Vision

Eden Rock Communications is dedicated to enhancing the value of wireless networks through groundbreaking dynamic multi-site radio resource optimization innovations. Our solutions are designed to increase network performance, enhance end-user experience throughout the network, improve the economics of new network deployment paradigms, and substantially increase the overall value of next-generation wireless networks.
 
Eden Rock’s flagship product, Eden-NET, is an advanced dynamic multi-site radio resource optimization solution for LTE and LTE-Advanced networks that substantially increases network capacity and cell edge performance. The company’s objective is to interoperate Eden-NET with every LTE eNodeB supplier for every class of base station (macro, micro, pico, and femto) in order to realize the optimal value for LTE deployments globally.

Eden Rock Communications is dedicated to enhancing the value of wireless networks through groundbreaking Self Organizing Network (SON) innovations. SON has the potential to have a profound, positive impact on the wireless industry. Eden Rock’s mission is to deliver on the promise of SON through the creation of technologies and solutions that increase network performance, enhance end-user experience throughout the network, improve the economics of new network deployment paradigms, improve network operational efficiencies, enable inter-network spectrum coexistence, and substantially increase the overall value of wireless networks.

 

Eden Rock Communications is the leading innovator of dynamic resource optimization solutions that improve the capacity and performance of mobile networks. Keywords: self organizing networks, vistason, vista son, vista-son, son, mobile network optimization, radio resource optimization, wireless network optimization, andrew, commscope, interdigital, mimoon, ngmn, 3gpp, lte, 4g, eden-net, eden net, lte startup, lte advanced startup, lte intelligent software, infovista, huawei, zte, nokia siemens, alcatel lucent, reverb networks, actix, t-mobile, network capacity, network performance, heterogeneous networks