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MegaFon Expands Data Center Infrastructure to Meet Growing Data Traffic
MegaFon launched two new data centers in Yekaterinburg and Tver, each with 110 racks and 1 MW power capacity (expandable to 1.5 MW), to handle increased data traffic from digitalization and enhance network reliability; these are part of a larger network with over 10,000 racks across 115 locations.
- What is the immediate impact of MegaFon's new data centers on its network operations and service offerings?
- MegaFon built two new data centers in Yekaterinburg and Tver to enhance network reliability by storing and backing up data. This expansion addresses the rapid growth of data traffic and digitalization, requiring infrastructure upgrades. Each 800-square-meter facility houses 110 racks, with a total power consumption of 1 MW (expandable to 1.5 MW).
- How does the design and capacity of the new data centers address the challenges posed by increasing data traffic and digitalization?
- The new data centers utilize identical engineering solutions, components, and standards, boosting operational efficiency by 25%. This allows for greater IT infrastructure density, enabling the development of new services. The facilities meet global reliability standards, ensuring continuous operation during maintenance.
- What are the long-term strategic implications of MegaFon's data center expansion for its business and the broader telecommunications landscape?
- MegaFon's investment reflects a broader trend of increasing data traffic driven by mobile internet, cloud services, and streaming. The new centers, part of a nationwide network exceeding 10,000 racks across 115 data centers, are strategically located to support this growth. Future plans include two more large data centers in Saint Petersburg and Novosibirsk with innovative designs.
Cognitive Concepts
Framing Bias
The article frames MegaFon's expansion as a positive response to growing demand and technological advancements. The language used is overwhelmingly positive, highlighting the benefits and technological prowess of MegaFon. The headline (if there was one) would likely emphasize the company's proactive approach and technological capabilities.
Language Bias
The language used is largely positive and promotional, emphasizing the efficiency, reliability, and modernity of MegaFon's new data centers. Words like " стремительным ростом" (rapid growth), "дополнительную надежность" (additional reliability), and "повысить эффективность" (increase efficiency) contribute to a positive portrayal. More neutral language could include quantifiable metrics and avoid superlatives.
Bias by Omission
The article focuses on MegaFon's expansion of its data center infrastructure, but omits discussion of the environmental impact of these new facilities and the energy consumption associated with them. It also doesn't mention the cost of building and maintaining these data centers, or a comparison to competitors' infrastructure investments.
False Dichotomy
The article presents a somewhat simplified view of the challenges and solutions. While acknowledging the growth of digital services, it doesn't explore alternative approaches to handling increased data traffic or potential limitations of solely focusing on expanding data center capacity.
Sustainable Development Goals
The construction of two new data centers by MegaFon enhances digital infrastructure, supporting innovation and economic growth. The use of advanced engineering solutions and a focus on energy efficiency contribute to sustainable development in the ICT sector. The expansion allows for new services and improved performance.