Ruckus Wireless announced its intention to address the challenge of in-building cellular coverage and capacity through the introduction of OpenG™ technology.
Below are answers to a few questions concerning OpenG.
- Q: What is the in-building cellular challenge?
- A: Macrocellular radio signals attenuate as they pass through the fabric of a building, resulting in dead zones, where there is no coverage at all or only intermittent coverage which creates the in-building cellular challenge. This results in poor cellular performance, meaning disruption in service, for anyone using a cell phone in-building.
- Q: What is OpenG technology?
- A: OpenG technology combines coordinated shared spectrum capabilities, such as 3.5 GHz in the U.S., with neutral host capable small cells to enable building owners of all sizes to deploy cost-effective in-building cellular coverage for all of their customer and employee needs. Ruckus’ vision offers a significantly less expensive, easier-to-deploy, mobile network-neutral alternative to distributed antenna systems (DAS) and traditional small cells.
- Q: Why is this important to the industry?
- A: The industry is in the midst of a dramatic shift as cellular and Wi-Fi technologies converge. This convergence is taking on multiple forms, including cellular adopting attributes of Wi-Fi (LWA, LAA), Wi-Fi adopting attributes of cellular (Wi-Fi calling, Hotspot 2.0) and lines blurring between traditional spectrum management models (either licensed or unlicensed) with the new coordinated shared spectrum 3.5 GHz model adopted by the FCC in the U.S.
Enterprises and service providers are seeking solutions that support subscribers from all mobile networks. These solutions are easy to deploy and provide an attractive total cost of ownership (TCO) while improving in-building performance.
- Q: How will voice over Wi-Fi work with OpenG?
- A: The same as it does now.
- Q: Is this US centric?
- A: OpenG is a global opportunity; it is not U.S. only. Citizens Broadcast Radio Service, or CBRS, refers to the new rules the U.S. FCC adopted, opening 150 MHz of spectrum (3550-3700 MHz) for commercial use in the U.S. Throughout the world, regulatory bodies are also expected to adopt similar rules for CBRS-like spectrum in their respective countries. These may use 3.5 GHz spectrum, or they may use other spectrum bands—it depends on what each country has identified previously for CBRS-like services.
- Q: What is the value proposition to mobile operators?
- A: MNOs get a massive footprint expansion at little to no cost. OpenG will fix coverage problems and requires no change to the operators’ core network.
Related blog posts:
- Shared Spectrum: Now How is THIS Going to Work?
- Spectrum 101
- How Shared Spectrum Can Improve In-Building Cellular
If you would like more information, please contact us.