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

#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

#PPU as part of a #CPU system, Pt. 3: Synchronization
The PPU supports a wave-based synchronization scheme that keeps PEs in sync with minimal overhead.

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

The next chapter of #CPU performance won't come from more cores, but from smarter parallel performance. That’s the core message Flow is bringing to @websummit.bsky.social. In this clip, our CEO & Co-Founder shares key takeaways. Book a 1:1 + more info here: flow-computing.com/web-summit-l...

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

#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

#DeepTech isn’t easy to fit in a 3 min pitch. That’s the challenge our CEO & Co-Founder took @ #KPMGTechInnovator, a step to #WebSummit. Speed is the superpower of computing. #PPU integrates into CPUs, unlocking scalable, high-throughput performance. Learn more: flow-computing.com/web-summit-l...

#PPU as part of a #CPU system, Pt. 1
ow does the PPU fit inside a CPU? This short segment walks through the architecture: how tasks move between the CPU + PPU for seamless parallel execution.
👉 Request the full demo + poster: flow-computing.com/hot-chips-2025
#ParallelProcessing #Semiconductors

How does the #PPUt work? Pt 4
Scalability isn’t theoretical. It’s measurable. The PPU delivers 2x performance out of the box, & scales to extreme levels when optimized. This is what perfect linear scalability looks like in practice.

#FlowComputing #ParallelProcessing #CPU #Semiconductors

How does it work? Pt 3 #MulticoreCPUs reached architectural limits. Synchronization, coherency, & scalability define the ceiling of sequential architectures. The #PPU was designed to break through it. In this vid., we illustrate how purpose-built parallel engines can resolve these issues. #CPU

The PPU is instruction set independent.
It can be integrated w/ #arm, #x86 ( #amd, #intel), @riscv.org.web.brid.gy, & #OpenPower architectures. This flexibility means the #PPU can accelerate parallel workloads across different #CPU designs w/o being locked into a single ecosystem. #FlowComputing

🤔 How does the #PPU work? Watch Pt 1 of our mini explainer from a recent demo.

👉 Request access to the full demo and poster here: flow-computing.com/hot-chips-20...

Next up: Pt 2, Instruction sets (coming soon).

#DeepTechExplained #PPU #ParallelProcessing #FlowComputing #HPC #CPU #Semiconductor

Introducing Parallel Perspectives, a #podcast with Team Flow. In honor of #WorldPodcastDay, we’re releasing Episode 1 of Parallel Perspectives, From Science to Product. 🎧 Listen to the full episode here: flow-computing.com/parallel-per...

#ParallelPerspectives #DeepTech #FlowComputing #PPU #CPU

Do you need to rewrite everything to benefit from the PPU? No. It’s backwards compatible w/existing software & includes a step-by-step migration plan, so you don’t have to start #SoftwareDevelopment from scratch. Speed is the superpower of computing. The #PPU boosts #CPU performance significantly. ⚡️