More small cells is the foundation of 1000x
Hyper-dense deployment of small cells is crucial in addressing the 1000x challenge. The key is to manage interference, and offer robust mobility and deliver a consistent user experience.
Small cells play a pivotal role in bringing huge amount of data capacity, where it is needed the most, by bringing the network closer to the users. But to reach 1000x, we need much more of them, everywhere—indoors outdoors, at homes, offices, enterprises, shopping malls and lamp posts. And we need all the familiar flavors—3G, 4G, Wi-Fi—and all the different forms, such as user installed small cells, operator installed picos, metros. For such dense small cell networks, the key is to make sure interference is managed, mobility is robust and that we deliver a reliable and consistent user experience. We are now focused on developing enhancements that take the performance even further toward 1000x.
Download the 'HetNets’ presentationSign-up for Qualcomm newsletter for updates
Small cells - Roadmap to 1000x
Meer adding lots of small cells and spectrum is not sufficient to reach the magical 1000x capacity and hyper-dense small cell deployments. Small cell networks can be optimized to get substantially higher overall network capacity: "Range Expansion is possible with today’s HSPA+ and soon to be commercial LTE Advanced networks. The roadmap to 1000x traverses through many more enhancements and new deployment models.
Learn more HSPA+ HetNetsLearn more about LTE AdvancedLearn more about UltraSON™
- More ‘unplanned’ ad-hoc approaches to achieve lower cost small cell deployments
- Inside-out deployments – indoor small cells that also serve outdoor traffic
- New deployment models like neighborhood small cells
- Interference management and self-organizing (SON) techniques that enable hyper-dense small cell deployments
Evolution to ‘unplanned’ ad-hoc deployed small cells
To rapidly achieve hyper-densification, it is important to adopt a more ‘unplanned ‘ad-hoc deployment approach, where-in, there is no need for detailed RF network planning and optimization. The small cells have to be plug-and-play and self-configurable. These small cells could be operator or user installed, but are always managed by operators, and coordinate with macros as well as other small cells. The interference and robust mobility between small cells as well as with the macro network is absolutely critical for such networks. Neighborhood Small Cells (NSC) is a special case of such approach with user installed indoor small cells that leverage existing consumer-grade backhaul, and that also serve outdoor traffic it the vicinity.
Learn more about Neighborhood Small Cells
More inside-out deployments
Thanks to the popularity of smartphones and tablets, most of the data usage is indoors, necessitating extensive indoor small cell deployments. The “inside-out” model leverages the existence of these indoor small cells to provide capacity not only indoors but also outdoors, while also providing good outdoor coverage. This model is another example of the ‘unplanned’ ad-hoc approach. Our simulations show capacity increases of up to 500x with a mere 9 percent penetration of households, and up to 1000x with 20% penetration, while using 10 times more spectrum. There are also future enhancements being developed to enable the same 1000x increase with even less spectrum or lower household penetration.
UltraSON™ technology - a 1000x enabler
To cost-effectively deploy small cell on a large scale, we need to bring the benefits of more unplanned/ad-hoc deployments to all scenarios; residential, NSC, enterprise, pico/metro. Dense deployments also pose multiple configuration, mobility and coordination challenges. Qualcomm’s UltraSON is a suit of self-organizing and management algorithms designed to address these challenges and to realize the vision of plug-and-play, self-configuring and self-optimizing hyper-dense networks. UltraSON enables all deployment scenarios; from residential and NSC, enterprise to metro/pico.
Learn more about Qualcomm's UltraSON
Bringing 1000x closer to reality
Our over-the-air hyper-dense network demonstrates how UltraSONTM addresses multiple hyper-densification challenges—such as self-configuration, robust mobility and reliable user experience—for all small cells deployment scenarios (neighborhood, enterprise, and metro/pico).
Download the "Bringing 1000x closer to reality” presentation
Small Cell solutions for 1000x
Qualcomm, being a wireless pioneer, excels in developing the leading edge technologies and products. With our end-to-end approach and unsurpassed wireless expertise, we are keenly focused on making the 1000x vision a reality. Small cells is one of our main research areas. We have live over-the-air small cells networks, which are used to develop, prototype and test our small cell technologies. We also have a strong portfolio of chipset solutions supporting a broad range of small cell form factors from residential small cells , to enterprise and Metro/Picocells for both indoor and outdoor usage scenarios. These solutions cover both 3G/4G and Wi-Fi technologies.
Learn more about our small cell chipset solutions
The 1000x Data Challenge
More spectrum, more small cells, more indoor cells, higher efficiency.
TiE Event: Who Said Machines Can’t Think Like Humans?
Thursday, March 19th | Santa Clara, CA