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#FlowComputing
Posts tagged #FlowComputing on Bluesky

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#DeepTech #EuropeanTech #AI #Semiconductors #ParallelProcessing #Robotics #SpatialComputing #FlowComputing #FlowPPU #VentureCapital #VC

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As accelerator performance scales, overall system efficiency increasingly depends on #CPU throughput, data preparation & orchestration. Deep dive into our architecture:
flow-computing.com/science

@semianalysis.skystack.xyz

#AI #Datacenter #Semiconductors #HPC #DeepTech #FlowComputing #FlowPPU

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Minimal grey slide with Flow logo and headline: “AI is increasing pressure on datacenter CPUs.” Subtext reads: “Signals from recent industry analysis (SemiAnalysis, 2026).” A rounded button says “What’s driving it?”

Minimal grey slide with Flow logo and headline: “AI is increasing pressure on datacenter CPUs.” Subtext reads: “Signals from recent industry analysis (SemiAnalysis, 2026).” A rounded button says “What’s driving it?”

Slide titled “What’s driving CPU demand” with a datacenter image showing a person monitoring equipment. Key points: reinforcement learning requires large CPU clusters; agents, RAG, and tool use increase general-purpose compute; CPUs handle data preparation, indexing, decoding, and orchestration; large CPU fleets keep GPU clusters fully utilized. Source: SemiAnalysis, 2026.

Slide titled “What’s driving CPU demand” with a datacenter image showing a person monitoring equipment. Key points: reinforcement learning requires large CPU clusters; agents, RAG, and tool use increase general-purpose compute; CPUs handle data preparation, indexing, decoding, and orchestration; large CPU fleets keep GPU clusters fully utilized. Source: SemiAnalysis, 2026.

Slide titled “Scaling CPUs isn’t simpler” with abstract chip-like background. Key points: core counts are rising but interconnect and memory behavior matter more; latency, coherence, and NUMA effects become major constraints; feeding accelerators reliably becomes the system bottleneck.

Slide titled “Scaling CPUs isn’t simpler” with abstract chip-like background. Key points: core counts are rising but interconnect and memory behavior matter more; latency, coherence, and NUMA effects become major constraints; feeding accelerators reliably becomes the system bottleneck.

Slide titled “A better way to scale CPU performance” with illustration of a CPU and Flow PPU chip. Text explains that Flow PPU enables scalable parallel execution inside the CPU by offloading parallel workloads without increasing core count, enabling linear scaling for data-intensive tasks, improving throughput to reduce system bottlenecks, and supporting x86, Arm, RISC-V, and OpenPOWER architectures.

Slide titled “A better way to scale CPU performance” with illustration of a CPU and Flow PPU chip. Text explains that Flow PPU enables scalable parallel execution inside the CPU by offloading parallel workloads without increasing core count, enabling linear scaling for data-intensive tasks, improving throughput to reduce system bottlenecks, and supporting x86, Arm, RISC-V, and OpenPOWER architectures.

#AI workloads are changing the role of the #datacenter #CPU. Recent analysis from @semianalysis.skystack.xyz shows rising CPU demand driven by RL environments, agentic workflows, & data-intensive pipelines.

@semianalysis.com.web.brid.gy

#Semiconductors #HPC #DeepTech #FlowComputing #FlowPPU

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Great discussions, strong momentum, and a productive week together.🦾 #FlowComputing #FlowPPU #CPU #HPC #DeepTech #Semiconductors #CompilerEngineering #Maria01

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This is what makes #FlowPPU relevant across a wide range of compute environments.
Full conversation↓
flow-computing.com/interviews/

@kpmgus.bsky.social , @kpmgusnews.bsky.social @kpmguk.bsky.social

#Semiconductors #DeepTech #AIInfrastructure #HPC #CPU #FlowPPU #FlowComputing #KPMG

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Performance is an architectural decision.

Explore the science behind it:
flow-computing.com/science

#FlowComputing #PPU #CPU #HPC #DeepTech #Semiconductor #Semiconductors #CPUArchitecture

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Happy New Year from all of us at Flow. 🎉

#FlowComputing #NewYear2026 #TeamFlow

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#flowcomputing #newyear2026 #teamflow | Flow Computing We asked the team what they hope Flow will achieve in 2026. The answers were ambitious and deeply motivating. To our partners, investors, supporters, and followers: thank you for being part of the jo...

We asked the team what they hope Flow will achieve in 2026. The answers were ambitious and deeply motivating.

To our partners, investors, supporters, and followers: thank you for being part of the journey.

#FlowComputing #NewYear2026 #TeamFlow
www.linkedin.com/feed/update/...

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It was a memorable, intense, and energizing week. Thank you to our team & Fudo for making the week both productive and inspiring! ❄️ #FlowComputing #PPU #CPU #DeepTech #HPC #Lanpland

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#FlowComputing #PPU #ParallelProcessing #CPU #HPC #Semiconductors #DeepTech #AMD

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It was a week of insightful conversations. It's clear: interest from both customer prospects & future investors in #FlowComputing & our #PPU is exceptional. Special thanks to Timo Valtonen for leading a strong week of discussions & representing us. We left w/ real momentum and concrete next steps.

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Timo Valtonen wearing a Flow hoodie takes a selfie in front of a large illuminated ‘SLUSH’ sign at the Slush event. The photo is in black and white.

Timo Valtonen wearing a Flow hoodie takes a selfie in front of a large illuminated ‘SLUSH’ sign at the Slush event. The photo is in black and white.

Thank you, #Slush2025, & thank you to the side events with @vtt.fi LaunchPad, #FOVVentures #maria01, #distancetech #moltenventures, #lifelineventures, #creandumventures, #google, #openai, #accelpartners, & all the awesome companies & people we met.
#FlowComputing #PPU #CPU #DeepTech

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Happy 1-year work anniversary to you both, and here’s another year of boosting CPU performance. 🦾

#FlowComputing #PPU #CPU #DeepTech #WorkAnniversary #TeamFlow

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#flowcomputing #ppu #cpu #deeptech #workanniversary #teamflow | Flow Computing This month marks one year since Angela and Kavan joined Flow. To mark the milestone, they filmed a short conversation together at WeWork London, reflecting on the past year and the work ahead. Angela...

This month marks 1 year since Angela &Kavan joined #FlowComputing. To mark the milestone, they filmed a short conversation together, reflecting on the past year and the work ahead. #PPU #CPU #DeepTech #WorkAnniversary #TeamFlow

www.linkedin.com/posts/flowco...

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If you’re attending, come find us at the #VTTLaunchpad stand or book a meeting through the official #Slush Meeting Tool.

👉 Learn more+ book a meeting here: flow-computing.com/slush-2025

@vtt.fi

#VTT #FlowComputing #DeepTech #Helsinki

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👉 Request the full demo + poster: flow-computing.com/performance-...

#FlowComputing #PPU #ParallelProcessing #CPUArchitecture #DeepTech #Semiconductors #HPC

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We walk you through the super-pipelined, Superscalar #VLIW architecture inside each Processing Element of our PPU. Watch how this design achieves high-throughput execution with low latency and deterministic performance.👇
#FlowComputing #ParallelProcessing #DeepTech #Semiconductors #HPC #PPU #CPU

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#Slush is the hometown event,& 1 of the most concentrated gatherings of global VCsl you can find. Our CEO & Co-Founder, Timo Valtonen, will be in Helsinki 19-20.11, pitching at the @vtt.fi LaunchPad stand & meeting to discuss the future of #HPC.
#DeepTech #FlowComputing #VTT #Helsinki

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A huge thank-you to KPMG for spotlighting pioneering technology companies shaping what’s next.
👉 Learn more: flow-computing.com/supercpu/

@kpmgus.bsky.social; @kpmguk.bsky.social, @kpmgusnews.bsky.social

#Nasdaq #NasdaqListed #TimesSquare #KPMG #WebSummit #FlowComputing #PPU

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This approach enables execution to scale efficiently across all cores, maintaining high throughput and smooth parallel performance.

Next week: Pt. 4, Inside the Processing Element

#FlowComputing #PPU #ParallelProcessing #CPU #DeepTech #Semiconductors

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@kpmgus.bsky.social, @kpmguk.bsky.social, @kpmgusnews.bsky.social

#WebSummit #KPMGTechInnovator #FlowComputing

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🎧 Listen to the full episode: flow-computing.com/parallel-per...

#Podcast #FlowComputing #PPU #CPU #ParallelProcessing #DeepTech #Semiconductors #HPC

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Why can’t CPUs keep scaling performance, even as we add more cores? In this episode, we talk about the architectural bottlenecks that limit today’s processors, & how Flow’s #ParallelProcessingUnit ( #PPU ) solves them.
#Podcast #FlowComputing #CPU #ParallelProcessing #DeepTech #Semiconductors #HPC

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👉 Request the full demo + poster: flow-computing.com/performance-...

Next week: Pt. 3, Synchronization

#FlowComputing #PPU #ParallelProcessing #CPU #DeepTech #Semiconductors

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#PPU as part of a #CPU system, Pt. 2, Processing Elements (PEs): parallel cores that handle computation. In this segment, we explain how the PEs are connected through a high-bandwidth mesh network, enabling low-latency.
#FlowComputing #PPU #ParallelProcessing #CPU #DeepTech #Semiconductors

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@websummit.bsky.social, @kpmgus.bsky.social, @kpmguk.bsky.social, @kpmgusnews.bsky.social

#WebSummit #KPMGTechInnovator #FlowComputing #DeepTech #PPU #CPU

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 Black background with white cobwebs and a small spider hanging down. Text: “Haunted by bottlenecks? Even the fastest CPUs can’t escape the ghosts of serial execution.”

Black background with white cobwebs and a small spider hanging down. Text: “Haunted by bottlenecks? Even the fastest CPUs can’t escape the ghosts of serial execution.”

Cobwebs stretch across the top with several spiders. Text: “When speed turns scary. More cores. More heat. Same bottleneck.”

Cobwebs stretch across the top with several spiders. Text: “When speed turns scary. More cores. More heat. Same bottleneck.”

Light gray background. Text: “Break the curse. Flow’s PPU frees CPUs from their bottlenecks.”

Light gray background. Text: “Break the curse. Flow’s PPU frees CPUs from their bottlenecks.”

Light gray background. Text: “Speed should never be scary. It’s the superpower of computing. Flow’s PPU delivers significant performance boosts, enabling next-gen CPUs.”

Light gray background. Text: “Speed should never be scary. It’s the superpower of computing. Flow’s PPU delivers significant performance boosts, enabling next-gen CPUs.”

Haunted by bottlenecks?😱 Even the fastest CPUs can’t escape the ghosts of serial execution. This #Halloween, we’re exorcising the limits of traditional architectures.
Our #PPU frees CPUs from their bottlenecks
so speed never has to be scary.⚡
#FlowComputing #ParallelProcessing #DeepTech #Innovation

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Minimalist white gradient background with curved texture. Text reads “Stay ahead of the curve. Subscribe to our newsletter.” QR code and link to flow-computing.com/newsletter appear below.

Minimalist white gradient background with curved texture. Text reads “Stay ahead of the curve. Subscribe to our newsletter.” QR code and link to flow-computing.com/newsletter appear below.

We’re publishing the first edition of our Flow Newsletter very soon, bringing deep-tech insight and early access to next-gen CPU performance.

Subscribe and stay ahead of the curve.
flow-computing.com/newsletter

#FlowComputing #PPU #DeepTech #Newsletter

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Big thanks to the Butterfly Ventures team for hosting such a valuable day of insight, energy, and inspiration. 🦋

#DeepTech #PPU #CPU #ButterflyVentures #FlowComputing

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We’ll be sharing more performance data soon. Request access to see the full results yourself: flow-computing.com/hot-chips-20...
Including the complete Hot Chips poster and demo.
#FlowComputing #PPU #ParallelProcessing #CPU #Intel

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