@chipsandcheese@techhub.social
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chipsandcheese

@chipsandcheese@techhub.social

If you would like to reach out, feel free to email us at articles@chipsandcheese.com

Website: https://chipsandcheese.com
Twitter: https://twitter.com/ChipsandCheese9

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chipsandcheese, to random
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Hello you fine Internet folks,

Today's article is short look at Oryon's LLVM patch which appeared a few weeks ago and what that patch can tell us about what the back end of Oryon may look like.

Hope y'all enjoy!

https://chipsandcheese.com/2024/05/15/qualcomms-oryon-llvm-patches/

chipsandcheese, to random
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Hello you fine Internet folks,

Today's article is on Intel's Crestmont architecture which is an incremental improvement on Intel's Gracemont architecture with improvements to the BPU, instruction fetch, and more.

Hope y'all enjoy!

https://chipsandcheese.com/2024/05/13/meteor-lakes-e-cores-crestmont-makes-incremental-progress/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Internet Folks,

Today's article is the Chips and Cheese State of the Union where we talk about forming a 501c3 entails, some feedback needed from you folks in the community, and most importantly a Call to Action!

Hope y'all enjoy!

https://chipsandcheese.com/2024/05/09/chips-and-cheese-state-of-the-union/

chipsandcheese, to random
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Hello you fine Internet folks,

Today's article is a correction to our prior articles on Qualcomm's Adreno iGPUs. Microbenchmarking is hard, so thanks to Conner Abbott for reaching out and explaining what is happening under the hood.

Hope y'all enjoy!

https://chipsandcheese.com/2024/05/06/correction-on-qualcomm-igpus/

chipsandcheese, to random
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Hello you fine Internet folks,

Today's article is a sort of follow up on our Qualcomm iGPU article from a week ago but instead of looking at the Qualcomm 8cx Gen 3's iGPU we are looking at the Snapdragon 855's iGPU.

Hope y'all enjoy!

https://chipsandcheese.com/2024/05/01/inside-the-snapdragon-855s-igpu/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Internet Folks,

Today's article is a bit more of a philosophical article about the most promising Chinese CPU company, Loongson, and if they have a chance to catch up to the West in terms of performance.

Hope y'all enjoy!

https://chipsandcheese.com/2024/04/29/can-chinas-loongson-catch-western-designs-probably-not/

chipsandcheese, to random
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Hello you fine Internet folks,

Today's article is shorter one on the iGPU in Qualcomm's 8cx Gen 3 SOC and we compare it to the iGPU found in the Ryzen Z1 as well as to a GTX 1050 which is an older mid-range dGPU.

Hope y'all enjoy!

https://chipsandcheese.com/2024/04/24/sizing-up-qualcomms-8cx-gen-3-igpu/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine folks,

Today's article is on the NPU on Intel's Meteor Lake processor and we look at the capabilities and limitations of the NPU and in what scenarios you may choose to use it over the iGPU.

Hope y'all enjoy!

https://chipsandcheese.com/2024/04/22/intel-meteor-lakes-npu/

chipsandcheese, (edited ) to random
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Hello you fine Internet folks,

Today's article is on looking at the raytracing capabilities of Meteor Lake where we look at MTL's raytracing pipeline, compare it to AMD's RDNA2/3 in their APUs, and more.

Hope y'all enjoy!

https://chipsandcheese.com/2024/04/15/raytracing-on-meteor-lakes-igpu/

chipsandcheese, to random
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Hello you fine Internet folks,

Today's article is on the ambitious iGPU that Intel equipped Meteor Lake with where we look at the structure of the iGPU as well as measuring the memory bandwidth, latency, instruction rates, and more.

Hope y'all enjoy!

https://chipsandcheese.com/2024/04/08/intels-ambitious-meteor-lake-igpu/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Internet folks

Today's article is on a Mainframe. A system that has seemingly dethroned the king of the mainframe, IBM.
Today, we are looking at Control Data Corporation's CDC 6600, the fastest mainframe available today!

Hope y'all enjoy!

https://chipsandcheese.com/2024/04/01/inside-control-data-corporations-cdc-6600/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Internet folks,

Today's article is a rebuttal to the article "Why x86 Needs To Die" as well as standing as a rebuttal to the wider argument of "RISC vs CISC" and why in today's age it is a very dead argument.

Hope y'all enjoy!

https://chipsandcheese.com/2024/03/27/why-x86-doesnt-need-to-die/

P.S. Please do not harass the author of that Hackaday article, this article was written out of a frustration that the RISC vs CISC debate is still going on despite it being an argument that has been dead for well over 20 years....

chipsandcheese, to random
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Hello you fine Internet folks,

Today's article is on the Zen 2 cores found in the Playstation 5's APU and what AMD cut out and changed in the floating point unit in order to fit into the APU and how it differs from Zen 4c's changes.

Hope y'all enjoy!

https://chipsandcheese.com/2024/03/20/the-nerfed-fpu-in-ps5s-zen-2-cores/

chipsandcheese, to random
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Hello you fine Internet folks,

Today's article is on Loongson's newest CPU, the 3A6000 where we take a look at the bandwidth, BPU accuracy, latency and more, as well as comparing it to some fairly modern CPUs from Intel and AMD.

Hope y'all enjoy!

https://chipsandcheese.com/2024/03/13/loongson-3a6000-a-star-among-chinese-cpus/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Internet folks,

Today's article is on Qualcomm Snapdragon 8+ Gen 1's iGPU, the Adreno 730, where we look at the bandwidth, latency, throughput, SIMD layout, comparisons to AMD and Nvidia, and more.

Hope y'all enjoy!

https://chipsandcheese.com/2024/03/05/inside-snapdragon-8-gen-1s-igpu-adreno-gets-big/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Internet folks,

Today's article is on the Ryzen Z1's iGPU where we compare the Z1's iGPU to it's bigger brother found in the Z1 Extreme as well as the iGPU found in the Steam Deck's APU.

Hope y'all enjoy!

https://chipsandcheese.com/2024/02/25/ryzen-z1s-tiny-igpu/

chipsandcheese, to random
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I (clam) messed up https://chipsandcheese.com/2024/01/20/inside-qualcomms-adreno-530-a-small-mobile-igpu/ because I thought it ran in wave64 based on testing the wrong thing and reading Mesa code.

I now think it runs in wave32 mode and has two scheduling partitions per SP. That's based on tests I wrote to investigate Adreno 730 (which is a really interesting architecture in its own right), which I went back and ran on Adreno 530.

The first is a simple divergence penalty test, which measures throughput with OpenCL threads being coherent at different granularity. It works as expected and shows Pascal gets best throughput with 32 or higher, and GCN does so with 64 or higher. Adreno gets better throughput with 32 or higher, suggesting wave32

chipsandcheese,
@chipsandcheese@techhub.social avatar

The second is a partitioning experiment where some waves don't do anything. By varying the pattern of which waves are doing useful work, I can create a partition camping issue that reduces throughput if all the waves end up on one partition.

A workgroup on Adreno 530 gets reduced throughput if every other set of 32 OpenCL invocations is doing something, suggesting waves are assigned to two partitions on a SP in round-robin order.

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Ampere Computing has detailed upcoming variants of their density-focused in house cores via a series of LLVM changes. We'll be going over what that reveals about both Ampere 1A and 1B in a medium-sized article. Enjoy!

https://chipsandcheese.com/2024/02/19/llvms-ampere1b-commit/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Internet folks,

Today's article is looking at the Ryzen Z1 chip found inside the ROG Ally. The Z1 is AMD's first heterogeneous SoC, and they have taken a very different approach to Intel and ARM with their Zen 4c cores.

Hope y'all enjoy!

https://chipsandcheese.com/2024/02/12/amds-mild-hybrid-strategy-ryzen-z1-in-asuss-rog-ally/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Interne folks,

We got a ton of requests to look at RDNA 3.5's LLVM changes from last week's article where we looked at the LLVM changes for RDNA4. So today's article is on RDNA 3.5's LLVM changes.

Hope y'all enjoy!

https://chipsandcheese.com/2024/02/04/amd-rdna-3-5s-llvm-changes/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Internet folks,

Today's article is on the LLVM changes that AMD has made for their upcoming RDNA4 architecture including the reworking of the memory dependency handling scheme, better software prefetch, and more.

Hope y'all enjoy!

https://chipsandcheese.com/2024/01/28/examining-amds-rdna-4-changes-in-llvm/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine folks,

Today's article is on Qualcomm's Adreno 530 iGPU found in the Snapdragon 820/821 series of SoCs. We are looking at the cache bandwidth, latency, instruction throughput, and more.

Hope y'all enjoy!

https://chipsandcheese.com/2024/01/20/inside-qualcomms-adreno-530-a-small-mobile-igpu/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Internet folks,

Happy New Year to all of y'all and with a new year comes some new GPU tests focusing on the L1 and Local Memory (LDS/Shmem) bandwidth of various AMD, Intel, and Nvidia GPUs.

Hope y'all enjoy!

https://chipsandcheese.com/2024/01/01/a-new-year-and-new-tests-gpu-l1-cache-bandwidth/

chipsandcheese, to random
@chipsandcheese@techhub.social avatar

Hello you fine Internet folks,

Today's article we cover AMD's brand new CDNA3 architecture used in their recently launched MI300X and MI300A products and we look at the changes AMD made from CDNA2 especially WRT the cache hierarchy.

Hope y'all enjoy!

https://chipsandcheese.com/2023/12/17/amds-cdna-3-compute-architecture/

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