What convinced Juho Risku @ #ButterflyVentures to invest ? In our upcoming podcast, he shares what caught his attention, why he believes #CPU architecture is approaching an inflection point, & why Flowstood out. Subscribe to our newsletter to hear the full convo 1st: flow-computing.com/newsletter/

Learn how Flow PPU enables next-generation CPU performance. flow-computing.com/solutions/ #FlowComputing #ParallelComputing #ComputerArchitecture #CPU #Semiconductors #ProcessorDesign #AIInfrastructure #HPC #DeepTech #FlowPPU

Flow Computing@flow-computing.bsky.social · 4d ago

How do instruction dependencies affect parallel performance? #CPUs include multiple FUs. To maximize utilization, instructions assigned to them typically need to be independent. #FlowPPU supports dependent instructions through high-bandwidth intercommunication and sequential organization. #CPU #HPC

How do instruction dependencies affect parallel performance? #CPUs include multiple FUs. To maximize utilization, instructions assigned to them typically need to be independent. #FlowPPU supports dependent instructions through high-bandwidth intercommunication and sequential organization. #CPU #HPC

Thank you to Zivile Einikyte & the #SuperheroCapital team for the thoughtful conversation. Watch the full conversation: flow-computing.com/interviews/ #Semiconductors #CPU #ChipDesign #ComputerArchitecture #DeepTech #FlowPPU #HPC #FlowComputing

Flow Computing@flow-computing.bsky.social · last wk.

Building breakthrough tech is 1 part of the challenge. As Timo explains, success in #semiconductors depends on earning trust, finding internal champions, & navigating 1 of the most relationship-driven industries. Thank you to Zivile Einikyte & #SuperheroCapital team for the thoughtful conversation.

Building breakthrough tech is 1 part of the challenge. As Timo explains, success in #semiconductors depends on earning trust, finding internal champions, & navigating 1 of the most relationship-driven industries. Thank you to Zivile Einikyte & #SuperheroCapital team for the thoughtful conversation.

As illustrated in this animation, this architectural approach helps minimize synchronization overhead during parallel execution. Explore the science behind #FlowPPU & learn more about the architectural principles that enable scalable #ParallelPerformance: flow-computing.com/science/ #CPU #HPC

Flow Computing@flow-computing.bsky.social · last wk.

Why does synchronization matter in #ParallelComputing? As applications become more parallel, PEs need to coordinate w/ each other. This can introduce waiting time & reduce overall efficiency. #FlowPPU addresses this challenge by reducing the number of synchronization events & overlapping execution.

Why does synchronization matter in #ParallelComputing? As applications become more parallel, PEs need to coordinate w/ each other. This can introduce waiting time & reduce overall efficiency. #FlowPPU addresses this challenge by reducing the number of synchronization events & overlapping execution.

Book a meeting with our team and let's start the conversation. flow-computing.com/hot-chips-20... We look forward to seeing you soon. #Semiconductors #ComputerArchitecture #CPU #FlowComputing #FlowPPU #AIInfrastructure #HPC #SiliconValley

Flow Computing@flow-computing.bsky.social · 2w ago

We'' attend #HotChips2026 & meet w/ compute ecosystem companies. We'll be available for meetings in #SiliconValley before, during, & after. If you're interested in discussing future #CPU architectures, #semiconductor partnerships, #AI infrastructure, #HPC, or investment opportunities, lets connect.

We'' attend #HotChips2026 & meet w/ compute ecosystem companies. We'll be available for meetings in #SiliconValley before, during, & after. If you're interested in discussing future #CPU architectures, #semiconductor partnerships, #AI infrastructure, #HPC, or investment opportunities, lets connect.

Explore the science behind Flow PPU and learn more about the architectural principles that enable scalable parallel performance. flow-computing.com/science #Semiconductors #ComputerArchitecture #ParallelComputing #CPU #FlowPPU #FlowComputing #MemoryArchitecture #HPC #DeepTech

Flow Computing@flow-computing.bsky.social · 3w ago

As applications become more parallel, factors like latency, congestion & memory coherence can influence throughput. #FlowPPU addresses these challenges. It's designed to tolerate memory latency, reduce idle time & provide coherent memory access to help sustain throughput during parallel execution.

As applications become more parallel, factors like latency, congestion & memory coherence can influence throughput. #FlowPPU addresses these challenges. It's designed to tolerate memory latency, reduce idle time & provide coherent memory access to help sustain throughput during parallel execution.

For a deeper dive, visit flow-computing.com or watch the full presentation here: youtube.com/watch?v=ZiQxxzCHLvo @riser-project.bsky.social @riscvinternational.bsky.social @risc-v.bsky.social @riscv.org.web.brid.gy #FlowComputing #FlowPPU #Semiconductors #CPU #RISCV #HPC #DeepTech

Flow Computing@flow-computing.bsky.social · 4w ago

#CPU performance scaling a big challenge in computing.. We've highlighted several key insights from our Head of CPU Development, Marcello Ranone, explaining why conventional multicore scaling is no longer enough + how the #FlowPPU is designed to address that challenge. #RISCV #HPC #DeepTech

#CPU performance scaling a big challenge in computing.. We've highlighted several key insights from our Head of CPU Development, Marcello Ranone, explaining why conventional multicore scaling is no longer enough + how the #FlowPPU is designed to address that challenge. #RISCV #HPC #DeepTech

Explore how Flow PPU can help address today's computing challenges. flow-computing.com/solutions #Semiconductors #ComputerArchitecture #ParallelComputing #CPU #HPC #DeepTech #FlowPPU #FlowComputing #SoftwareDevelopment

Flow Computing@flow-computing.bsky.social · last mo.

How does #FlowPPU work? Explicitly parallel parts of a workload can be offloaded to it. Sequential execution continues on the #CPU, ooperating as a program. We use programming abstraction designed to support native & straightforward #ParallelProgramming, enabling sequential & parallel execution.

How does #FlowPPU work? Explicitly parallel parts of a workload can be offloaded to it. Sequential execution continues on the #CPU, ooperating as a program. We use programming abstraction designed to support native & straightforward #ParallelProgramming, enabling sequential & parallel execution.

Serious strategy. Not so serious headwear. Our leadership team went to #Oulu to plan what's next for us Between strategy sessions, there was also time to visit a team favorite: Harold Viking Restaurant Here's to building the future of computing, 1 strategy session (& Viking helmet) at a time. 🦾

These challenges limit workload scaling efficiently. Understanding these bottlenecks is essential as the industry's need for #CPU performance grows. We're addressing the challenges of multicore scaling. Learn more about #FlowPPU & how we're enabling the next-gen CPUs: flow-computing.com/technology/

Flow Computing@flow-computing.bsky.social · last mo.

If adding more #CPU cores were enough a 96-core processor would deliver 96x. It rarely occurs. Our benchmark (96-core #AMDEPYCZen5 processor) shows performance across matrix multiplication workloads. As core ↑, memory latency, bandwidth contention & synchronization overhead are important.

If adding more #CPU cores were enough a 96-core processor would deliver 96x. It rarely occurs. Our benchmark (96-core #AMDEPYCZen5 processor) shows performance across matrix multiplication workloads. As core ↑, memory latency, bandwidth contention & synchronization overhead are important.

#FlowPPU is built to support scalable #ParallelPerformance w/ the CPU for industrial & embedded systems. This #LogisticsDay, we’re focused on the compute Infrastructure powering smarter, more autonomous logistics systems. Learn more: flow-computing.com/solutions #SmartLogistics #WharehouseAutomation

Flow Computing@flow-computing.bsky.social · last mo.

The future of #logistics isn’t only #robotics. It’s the #ComputeInfrastructure too. #WarehouseAutomation, #AutonomousSystems to sensor processing, real-time decision-making, & logistics systems are becoming increasingly compute-intensive. As workloads scale, efficient #ParallePerformance matters.

The future of #logistics isn’t only #robotics. It’s the #ComputeInfrastructure too. #WarehouseAutomation, #AutonomousSystems to sensor processing, real-time decision-making, & logistics systems are becoming increasingly compute-intensive. As workloads scale, efficient #ParallePerformance matters.

Last week, our CEO & Co-Founder represented us @ #HelloTomrrowl Investor Day & Summit in #Amsterdam and #Arctic15 in #Helsinki, where he also spoke at the #ButterflyVentures LP Meetup. Thank you to everyone who took the time to connect with Timo. Learn more about Flow PPU: flow-computing.com

As part of the program, Timo will present: A Quantum-Level Leap in Existing Technologies We look forward to joining the discussion on the future of computing alongside fellow innovators across the #semiconductor ecosystem. More on #FlowPPU: flow-computing.com #Arctic15 #DeepTech #CPU #HPC

Flow Computing@flow-computing.bsky.social · 2mo ago

Compute power is of the defining resources of the #AI era. This Friday, our CEO & Co-Founder will speak @ the #ButterflyVentures LP Meetup during #Arctic15. It brings together investors, founders, & tech companies to explore #semiconductor #innovation, computing efficiency, AI & next-gen chip tech.

Compute power is of the defining resources of the #AI era. This Friday, our CEO & Co-Founder will speak @ the #ButterflyVentures LP Meetup during #Arctic15. It brings together investors, founders, & tech companies to explore #semiconductor #innovation, computing efficiency, AI & next-gen chip tech.

Watch the full interview: flow-computing.com/interviews/ #CPU #ParallelComputing #Semiconductors #DeepTech #HighPerformanceComputing #HPC #ChipDesign #ProcessorArchitecture #ComputeInfrastructure #AIInfrastructure #CloudComputing #Hyperscale #Datacenter #Engineering #HardwareInnovation

Flow Computing@flow-computing.bsky.social · 2mo ago

Compute demand is accelerating. #AI, #cloud infrastructure, & large workloads continue to scale. System performance depends on parallel workload execution. In this convo w/ #BeyondInnovationTV, our CEO & Co-Founder discussed #CPU bottlenecks, parallel execution, & next gen compute infrastructure.

Compute demand is accelerating. #AI, #cloud infrastructure, & large workloads continue to scale. System performance depends on parallel workload execution. In this convo w/ #BeyondInnovationTV, our CEO & Co-Founder discussed #CPU bottlenecks, parallel execution, & next gen compute infrastructure.

Topics covered: international collaboration, professional growth, transitioning to leadership, & advice. Thank you Annachiara Ruospo & #PolitecnicodiTorino for the invite & to Francesco Politino for the pics. Curious about the kind of compute Marcello works on today? Learn more: flow-computing.com

Flow Computing@flow-computing.bsky.social · 2mo ago

What do you wish you knew as a junior engineer? Recently, our Head of CPU Development, Marcello Ranone, returned to his home university, #PolitecnicoDiTorino, to speak w/ #computerarchitecture students about his journey from student to working on #CPU architectures in the #semiconductor industry.

What do you wish you knew as a junior engineer? Recently, our Head of CPU Development, Marcello Ranone, returned to his home university, #PolitecnicoDiTorino, to speak w/ #computerarchitecture students about his journey from student to working on #CPU architectures in the #semiconductor industry.

Arctic15 (12.6) Timo will attend and participate as a panelist. If you’ll be at Hello Tomorrow and want to connect, request a meeting with Timo here: flow-computing.com/meet-timo-at... #DeepTech #Semiconductors #AI #FlowPPU #HPC #ParallelComputing #CPU #VC #Innovation #StartUp

Flow Computing@flow-computing.bsky.social · 2mo ago

Next week, our CEO & Co-Founder, Timo Valtonen, will represent us at #HelloTomorrow Investor Day & Summit & #Arctic15. Hello Tomorrow (10-11.6) Following our selection as a #DeepTech Pioneer, Timo will meet with investors, partners, & industry leaders in #semiconductors & #AI.

Next week, our CEO & Co-Founder, Timo Valtonen, will represent us at #HelloTomorrow Investor Day & Summit & #Arctic15. Hello Tomorrow (10-11.6) Following our selection as a #DeepTech Pioneer, Timo will meet with investors, partners, & industry leaders in #semiconductors & #AI.

Compute demands are growing. Efficient performance is critical. #FlowPPU solves this challenge. Thank you to the #DTM100 team, judges, investors, founders & everyone we met. Learn more about our approach to scalable #ParallelProcessing: flow-computing.com #HPC #Semiconductors #DeepTech #CPU

Flow Computing@flow-computing.bsky.social · 2mo ago

Winner of the #HPC track. Top 7 / 5,000+. Our CEO & Co-Founder, Timo Valtonen, represented us #DeepTechMomentum in the DTM100 pitch competition. We advanced to the finals & were recognized as the #HPC track winner. Compute infrastructure, #CPU bottlenecks & parallel performance surfaced repeatedly.