💻 Learn more: https://flow-computing.com
#DeepTech #FlowComputing #VTT #Helsinki
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 PPU supports a wave-based synchronization scheme that keeps PEs in sync with minimal overhead.
👉 Request the full demo + poster: flow-computing.com/performance-...
#Podcast #FlowComputing #CPU #ParallelProcessing #DeepTech #Semiconductors #HPC
#Podcast #FlowComputing #CPU #ParallelProcessing #DeepTech #Semiconductors #HPC
#FlowComputing #PPU #ParallelProcessing #CPU #DeepTech #Semiconductors
#FlowComputing #PPU #ParallelProcessing #CPU #DeepTech #Semiconductors
Our #PPU frees CPUs from their bottlenecks
so speed never has to be scary.⚡
#FlowComputing #ParallelProcessing #DeepTech #Innovation
Our #PPU frees CPUs from their bottlenecks
so speed never has to be scary.⚡
#FlowComputing #ParallelProcessing #DeepTech #Innovation
Subscribe and stay ahead of the curve.
flow-computing.com/newsletter
#FlowComputing #PPU #DeepTech #Newsletter
Subscribe and stay ahead of the curve.
flow-computing.com/newsletter
#FlowComputing #PPU #DeepTech #Newsletter
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
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
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
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
#FlowComputing #Budapest
#FlowComputing #Budapest
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
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
👉 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
👉 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
#ParallelPerspectives #DeepTech #FlowComputing #PPU #CPU
#ParallelPerspectives #DeepTech #FlowComputing #PPU #CPU