Radio Network Controller Using RAN Architecture

Cellular telephony networks depend on an extensive wired network to provide access to the radio link. The wired network, called a radio access network, provides such functions as power control and, in CDMA networks, combination of soft handoff legs (also known as macro diversity resolution) that require coordination between multiple radio base stations and multiple mobile terminals. Existing RAN architectures for cellular systems are based on a centralized radio network controller connected by point-to-point links with the radio base transceiver stations. The existing architecture is subject to a single point of failure if the RNC fails, and is difficult to expand because adding an RNC is expensive. Also, although a network operator may have multiple radio link protocols available, most RAN architectures treat each protocol separately and require a separate RAN control protocol for each. In this a new Open RAN architecture, based on a distributed processing model with a routed IP network as the underlying transport fabric. Open RAN was developed by the Mobile Wireless Internet Forum IP in the RAN working group.

Autorentext

Herr Bhushan V. Patil ist M.Tech. in digitaler Kommunikation und hat sein BE in Elektrotechnik an der North Maharashtra University, Jalgaon, abgeschlossen. Er ist Mitglied auf Lebenszeit der International Assocation Of Engineers (IAENG), Hongkong, und arbeitet als Assistenzprofessor in der E & TC-Abteilung am R.C. Patel Institute of Technology, Shirpur (MS), Indien.