Dual Distributed Network – Watch Webinar
VoltServer and KelTech IoT co-host a webinar on the technology and benefits of the DDN solution. Click on the link to WATCH WEBINAR.
The number of small cell deployments is forecasted to exceed 30 million over the next 6 year period to meet the ever growing demand for distributed digital services and 5G deployments. However, traditional deployment and operation models are costly and inflexible. One major constraint is the co-ordination and delivery of separate electrical and fibre optic networks.
KelTech IoT’s Dual Distributed Network (DDN) tackles this challenge through a symbiotic convergence of energy and data. By harnessing KelTech IoT’s fibre optic distribution technology with the capabilities of VoltSever Digital Electricity™, the economics of deploying small and micro cells is transformed. Our emphatic design approach of combining data and power in a single integrated solution delivers a CAPEX and OPEX saving of 40-50% and 10-15% respectively.
About KelTech IoT
KelTech IoT provides smart solutions for the communications infrastructure and property technology market. A global organisation, with an unparalleled experience, we partner with clients to support the development and delivery of innovative communication networks and digital services.
KelTech IoT’s Dual Distributed Network (DDN) solution transforms last mile communication network deployments through a symbiotic convergence of energy and data in a single integrated solution, resulting in a quicker, more cost effective and safer implementation.
KelTech IoT Media Contact:
John Dillon, email@example.com
About VoltServer Inc.
VoltServer is a venture-backed technology leader reinventing how electrical energy is distributed. VoltServer’s patented Digital Electricity™ solutions deliver safe electricity where, when, and how it is needed. Digital Electricity™ can be delivered using off-the-shelf data cable, at a significantly reduced cost, and with greater speed, power, distance, efficiency, intelligence, and flexibility, when compared to competing electrical installations.