Flow Computing

It’s not a #CPU. It’s a new architectural layer. Curious how this applies to your system architecture? Want to explore integration, performance data, or licensing options?
Get in touch: flow-computing.com/contact/
#ParallelProcessing #HPC #ServerCPU #PPU #FlowComputing #DeepTech #Semiconductor

Title card with large black circle containing the number 6. Below it, bold grey text reads: ‘Side Effects of a PPU’. An orange warning label says: ‘Warning: may cause extreme parallelism.’ Bottom of the slide includes a stylized ‘Flow’ logo with an arrow.

Slide labeled ‘01 Immediate IMPACT’ in white text on black background. Below, an orange text box says: ‘Your system may experience unusually high performance, especially on workloads that normally bottleneck.’ Flow logo and arrow at the bottom.

Slide labeled ‘02 Sudden drop in LATENCY’. The orange text box reads: ‘Especially noticeable in multi-threaded tasks. Don’t be alarmed. This is expected behavior.’ Flow logo and arrow at the bottom.

Slide labeled ‘03 REDUCED Thread fatigue’. The orange text box says: ‘The scheduler breathes easier. No more juggling context switches like a circus act.’ Flow logo and arrow at the bottom.

#Server CPUs weren’t built for extreme parallelism. That’s why we built the #PPU: a licensable IP block, integrating directly into a #ServerCPU, offloading parallel workloads & enabling significant performance gains. Here's a few side effects we designed it to cause.

#ParallelProcessing #HPC

The real content is coming soon. But 1st, here's a peek behind the scenes. Filmed at #Officina38 in Turin, Italy. Thank you for having us. We’ll be in Silicon Valley soon for the #HotChipsSymposium. Want to meet? More info here: flow-computing.com/HOT-CHIPS-20...
#CPU #HotChips #Semiconductor #HPC

We set out to record podcasts and video interviews.
What we captured along the way? Nervous laughs, half-finished thoughts, and a whole lot of “was that okay? Turns out even experts say ‘um’ sometimes.
These are the humans behind the tech #FlowComputing #HotChips2025 #BehindTheScenes #PPU

Unlike trad CPUs that hit synch & memory bottlenecks, the #PPU runs on a parallel architecture for linear performance, even @ high threadcounts, works w/ CPUs: #x86 , #Arm, @riscv.org.web.brid.gy & integrates directly into the pipeline. Contact us for early results. #RISC-V #Qualcomm #XElite

Is up to 100× #CPU performance possible? In some cases, yes. & here’s a real-world example. In our early benchmarks, our #PPU delivered a 106× speedup compared to the #QualcommXElite, scaling from 16 to 256 processing units using the same benchmark patterns.
#Semiconductors #FlowComputing #HPC

Thank you Emir! 😀

Thank you Tech Insider! 😀

That’s why we’re building technology that makes scalable parallelism not just possible, but seamless. The #PPU is here to support your vision. From schematic to silicon, we’ve got your back. 📐 Celebrating designers ahead of #NationalCADDay
#FlowComputing #CPU #HardwareDesign #ChipArchitecture #HPC

A person in a modern, high-tech office sits facing three computer monitors, surrounded by sleek desks and illuminated by overhead lighting. Digital chip designs float mid-air in a futuristic overlay. Overlaid bold text reads: “You don’t just design chips. You design the future. So do we." With Flow Computing logo at the bottom

Chips aren’t born in #fabs. They're born in #CAD. The architects shaping tomorrow’s compute start w/ design files, timing diagrams & simulations. We know that behind every system bottleneck you’re solving, there’s a bigger vision. #NationalCADDay #FlowComputing #PPU #HardwareDesign #ChipArchitecture

5. One of Finland’s Most Promising Startups
Flow was named to Talouselämä's #Top10 startups of 2025, an honor we share w/ some incredible companies.

🔗 Talouselämä Top Startup:
flow-computing.com/news/flow-co...

#Talouselämä #StartUp #FlowComputing #CPU #PPU #Finland #DeepTech #Semiconductor #HPC

4. #Sisu Meets Silicon
We shared our roots in #DeepTech #research at @vtt.fi & the #BTS story of our spinout.
🔗 Sisu Meets Silicon (VTT story):
flow-computing.com/news/sisu-me...

#Finland #StartUp #Innovation #PPU #CPU #HPC #FlowComputing #Semiconductor

3. Major #Milestone
Our #PPU achieved full end-to-end operation, proving what’s possible when you rethink performance from the ground up.

🔗 Milestone: PPU End-to-End Operation:
flow-computing.com/news/flow-re...

#FlowComputing #CPU #PPU #Semiconductor #HPC #DeepTech #StartUp #Finland

2. #KMPGFinland #Tech Innovator Winner🏆
Our CEO pitched Flow’s vision and took first place in #Finland. Next stop @websummit.bsky.social, Lisbon.

🔗 #KPMG Tech #Innovator Win:

kpmg.com/fi/en/insigh...

@kpmgus.bsky.social @kpmgusnews.bsky.social @kpmgusnews.bsky.social

#WebSummit #WebSummit2025

Minimalist grayscale slide featuring the title “Flow in the Headlines” centered in large text. The top left reads “From Milestones,” and the top right reads “To Media Buzz.” Three abstract images of chip-like textures appear on the right. Bottom caption reads “5 Stories That Shaped Flow’s Breakout Year.” Flow Computing logo in bottom right corner.

Black background with white text and grayscale portraits of Flow Computing founders. Center text reads “FLOW to attend HOT CHIPS,” with the event logo. Text describes Flow’s participation at HOT CHIPS 2025 in Stanford, showcasing early PPU performance results and inviting pre-event meetings in Silicon Valley starting August 19.

What a ride.In just 5months, Flow’s story has grown from bold vision to real momentum.

1. #HotChips2025
We’re heading to #Hot ChipsSymposium this August. Catch us at our table, or meet with us early in #SiliconValley starting August 19.
🔗 #HotChips Announcement:
flow-computing.com/news/flow-to...

This is the Parallel Processing Unit (PPU).
And it changes how we think about general-purpose computation.
Just published the explainer.
👇
flow-computing.com/news/what-is...

#ParallelComputing #FlowComputing #CPU #PPU #HPC #Semiconductors

A graphic with a speech bubble containing the text: "WHAT IS THE PPU?" "A licensable IP block that works alongside your CPU to accelerate parallel workloads at scale." In the top left of the bubble is a small icon of a glowing green-blue lightbulb. Below the bubble, smaller text reads: "Curious how it works? Read: What is the PPU?" In the bottom right corner is the Flow logo.

Thread contention. Cache chaos. Performance plateaus.
If you work with parallel workloads, you know the pain.
Here’s our solution: A licensable IP block that works with your #CPU to deliver scalable, high-throughput parallel performance w/o the #SMP bottlenecks.
#Semiconductor #ParallelComputing

Interesting!

Interesting! Thank you for sharing We recently released comparison results comparing Intel Ultra 7's performance vs. Intel Ultra 7's performance w/ our PPU. ⬇️
bsky.app/profile/flow...

Looking forward to attending + visiting with so many bright minds at our table and during meetings before this wonderful event.

@riscv.org.web.brid.gy

You can also meet them at our table during the event. Stop by to discover how Flow’s #PPU delivers radical #CPU performance gains.

Grab a slot: flow-computing.com/hot-chips-20...

#HotChips #HotChips2025 #FlowComputing

The next #CPU breakthrough isn’t another CPU core. It’s a powerful CPU co-prosessor.Meet the team behind the #PPU.Flow’s founders, will be in #Silicon Valley starting on August 19. They’re opening their calendars for early meetings ahead of the #HotChipsSymposium.

#HotChips #FlowComputing

Interesting

Interesting

Interesting

Interesting!

Our latest article breaks down why parallelism matters, and how Flow’s #PPU addresses the core bottlenecks.

Read the article here.👇
flow-computing.com/news/what-is...

#FlowComputing #CPU #ParallelProcessing #HPC

A stylized image of a dark computer circuit board with glowing copper lines. Overlaid text reads: "What is PARALLEL PROCESSING?" Below, a translucent box contains the definition: "Parallel processing is the method of dividing a computational task into multiple smaller parts that can be executed simultaneously." The word "FLOW" appears at the bottom.

Scalable performance demands more than just more cores.
#ParallelProcessing is essential, but CPUs weren’t built for it. From #CloudComputing to realtime analytics, today’s systems are hitting architectural limits. The issue isn’t just performance. It’s efficient & scalable.
#FlowComputing #CPU #PPU

Happy 1-year work-iversary, Gábor! 🎉

One year down, many more years and breakthroughs yet to come!

#FlowComputing #PPU #CPU #WorkAnniversary