Japan Exchange Group’s Post

In ruggedized environments, such as those found in industries like Oil & Gas and Mining, there is often a need for robust and reliable solutions that can withstand harsh conditions. Edge computing involves processing data closer to the source of data generation, which can improve efficiency, reduce latency, and enhance overall performance. Read the new blog from Global Industry Lead - @Roland Plett to find out more about how Cisco Edge Intelligence manages data at the edge of the network, allowing for faster decision-making and reduced reliance on centralized data processing while protecting data and devices at the edge to allow administrators to monitor and control edge devices efficiently in ruggedized environments. http://cs.co/6048ZcSjI

In ruggedized environments, such as those found in industries like Oil & Gas and Mining, there is often a need for robust and reliable solutions that can withstand harsh conditions. Edge computing involves processing data closer to the source of data generation, which can improve efficiency, reduce latency, and enhance overall performance. Read the new blog from Global Industry Lead - @Roland Plett to find out more about how Cisco Edge Intelligence manages data at the edge of the network, allowing for faster decision-making and reduced reliance on centralized data processing while protecting data and devices at the edge to allow administrators to monitor and control edge devices efficiently in ruggedized environments. http://cs.co/6044gsHsO

Kelvion's advanced #coolingsystems with Rosseau Immersion cooling #technology sets a precedent in power density, #efficiency, and #performance for the HPC #HighPerformanceComputing market. #DataCenter #bitcoin #bitcoinmining

Interesting article on recents developments in the data #latency space, including the use of shortwave radio frequencies, optimized #fiber and microwave #bandwidths, and whether or not #cloud fits into the picture. #ultralowlatency #latency #ull #marketdata #fiber #connectivity #shortwaveradiofrequency #microwave #bandwidth #cloud #cloudinfrastructure #exchanges

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Interesting article about the continued increase in power consumption due to all of the new data centers. AI, Cloud, HPC, etc. are only going to contribute to additional electricity needs. I look forward to your feedback. Centre Technologies #Circularity #DataCenter #PowerandCooling #PowerUtilization #GPU #HPC #AI #Cloud #TexasPowerGrid

On the mission of spreading the word about hyperscale efficiency now available for on-premises (one byte at a time).

Join Matthew Wallace, Quentin Morel, Ajit Anbiah Renjit, and myself at DISTRIBUTECH International for our #UtilityUniversity course on #DERGateways. https://lnkd.in/eyTGzJVR +Develop a clear understanding of how communications with #DERs will change in the next 5-years following new #gridcode requirements. +Review 20+ utility-specified DER gateway capabilities required to integrate #IEEE1547-2018 inverters into #DERMS and #DERAggregator systems. +Understand variations in DER gateway deployment strategies (#cloud, local, #grid-scale, #behindthemeter, etc) and the impacts each have on feature requirements and system design. +Collect key lessons learned from #utilities working with DER gateways today.

Watch this interview with Zuck about llama3: very interesting 🦙 llama3 was still learning when they stopped training to reallocate compute to the next model ⚡️ supply chain bottlenecks for GPU’s are resolving, now they’re energy constrained the main thing that occurs to me from watching this (and related) stuff, is that there’s no way grid operators can accurately build this into their models for the future, it’s moving way too fast…that’s on top of new intermittency from renewables, and new load from EV’s/heat Compute for AI is going to swallow up every available electron

Are we over or under estimating electricity demand growth due to electrification of mobility (and everything else), greater need for computing power (such as AI) and other newer uses (e.g. crypto mining, cloud computing)? My sense is that we are underestimating the future demand; however, more important is the fact the forecasts will be wrong. That means that flexibility in power system planning becomes even more important to avoid either massive capital overspend or dragging down growth due to insufficient electrical supply. https://lnkd.in/gAwNZSCw