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5G has poor indoor coverage where 85% of mobile traffic occurs. Our technology uses the existing wireline to transport signal indoors, providing the best user experience.


“Balancing Speed and Coverage: Navigating New Mobile Technologies”

In today’s landscape, the emergence of cutting-edge mobile technologies like cellular 5G and Wi-Fi 6/6E promises lightning-fast wireless communication by harnessing high-frequency signals. However, this speed advancement is not without its challenges. With it comes the trade-off of reduced coverage and limited signal penetration, particularly indoors, where obstacles and barriers can impede signal propagation. Nonetheless, given that a substantial 80% of data traffic occurs indoors, there’s a pressing need to address this issue effectively. Enter PHYTunes MARS: Revolutionizing Wi-Fi and Indoor 5G Distribution for Optimal Performance

Introducing PHYTunes MARS: Revolutionizing Wi-Fi and Indoor 5G for Optimum Distribution

PHYTunes introduces Multipoint Antenna Replication System, or MARS, a groundbreaking solution designed to revolutionize Wi-Fi and indoor 5G connectivity. Leveraging patented wireless wireline converged technology, MARS utilizes existing cable infrastructure like cat5, cat6, fiber, and coax to transport 5G and Wi-Fi signals within buildings, ensuring optimal distribution for enhanced coverage. PHYTunes MARS employs a unique signal delivery architecture, deploying a Single Frequency Network within buildings. This innovative approach significantly extends coverage areas, eliminating the need for handoffs between RF Nodes and resulting in stronger signals for end-users, thereby elevating the overall customer experience.

The 3Cs of PHYTunes Technology Solution: Comprehensive Coverage, Seamless Convergence, and Cost-Effectiveness

5G Signals do not Propagate Well Inside Buildings

PHYTunes Solution: Distribute 5G indoor with Maximum Strength Using Existing Cables

Delivering 5G Signals Inside Buildings with Minimal Loss and Optimal Total Cost of Ownership (TCO): How It Works

PHYTunes has pioneered a patented technology designed to seamlessly transport 5G signals across existing wireline cables within buildings, encompassing ethernet, coaxial, and fiber connections. This innovative process employs a single-wire, bi-directional transmission technique that aggregates incoming 5G signals. Subsequently, these signals are converted into an Intermediate Frequency (IF) signal, traversing the wire with remarkable efficiency. At the receiving end, an RF tuner proficiently upconverts the IF signal back to its original 5G radio signal form. Termed as Wireline Wireless Integration (WWI), this breakthrough not only achieves notable cost savings but also significantly bolsters network security.

The transmitted 5G signal navigates around disruptive barriers, efficiently reaching various rooms within the building. This ensures high received signal strength at user devices, substantially enhancing the user experience and delivering on the promise of high bandwidth 5G communications. PHYTunes recognizes the intrinsic value of delivering high-speed 5G and Wi-Fi signals to mobile users within buildings. Collaborating with prominent service providers and private network builders globally, we are dedicated to optimizing the performance of these technologies in both residential and commercial settings.

Advantages of PHYTunes Technology:

  • Cost-effective: Over 10 times more economical than alternative DAS and small cell solutions
  • Eco-friendly: Utilizes existing wirelines, reducing environmental impact
  • Spectrum optimization: Maximizes utilization and reuse of valuable spectrum resources
  • Performance enhancements: Offers significant improvements over repeater-based solutions
  • Enhanced security: Ensures signal containment within wirelines, bolstering network security measures
  • • Battery efficiency: Shorter distances between the RF unit and user devices contribute to battery conservation
The unique physical elements of modern buildings create an exceptionally unfriendly environment for delivering high-frequency Wi-Fi 6 at full strength. PHYTunes technology uses the existing wireline to transport signals indoors using a single frequency, providing an exceptional user experience.

High Frequency Wi-Fi Signals weaken within buildings due to obstacles and users’ movement, making them susceptible to interference.

PHYTunes’ Wi-Fi solution delivers the signal to users with a full-strength Single Frequency Network and no roaming disruptions.

A High-Performance, Low-Latency Wi-Fi Solution with Seamless Roaming: How It Works

PHYTunes’ Wi-Fi system represents a groundbreaking advancement in Wi-Fi signal delivery, boasting market-leading capabilities that cater to the demands of cutting-edge applications like AR/VR, Autonomous Moving Robots (AMR), Metaverse, Industry 4.0, Live Streaming, and other latency-sensitive applications.

Enterprises and residential Multi-Dwelling Units (MDUs) now have access to PHYTunes innovative Wi-Fi technology, empowering them to optimize operations and efficiently introduce revenue-generating services to the market. Leveraging an ingenious approach, PHYTunes Wi-Fi system utilizes existing internal wiring infrastructure and signal transformation techniques, such as Intermediate Signal (IF), to deliver Wi-Fi signals closer to users. This ensures seamless navigation around barriers and obstacles, resulting in the provision of high-throughput wireless channels to end-users.

Utilizing a Single Frequency Network for Wi-Fi signal transmission, PHYTunes has achieved seamless roaming within the coverage area, eliminating handoffs and disruptions commonly encountered in traditional WLAN deployments. This feature, devoid of handoffs, facilitates optimal performance and cost efficiency, particularly for applications requiring low latency, such as AMRs and other latency-sensitive applications. Additionally, the inclusion of low-cost Atlas tuners offers a straightforward solution for establishing new Wireless LANs (WLANs) or enhancing existing systems to address coverage gaps and enhance performance.

The PHYTunes Advantage:

  • Over 10 times more cost-effective than alternative WLAN solutions
  • Environmentally sustainable: Utilizes existing wirelines, reducing ecological footprint
  • Maximizes spectrum utilization: Enhances utilization and reuse of valuable spectrum resources
  • Superior performance: Delivers significant performance enhancements compared to repeater-based solutions
  • Enhanced security: Ensures signal containment within wirelines, bolstering network security measures
  • • Battery efficiency: Shorter distances between the RF unit and user devices contribute to enhanced battery life

End-to-End Wireline Wireless and Wi-Fi / 5G Convergence

The integration of PHYTunes Wi-Fi and indoor 5G systems in both the fronthaul and backend offers a Hybrid WLAN powered by Wi-Fi and 5G, utilizing a single low-cost Headend and Radio Frequency Toners (RF tuners), thus creating superior indoor coverage. PHYTunes Wi-Fi and 5G integration adhere to standard guidelines for Wireline Wireless Convergence in the access, employing 5G core and 5G Access Gateway Function (AGF) for both Wi-Fi and 5G traffic.

These converged networks enable enhanced capabilities, such as Wi-Fi authentication via 5G user credentials and the extension of 5G slices to Wi-Fi users, facilitating the seamless delivery of differentiated services. The Wireline Wireless Convergence (WWC) approach promises significant cost savings and much greater network security.