a secure Wi-Fi 7 connection (Figure 2). By operating all Atlas RF Nodes on the same frequency, the solution eliminates latency associated with roaming handovers providing superior performance compared to traditional Enterprise WLAN solutions while offering a cost-effective, scalable solution.
Product Benefits
- Cost structure and ubiquity of Wi-Fi with mobility of cellular
- Reuse of existing cabling enabling a sustainable, eco-friendly network
- Lower OpEx (reduced truck rolls, lower maintenance cost)
- Superior performance for Physical AI and other latency sensitive applications
- Standards based solution with no changes to clients required
Read our White Paper to learn more about the challenging journey of Wi-Fi signal and our solution.
Saturn Wi-Fi Solution
PHYTunes’ Saturn solution delivers and extends coverage of High-Frequency Wi-Fi 6/7 signals in homes or business, traveling around barriers and utilizing existing in-building wiring such as twisted pair, coax, Cat5 and Cat6. The patented solution blankets the entire area with a single frequency signal, eliminating the notion of handoffs between Access Points, reducing latency associated with multiple mesh hops and optimizing the utilization of bandwidth without unnecessary overhead. Implementing the Wi-Fi routing function in a single node (Saturn) and introducing the notion of RF Nodes — which are simple devices with 2X2 MIMO antennas (Atlases) — our solution increases coverage without conducting the complex routing function of a mesh Wi-Fi, reducing the cost of deployment and providing a stable, secure, low-cost solution both as a main Wi-Fi system and as augmentation to an existing one.
