viaPhoton’s Post

Very Small Form-Factor (VSFF) connectors enable a maximum density of 3,456 fibers in that same 1U panel. These panels use 16 fiber VSFF connectors – USCONEC MMC or Senko SN-MT16. A consequence of the 16-fiber connector is a mismatch in the ribbon count of a traditional fiber cable (12 fibers) and the connector (16 fiber).

We're all hearing of the profound impact AI/ML will have in our everyday lives as consumers. But what impact will that have on those that provide the data center space and high performance compute to run the AI workloads? #ai #machinelearning #datacenters #fiberoptics #hpc #viaphoton

Here we go again, “the only constant is change”! It will take you more than a minute but well worth reading Nathan Benton and Ted Nielsen perspective how fiber density in Data Centers is about to explode (double?/quadrouple?) in order to support next gen AI applications.

Excellent read and very informative.

🔋🌍 Technology giants and AI startups are consuming vast amounts of power to stay ahead in the AI race, creating new challenges in the quest to decarbonize data centers. 👉Learn the impact of power-hungry AI on our environment and the future of data centers: https://okt.to/N7CvSo #AI #Technology #Sustainability #Decarbonization #NVIDIA #DataCenters

Generative AI is reshaping Data Centers and network infrastructure. Our blog delves into how GenAI's advanced neural networks and deep learning are transforming Data Center Infrastructure Management (DCIM), boosting efficiency and enabling autonomous operations. Discover its impact on edge computing, 5G, power demands, and more. Read now for insights into the future of DCs with GenAI - https://hubs.la/Q02vjGxt0 #technologyfirst #genAI #datacenter

How can operators use #AI/ML to improve Root Cause Analysis in #5G networks? Virtuora AX Storm Chaser can reduce alarm resolution time, predict new alarm data patterns, and improve overall Quality of Service #QoS

New approaches to improving utilization while reducing guard-banding. The rollout of generative AI, coupled with more data in general, is requiring data centers to run servers harder and longer. That, in turn, is generating more heat and accelerating aging, and to ensure these systems continue working over their projected lifetimes, chipmakers are building extra margin into chips. That increases the amount of energy required to run and cool them, and it can shorten the lifespan of these systems. Noam Brousard, vice president of solutions engineering at proteanTecs, talks about the need to identify issues involving workloads, aging, temperature, and IR drop in real-time and guard-band selectively on an as-needed basis, rather than trying to protect against a combination of theoretical worst-case scenarios. https://lnkd.in/gSrbiMaB #datacenters #lowpower #GuardBanding #IRdrop

Did you know rugged edge computers provide the backbone for data acquisition, processing, and telemetry for edge AI. Real-time data that once resided solely in data centers can now be collected and accessed across commercial and industrial settings. Learn More in this article about “Rugged Edge Insights: Exploring the Current State of Edge Computing”- https://lnkd.in/grrY2NUY #builtruggedbuiltready #edgecomputing #embeddedcomputing #industrialcomputing #edgeai #computervision

Powering the future of #AI and #DataCenters requires efficient solutions. Integrated point-of-load DC-DC regulators are widely used due to the high power density, wide operating range and ease of use. This webinar covers Analog Devices' point-of-load DC-DC regulators optimized for AI and data center applications. RSVP for free today!