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Distributed O-RAN can deliver TCO savings of 22% for a large Tier 1 in western Europe.
KEY FINDINGS INCLUDE:
Using inputs and validation from Tier 1 operators in western Europe and in developing markets, Analysys Mason compared detailed deployment models using traditional RAN equipment vs. distributed Open RAN. They determined that TCO reduction is significant enough to justify the move to O-RAN today, but operators need to have the right skill sets and technology stack, such as those provided by Wind River Studio.
Wind River and Intel make Open RAN economically viable, but there is no business case for non-optimized cloud platforms
vCU pooling gives better CapEx but DC costs offset those gains.
A strong business case for O-RAN requires a hyperconverged cloud platform with zero touch automation capabilities.
VIDEO: How to Reduce TCO with Distributed Open RAN
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Learn how distributed Open RAN can deliver up to 22% reduction in TCO compared to traditional physical RAN
Analyst Report
Resources
WHITE PAPER: Building the Business Case for 5G
VIDEO: How to Reduce TCO with Distributed Open RAN
WHITE PAPER: Building the Business Case for 5G
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Commoditization of open radio units and the use of further optimized CPUs will improve the fully centralized O-RAN TCO from 30% to 35%.
The leading TMT management consulting firm, Analysys Mason, completed a comparative analysis of total cost of operations (TCO) of both disaggregated Open RAN (O-RAN) and traditional physical RAN for 5G.
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