Microchip Expands AI Data Center Portfolio with PCIe 6.0 Switch and Storage Upgrades

semiconductor-digest.com Oct 13, 2026

Microchip Expands AI Data Center Portfolio with PCIe 6.0 Switch and Storage Upgrades

Curated by Shubham · TechCapsules · Oct 13, 2026

AI-summarised brief · reviewed before publication

Microchip Technology has broadened its data‑center lineup with a new PCIe 6.0 Low‑Lane‑Count switch, an upgraded NVMe 5016 SSD controller, and enhanced SmartRAID 4300 storage accelerators. The switch delivers up to 64 Gen‑6 lanes, DMA, multicast, and secure boot, targeting space‑ and power‑constrained platforms. The SSD controller adds CNSA 2.0 post‑quantum security, dual‑port redundancy, and QoS features. SmartRAID updates introduce RAID 6/60, SEDs, Linux/Windows support, and in‑service management tools. Together, the products aim to simplify design, boost performance, and secure AI‑heavy workloads.

💡 Why It Matters

· By integrating Gen‑6 PCIe, post‑quantum encryption, and advanced RAID options, Microchip equips operators with a unified, secure foundation for next‑generation AI and hyperscale deployments, reducing complexity and enhancing resilience.

Read full article on semiconductor-digest.com

When One Datacenter Is No Longer Enough

Cisco’s Rakesh Chopra explains that training the world’s largest AI models now requires distributing workloads across multiple data centers, a shift that turns networking from simple transport into a core compute component. Traditional inter‑datacenter links cannot handle the synchronous, low‑loss GPU traffic needed; instead, Cisco’s Silicon One architecture and Intelligent Collective Networking use high‑speed coherent optics, buffering, and integrated silicon to coordinate bursts, reduce bottlenecks, and improve job completion. Power efficiency, security (MACsec/IPsec), and programmability are also critical as clusters grow.

💡 Distributed AI training forces datacenter operators to rethink network design, turning interconnects into performance‑critical, energy‑aware systems that directly influence model accuracy and deployment speed.

techcrunch.com · Oct 3

Amazon responds to data center backlash, says it no longer uses NDAs

Amazon Web Services announced it has stopped using nondisclosure agreements with government agencies to gain approval for new data centers. CEO Matt Garman explained the move amid a backlash over data center transparency, citing over 100 moratoriums in the U.S. and New York’s one‑year pause. He countered myths about water use, electricity costs, pollution, and community benefits, noting Amazon’s data centers consume 0.5% of industrial water and that the company has donated more than $1 billion to local communities. The statement aims to ease local opposition and secure permits.

💡 By eliminating NDAs, Amazon seeks to rebuild trust with communities and regulators, potentially smoothing the path for critical infrastructure expansion that supports the growing AI economy.

computerweekly.com · Sep 30

IT event dive: AI for its own sake at Tobacco Dock with…

Everpure Accelerate London convened at the historic Tobacco Dock on 30 September 2026, drawing a mix of Everpure staff, partners, consultants and technology enthusiasts. The event highlighted the venue’s transformation from a 19th‑century bonded warehouse—originally designed by prison architect Daniel Asher Alexander to protect moisture‑sensitive tobacco—to a modern tech hub. Attendees gathered in the open‑air courtyard beneath the dock’s half‑glazed, cantilevered roof, where Everpure showcased its latest AI‑driven data‑center solutions aimed at optimizing environmental controls and energy use. Organisers emphasized the parallels between past engineering challenges of preserving leaf humidity and today’s need for precise climate management in high‑density compute facilities. The gathering underscored Everpure’s push to integrate AI into core infrastructure operations.

💡 By framing AI as the new “preservation technology,” Everpure positions itself at the forefront of climate‑controlled data‑center innovation, a niche where precision directly translates to operational reliability.

cleantechnica.com · Sep 28

The Human Cost Of Data Center Pollution

A new report from the Environmental Protection Network warns that the rapid expansion of AI‑driven data centers is generating significant air pollution, chiefly from methane‑fired portable generators and aging coal plants kept online by federal policy. The study links this emissions surge to an estimated 600,000 additional asthma symptom cases, 1,300 premature deaths, and over $20 billion in public‑health costs by 2028, not counting further risks from recent environmental‑regulation rollbacks. It cites Elon Musk’s acquisition of a generator manufacturer to supply his “Colossus” facilities in Memphis and northern Mississippi as a high‑profile example. The report also criticizes the EPA’s current stance, arguing that federal actions intended to support data‑center growth are exacerbating health hazards.

💡 The findings expose a hidden public‑health cost of the AI boom, turning data‑center expansion into a pressing environmental justice issue.

cleantechnica.com · Sep 24

New National Sierra Club Report Spotlights We Energies Failing the Clean Energy…

The Sierra Club’s Dirty Truth Report gave We Energies a record low score of 4 out of 100, citing repeated delays in retiring the Oak Creek coal plant and plans to add 1.2 GW of gas capacity by 2035 to attract AI data centers. The utility’s proposed 14% rate hike faces strong public opposition, with 91% of 1,800 comments opposing the increase and 75% citing affordability. The report highlights We Energies’ prioritization of profit over clean energy and consumer protection.

💡 The findings expose how utility decisions to fuel data‑center growth deepen fossil‑fuel reliance, driving up costs and pollution for local residents. This underscores the urgent need for transparent, consumer‑focused energy planning.

androidheadlines.com · Sep 23

EU Forces Data Centers to Drop the Secrecy on Energy and Water…

The European Commission has launched a new sustainability labeling scheme that obliges data centres with an installed capacity above 500 kW to publish detailed metrics on energy efficiency, water use, local water‑stress impact and waste‑heat recovery. Labels, issued electronically from 21 September, will function like appliance energy stickers, making the environmental performance of large server farms publicly visible. The move follows a low compliance record – only about a third of facilities reported data in the first year, with compliance now just over 50 %. The transparency rules are a precursor to mandatory minimum performance standards slated for 2027, as the EU seeks to triple its data‑processing capacity while safeguarding regional power grids and water resources.

💡 Transparent reporting forces operators to confront resource strain, accelerating the shift toward greener, more resilient data‑center operations across Europe.