Digital infrastructure PR is vital as companies build a foundation to achieve global connectivity through AI, hardware, software, and data centers. We are thrust into a period of digital innovation, and digital infrastructure PR can help tell the story of how these advancements are transforming industries. Read more below about some recent developments to build or improve digital infrastructure.
The Future of AI Infrastructure: Why Ethernet and Optical Connectivity Are Redefining Scale-Up Networks – Broadcom
The shift to optical connectivity changes everything. With optical links capable of reaching far beyond the 2-to-4-meter ceiling of copper, infrastructure operators are no longer forced into rigid rack configurations. A disaggregated rack architecture separates compute racks from switch racks entirely, giving network operators the flexibility to arrange their infrastructure in whatever way best suits their operational needs.
None of this happens without advances in silicon. Our next-generation chips deliver large gains in bandwidth and scale without the jump in power that history would predict. It’s the engineering achievement I’m proudest of, and our own measurement data backs it up. It also prepares us for inference. As models and accelerators diversify, inference serving will need designs that adapt to new hardware, not just more copies of identical XPUs. An open, Ethernet-based fabric is built for that kind of change
Tech TikTok U.S. hunts for multiple gigawatts of computing capacity, sources tell CNBC – CNBC
The company, officially TikTok USDS Joint Venture, operates the social media platform in the U.S. and has sounded out opportunities to obtain capacity over the coming years, two people familiar with the discussions, who asked to remain anonymous as they weren’t authorized to share the information, told CNBC. TikTok U.S. is looking for four gigawatts of compute power by the early 2030s, one source said.
In January, TikTok U.S. said it would “retrain, test, and update” its prized recommendation algorithm, which is built on machine learning, on U.S. user data. The company’s recommendation algorithm will be “secured in Oracle’s U.S. cloud environment,” it said. TikTok U.S. has three managing investors, Silver Lake, Oracle and MGX, each holding 15%. The Dell Family Office, the investment firm of Michael Dell, is also an investor. ByteDance retained 19.9% of the new entity.
As AI infrastructure spreads globally, talent strategy is becoming the real competitive edge – Techcrunch
Within this broader shift, locally designed applications are emerging to translate infrastructure into everyday use. In Türkiye, for example, the local HQ of Yandex recently introduced an AI app built around a single-entry interface that combines assistant capabilities, search, and browsing in one environment. The approach reflects a wider industry move toward region-specific AI-native apps that combine multimodal decision and action layers.
Recent leadership analyses suggest that the next phase of AI will be defined less by experimentation and more by operational scale. As companies move from pilots to production systems, they require stable infrastructure, regulatory clarity, and long-term technical leadership. In that environment, the strongest ecosystems may be those that offer both local opportunity and global connectivity. Talent that can build locally while operating internationally becomes a strategic asset rather than a logistical challenge.
AI Data Centers Don’t Have To Be Hyperscale. New Designs Could Ease Community Costs. – Forbes
As AI drives a new wave of data-center construction, companies are experimenting with distributed edge facilities, flexible electricity demand, modular systems and alternative power arrangements. Those approaches could change how communities calculate the costs of digital infrastructure.
As communities debate how much digital infrastructure they can support, engineers and grid operators are debating a parallel question: What if the next generation of data centers does not have to be built or operated the same way as the last one?
The Hidden Landscape of the Digital World: What It Takes to Keep Technology Running – designboom
The environmental footprint of digital technology begins before a device is switched on. Smartphones, computers, servers, and networking equipment depend on minerals extracted, processed, and transported through global supply chains. Copper carries electricity and data through physical networks, while other metals and specialized materials are used in circuit boards, batteries, and semiconductor components. Their extraction can require substantial energy and water, while mining and processing can disrupt landscapes and generate pollution. Electrification, transport, and renewable energy systems depend on mineral-intensive supply chains. However, the rapid expansion of digital infrastructure adds another source of demand, particularly as data centers require large quantities of servers and supporting equipment.
Semiconductor manufacturing introduces another layer of environmental complexity. Producing advanced chips involves highly controlled industrial environments, energy-intensive processes, and significant water requirements. A 2023 study examining environmental disclosures from 28 semiconductor companies reported approximately 789 million cubic meters of water withdrawals and 149 billion kilowatt-hours of energy consumption across the companies surveyed. These figures do not represent the entire global semiconductor industry, but they illustrate the scale of the resources involved in manufacturing the components that make modern computing possible.
Why Brazil’s Digital Infrastructure Gap Requires Different Solutions – Forbes
Technology leaders in countries with strong digital infrastructure tend to build for the conditions they know: reliable broadband, consistent device upgrades, high disposable income. When those strategies get exported to emerging economies, the assumption is that adoption will follow investment. Build the network and users will come.
But for Brazil, while the country spans roughly 8.5 million square kilometers, much of its data center infrastructure remains concentrated in the Southeast, especially around São Paulo and Rio de Janeiro. This creates an environment where performance depends on uneven infrastructure that a company must account for before launching a product or service for Brazilian users.
AI Meets High-Performance Computing in New Push for Sustainable Digital Infrastructure – Bioengineer
The relentless expansion of digital technology has created a paradox at the heart of modern computing: the same machines that promise to solve humanity’s most complex sustainability challenges are themselves becoming significant consumers of energy and resources. A newly released reference volume, High Performance Computing and Sustainability Through Artificial Intelligence, published by Bentham Books, confronts this paradox directly.
The book examines how high-performance computing, artificial intelligence, cloud technologies and cybersecurity can be woven together to build digital infrastructures that are not only powerful and resilient but also environmentally responsible. As data centers multiply and artificial intelligence workloads grow at an unprecedented pace, the questions the volume addresses have moved from the margins of computer science to the center of global technology policy debates.
Conclusion
Digital infrastructure remains a large part of the data center conversation as companies continue to advance the industry. In order to remain competitive, companies need to recognize the importance of connecting these infrastructure discussions to the broader AI conversations happening globally.
FischTank PR is a leading PR firm working across AI, data centers, and digital infrastructure. If you’re looking to make your brand stand out, contact [email protected].
***News roundup guest post from FischTank PR interns Pat Hwang and Allison Gavagan***
