Telum

  • Grant accepted

Project

An affiliated company of Telum JSC, Telum LLC (Ranberry trademark) was established specifically for this Project. Telum JSC is a spinoff company founded by the Kharkevich Institute for Information Transmission Problems (IITP RAS) for developing and commercializing the wireless network self-organization technologies. The Project team brings together young scientists, software and electronic hardware engineers with deep understanding of the product concept. We are well aware of the industry needs for the coming 5 years thanks to the contacts established with cellular operators and telecommunication hardware vendors in earlier projects.

Market

The femtocell market is living through a fast initial growth phase. According to optimistic projections the market will show the accelerating growth reaching $3 bln by 2015.


Company

Global mobile traffic has been displaying a steady 100-120% annual growth over the last few years and is likely to increase by 18 times from 2011 to 2016 , with an average CAGR of 78%.

Mobile operators will have to take intensive efforts to cope with ever-increasing loads on their networks. The immediate step that suggests itself is to increase the number of cells serving the subscribers. Indeed, the fewer the subscribers using one base station, the larger the share they get in the cell’s capacity.

Project aims to develop a self-organization technology for small LTE (Long Term Evolution) cells and commercialize its implementation in a product under the same brand name. The product is an enterprise LTE small base station (femtocell). Femtocell is a small simplified low powe base station used by carrier to improve its coverage and capacity.

The novelty of the proposed solution lies in the synergy of the small cell concept and innovative self-organization algorithms. The product will be designed in such a way that the biggest possible number of femtocell setup, control and optimization processes will run in automatic standalone mode with minimum human intervention, thus allowing operators to integrate hundreds of thousands of small cells without a leap in operating expenses and loss of the radio access network efficiency.


Team [3]


Investors [1]


Presentation