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China’s Open-Source Gambit: Beijing Accelerates RISC-V Pivot as SMIC Profits Surge China is accelerating its independence from Western chip architectures by launching the high-performance RISC-V 'Xiangshan' processor and 'Ruyi' OS. Bolstered…

chinadailybrief.com/article/69c5...

#Kunminghu #Ruyi #RISC-V #RVA23
#opensource #ChinaAI #NPU

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The refusal to pay for proprietary nVidia, AMD, Intel or ARM AI just advances my agenda:

#RISC-V #RVA23 with open non-spyware #CoralNPU cores - few if you hate LLMs, many if you love them - will crush these proprietary chips. They'll be far cheaper, made in China, not a lot slower or power hungry.

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Canonical and SpacemiT team up for Ubuntu on SpacemiT K1 and K3 RISC-V chips - Liliputing Canonical and SpacemiT team up for Ubuntu on SpacemiT K1 and K3 RISC-V chips

liliputing.com/canonical-an...

#Ubuntu #Ubuntu26.04 will be first #UbuntuLTS released on #RVA23 #RISC-V, so #by_2027 or latest #by_2028 the transition should be largely complete:

Underlying hardware will be #RISC-V so #by_2029 expect #x86 support to end.

It would be unwise to buy any new x86.

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Quick primer:

A modern #datacentre relies on #RISC-V ( #RVA23) open #AISoC chips typically with #CoralNPU codes to train #LLM. Totally open designs any chipmaker can customize, any chip fab can create.

More specialized inference wafers are much larger simpler chips (like #Groq).

#ARM is legacy.

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RISC-V RVA23—A Major Milestone RISC-V Profiles, including the RVA23 Profile, help accelerate the growth of the RISC-V ecosystem by ensuring compatibility across RISC-V implementations.

#RISCV #RVA23 💪

www.electronicdesign.com/technologies/embedded/di...

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GitHub - takum-arithmetic/libtakum: Takum arithmetic C99 reference implementation Takum arithmetic C99 reference implementation. Contribute to takum-arithmetic/libtakum development by creating an account on GitHub.

Much rides on how #RVV handles it. As the CPU inexorably shift to #RISC-V #RVA23 the arrays of tiles, tensors of takums, etc, need to get handled in pipelines not buses.

Most of our data wait time is for NPUs so I expect them to go right on storage planes with converters

github.com/takum-arithm...

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China using Iran example to harden their own defenses. #OperationMossad updates Iran to improve #digital_sovereignty to get rid of anything with #IsraelInside or #AmericaInside, eg #intelinside would be both!

Closely related is Chinas push to #RVA23 and domestic software that it shares with BRICS.

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This upcoming mainboard brings a SpacemiT K3 RISC-V (RVA23) chip to the Framework Laptop The Framework Laptop 13 is a modular mobile computer with a user-replaceable mainboard. And while most of the mainboard options to date have featured Intel or AMD processors, there are also a few Framework Mainboards with RISC-V processors. After launching a mainboard with a StarFive JH7110 processor early last year, Deep Computing released a higher-performance model with an ESWIN 7702X chip…

This upcoming mainboard brings a SpacemiT K3 RISC-V (RVA23) chip to the Framework Laptop #DcRomaRiscvMainboardIii, #Dcroma, #DcromaRiscvMainboard, #DeepComputing, #Framework, #FrameworkLaptop13, #Riscv, #Rva23, #SpacemitK3

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Canonical and SpacemiT team up for Ubuntu on SpacemiT K1 and K3 RISC-V chips Chinese RISC-V chip maker SpacemiT is partnering with Canonical to bring Ubuntu to computers powered by two of the company’s processors. The Spacemit K1 is an 8-core RISC-V processor that’s been around for a little while, but the SpacemiT K3 is a newer, higher-performance chip that’s one of the first to comply with the new […] The post Canonical and SpacemiT team up for Ubuntu on SpacemiT K1 and K3 RISC-V chips appeared first on Liliputing.

Canonical and SpacemiT team up for Ubuntu on SpacemiT K1 and K3 RISC-V chips Chinese RISC-V chip maker SpacemiT is partnering with Canonical to bring Ubuntu to computers powered by two of the compa...

#News #chips #risc-v #rva23 #spacemit #k1 #spacemit #k3 #ubuntu

Origin | Interest | Match

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DC-ROMA RISC-V Mainboard III Unveiled at FOSDEM: Powered by SpacemiT K3 for Framework Laptop 13 - DeepComputing Today at FOSDEM, DeepComputing is excited to unveil the DC-ROMA RISC-V Mainboard III, our latest RISC-V mainboard for the Framework Laptop 13, powered by the recently released SpacemiT K3 RISC-V AI So...

deepcomputing.io/dc-roma-risc...

#DeepComputing #DC-ROMA #RISC-V Mainboard III for #FrameworkLaptop13 using #SpacemiT K3 #RVA23 #AISoC.

A modest 8-core CPU up to 2.5GHz, and a 30 TOPS #NPU, 32GB #LPDDR5 support, 4x #USB-C including 65W charging, a M.2 2280 Key-M (SATA / NVMe adaptive) and #MicroSD

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Best Neuromorphic Chips 2026: Brain-Inspired AI Hardware Discover the best neuromorphic chips and AI accelerators for 2026. We tested Intel Loihi, NVIDIA Jetson, Raspberry Pi AI HAT+, and more for edge AI performance and practical applications.

www.propelrc.com/best-neuromo...

The simplest #CoralNPU #SoC at 2 TOPS is about in the middle range of #RVV1 class #RISC-V accelerators. The #nVidia and #RaspberryPi #edgeAI devices offer 10-50TOPS but in 2026 it's certain that #RVA23 will dominate levels under 100TOPS, with #PyTorch support, etc.

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Chinese RISC-V Chipmaker SpacemiT Launches K3 AI CPU, Highlighting the Rise of Open-Source Hardware in Intelligent Computing Hangzhou, China, Jan. 29, 2026 (GLOBE NEWSWIRE) -- As the global technology industry accelerates its shift toward open architectures and on-device artificial intelligence, Chinese RISC-V chip company ...

finance.yahoo.com/news/chinese...

#RVA23
1024-bit #RVV
Native FP8

8 X100 #RISC-V cores 2.4GHz
60 TOPS of AI compute
supports up to 32GB of #LPDDR5

#SpacemiT K3 can support models in 30- to 80-billion-parameter range on a single chip, with typical system power consumption between 15 and 25 watts.

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Introducing HAL riscv-rvv: Unleashing the power of RISC-V CPUs with RVV 1.0 This article was written by Yuantao Feng of the OpenCV China Team. What is RISC-V and RVV 1.0? RISC-V (pronounced “risk-five”) is an open standard instruction set architecture (ISA) based on the princ...

opencv.org/blog/introdu...

#RVV "defines a scalable #RISC-V vector architecture like Intel’s AVX or ARM’s NEON [but] length-agnostic...from 128 bits to 1024 bits or more—without recompilation."

#RVV1 is part of #RVA23 & used in #CoralNPU for #SoC wearables, augmented reality glasses, smartwatches.

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China’s Next AI Shock Is Hardware
China’s Next AI Shock Is Hardware YouTube video by CNBC

youtube.com/watch?v=k_bH...

US experts admit losing the #AIrace to the less advanced but radically cheaper China chips and #opensource approach. This is accelerating due to #CoralNPU released by #Google, Meta+Google cooperating on #TorchTPU, #RVA23 and #RVV1 #RISC-V, China's rising #HBM3 capacity.

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#OrangePi #RVA22 can emulate #RVA23.

Whew

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It's #RISC-V the dash works here same convention as #Wikipedia.

On #RVA23 posts please indicate country of origin & manufacture, as most of the market is avoiding US & Israeli boards for spyware and sabotage reasons.

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I hope you understand the world-shaking implications of #RVA23 chips and going off #Microsoft, #Oracle and #Amazon to build sovereign stacks with #PostgresQL, #NoSQL, #Linux, #TorchTPU, #openLLM.

Both #Google and #Apple could be made to drastically expand in Canada as well or offer sovereign stack.

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In theory yes though it has behaved if anything even worse than Intel with less scrutiny. It was almost bought by nVidia!

US & UK behave so similarly in global affairs and spying that one can barely tell #PerfidiousAlbion from #USrael now. It isn't safe for #BRICS to rely on any of it.
Thus #RVA23.

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When H20 was cleared in an export version and nVidia inked a deal to put #PalantirFoundry in its drivers and to port #CUDA especially #CUDA-Q to #RVA23, it was clearly pre-empting projects like #ZLUDA which are verifiably no- #killswitch.

NVidia can claim chips are clean but CUDA cannot be.

2/3

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Not just autos. As the chip industry moves to #RVA23 at astonishing speed, both of the proprietary American legacy ISAs ( #x86 and #ARM) are done for, with only Apple's M series variant likely to survive. Chinese proprietary designs will survive from #Huawei and maybe one other, but, #intel ended.

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Acquiring #Groq compiler assets and getting #JonathanRoss probably forestalls the collapse by at least six months.

But #nVidiaPalantir dealings will lock them out of #BRICS and even out of most #Commonwealth countries pursuing #RVA23 sovereign stacks. You just can't enable any #LebanonPagerAttack.

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Toronto's real capital

Re "localization, openness, repair, and maintenance" this to me suggests at least:

#RVA23 #CoralNPU #TorchTPU
#Linux #PostgreSQL
#ConvergedEthernet #PowerOverEthernet
#GPMI-B as #torus_interconnect
#source_code_escrow

#blind_credential access to #capital_asset
web.archive.org/web/20041220...

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#RVA23 had huge impact and tipped the balance to #RISC-V in 2025.

#Ascalon #Quintauris #Titania #XuanTie #XiangShan #Tenstorrent plus #IronwoodTPU #MTIA cover such wide application range that all CPU purchases of ye olde ARM must be considered very short term investments.

#Apple #nVidia #intel?

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Proposing a new 2026 #tech_standard:

Any CPU based on x86 or ARM is now "ye olde" laptop or whatever. Only #RVA23 is considered current technology even if the ARM or M class chip was created in 2026.

Any chip that is not #RISC-V, #SMIC, #photonic, #qubit, #thermodynamic is from "olden times".

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Ye Olde for any x86 processor is based.

Apple has to move to #RVA23 and put it's engineering into an open source core not for the benefit of ARM and it's sleazy owners.

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China disseminates stability oddly the way the Internet does: by RFC and consortium.

When they have a standard wiring harness in Huawei #HIMA, when they agree on open source #torusinterconnect and get #Databricks #PostgreSQL #GPMI-B #Naxtra #Qijin #RVA23 #photonicGPU going, infrastructure = China.

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SiFive Performance™ P800 Series The latest generation SiFive Performance P800-Series processors are the highest performance commercially licensable RISC-V processors.

#Nazis (in #NATO countries and/or celebrating Christmas on #Saturnalia) can start shifting to #RISC-V now without waiting for final #BRICS products that will flood the market cheap in 2026, starting on real Christmas.

#RVA23 cacheing to 32 CPUs, with CHI bridge 256.

www.sifive.com/cores/perfor...

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The odd thing with Chips Act was that most of the industry thought it would be catastrophic to motivate China to leapfrog rather than passively use West tech. The open source chip designs like #RISC-V were mature enough for 95% of uses, and within DUV range.

Now with #RVA23 it's like 98%. Boom.

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Orange Pi launches AI Studio Pro for developers featuring dual Ascend 310 processors and up to 192GB of RAM Someone must have told the designers that less is more when it comes to ports though

www.techradar.com/pro/this-min...

gg16 (about US$2200 right now & rising) for a dual #Huawei #Ascend310 #orangePi #miniPC claimed to be able to deliver 352 trillion operations per second in AI workloads, about 6x #AMD or #nVidia equivalents.

The #RVA23 vendors have to respond in 2026 decisively.

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#RVA23 single binary for many #RISC-V #SoC riscv-europe.org/summit/2025/...

Expect every board more than #gg1 (about C$200) to be RVA23 in 2026, with most as low as gg0.25 also, everything else #RVA22 and only end sensors #RVA20.

A #datacentre uses these and soon #GPMI-B and #TorchTPU and #CUDA-Q.

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