#Overclocking

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pcasabona
pcasabona

BIWIN explica los beneficios de usar perfiles de memoria preconfigurados

BIWIN Storage Technologies, empresa especializada en la investigación, desarrollo, fabricación y venta de productos de aplicación de chip de memoria (IC), detalló qué son los perfiles XMP y EXPO, cuáles son sus beneficios y cómo ayudan al overclocking. Además, destacó la compatibilidad con ambos tipos de perfiles de sus módulos de alta performance Predator Hera DDR5 RGB.

“XMP y EXPO son ajustes…

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pcasabona
pcasabona

Nueva memoria Biwin DDR5 alcanza 9200 MT/s con tecnología CUDIMM y gestión térmica mejorada

Biwin, empresa especializada en la fabricación de memoria y almacenamiento para computadoras, anunció el lanzamiento de su módulo de RAM DW100 RGB DDR5 OC CUDIMM, una solución de memoria de alta gama para usuarios que privilegian el hardware de alto rendimiento.

“La demanda de memoria veloz continúa creciendo entre gamers y entusiastas que buscan exprimir al máximo el potencial de sus sistemas.…

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bytetrending
bytetrending

CPU Maxed Out? BIOS Tweaks Can Help

Understanding CPU Bottlenecks and BIOS
Before diving into specific tweaks, it’s crucial to understand why CPUs sometimes appear ‘maxed out.’ It’s not always about raw processing power; factors like memory access speeds, communication with other components (GPU, RAM), and even how the motherboard manages resources play a significant role. Your BIOS (Basic Input/Output System) acts as an…

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skinnypig2
skinnypig2

k so if u have a two sticker of ram and buy another two of the same sticks apparently the dies can be manufactured by a different company and they react differently to different voltages which can fuck up DOCP/XMP even though they’re rated for the exact same speed, timing, and voltage on the box!!!?????? i paid for 3600mhz i better get 3600mhz but nooooo

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piefraction
piefraction

It seems like every few years there a set of CPUs that get the overclocking world records. If you look it up it goes Pentium 4/Celeron D, then Amd Fx (bulldozer) and then intels Raptors Lake. It’s also a little funny how these are also some of the most power hungry and already high clock speed (for their era) processors. Which is ironic since no one liked them to much (at least for something like raw performance) compared to their competitions but ended up being popular in extreme overclocking. Pretty Neat :3

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innovatexblog
innovatexblog

Overclocking & Tuning RAM for Maximum Throughput (DDR4 / DDR5 / LPDDR5X)

💻✨ Speed Up Your RAM Like a Pro!

Curious about how DDR4, DDR5, and LPDDR5X can perform even faster than factory specs? Dive into our latest blog where we break down how overclocking and tuning your RAM can unlock serious performance gains for gaming, multitasking, and heavy workloads.

🔹 Learn to tweak timings, voltages, and XMP profiles
🔹 Discover safe practices for pushing RAM to its limit
🔹 Understand the difference between desktop and mobile RAM tuning

Whether you’re a gamer, tech enthusiast, or PC builder — this guide helps you squeeze every last bit of speed from your memory.

📖 Read the full guide now

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verilog-official
verilog-official

I think Renesas is ignoring my email…

youI did find the schematic for another laptop that uses the same clock generator, and it has pin numbers. maybe if I use the pin numbers from that schematic I can determine how to change the FSB speed?


should I continue trying to overclock my FSB on my computer without a datasheet, doing a hardware modification that could probably destroy it if I do it wrong, but if it works my CPU would be a lot faster?

yes

yes, but take extreme care

probably not

you shouldn’t have even done this in the first place

See Results

I say a lot faster because interestingly, the Atom N270 and the 945GME chip set have been proven to be overclocked quite a bit. the 945GME chipset is a modified version of the 945GSE chipset to support the N270, but it’s underclocked from it’s normal FSB of 200MHz to 133MHz, so it should be able to handle higher FSBs. the CPU has also been proven to be stable at over 2GHz (from it’s normal 1.6GHz) with adequate cooling which is insane.

additionally, the clock generator generates independent phase-locked loops for peripheral busses like PCIe and USB and the like, adjusting the FSB shouldn’t have an impact on those, I *think*.

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verilog-official
verilog-official

not me ignoring the hundreds of warnings against overclocking the FSB

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verilog-official
verilog-official

im in way too deep trying to overclock my netbook

my netbook has an Intel i915 chipset which has an external clock generator IC for the FSB clock. most clock generators are adjustable, so that the same IC can be used in multiple applications, with different frequencies. and most clock generators with the i915 chipsets are adjustable through the SMBus. long story short, the CPU’s FSB clock speed determines the CPU’s clock speed., and increasing the FSB speed should increase the clock speed.

however, in order to change the FSB speed, i need to figure out how to change the clock generator’s frequency, which requires you to know what clock generator you have and to have its datasheet.

but my specific clock generator, the Silego SLG8SP556V, doesnt have a datasheet at all as far as i can see. which makes no sense to me but whatever. I did find a datasheet for a similar part number, the SLG8SP513, but according to it, the FSB speed is only selectable by physically setting the pins.

so if the interface to my clock generator is the same, overclocking will mean that I physically need to remove pins and resolder connections to set the frequency.

and i might actually try to do that

itll probably be a bad idea, theres a fair chance that it would result in me actually breaking the computer.

but maybe ill do it, i dont know.

i reached out to Renesas, the parent company who owned Silego, to see if they had a datasheet for it. ill only continue trying if they do, though.i dont wanna do physical changes that would have a pretty high chance of ruining my computer if im not absolutely certain that ive even got the right pins. heh.

plus i mean, i probably wont get that much performance out of overclocking, its already a single core Atom at 1.6GHz. plus a large portion of the slowdowns come from the fact that the GPU doesnt even support GL2.1 properly, so most applications use software rendering

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pcasabona
pcasabona

Memoria DDR5: Biwin presenta su OC Lab Gold Edition con overclocking extremo

Biwin, empresa especializada en la fabricación de memoria y almacenamiento para computadoras, anunció el lanzamiento sus nuevas memorias DDR5 OC Lab Gold Edition DW100 RGB DDR5-8000 CL34 y CL36 32GB (2×16 GB), que vienen con un segundo perfil EXPO configurado a DDR5-6400 CL28.

“Además de ofrecer opciones de overclocking manual, la nueva OC Lab Gold Edition DW100 RGB, que es parte de la gama de…

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cavenewstimestoday
cavenewstimestoday

Intel’s overclocking tool offers 7.5% performance gains without voiding warranty

Serving tech enthusiasts for over 25 years.
TechSpot means tech analysis and advice you can trust.

What just happened? Intel has released a new overclocking tool called “200S Boost” that can increase performance on select Intel systems without voiding the warranty. The utility is specifically designed for Core Ultra 200S series processors, which received a mixed response from reviewers following…

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overclockedopossum
overclockedopossum

The PC I mainly use is an i3-7100T, using integrated graphics. Memory is a 2x8GiB dual rank micron OEM kit with 4Gbit Rev B chips, at jedec 2133 15-15-15. Motherboard is a Gigabyte B250N-Phoenix with the m.2 WiFi card upgraded to one from a dead Z690 board. It’s not fast, but it’s fast enough and very low power especially at idle.

I have a second PC that’s a Ryzen 9 5900X, GTX 1080 and 2x16GiB of dual rank Samsung B-die (I can’t remember the xmp spec or what it’s running at). I’ve used that for streaming, video editing, and any games more intensive than Minecraft and OSRS.

I also have a NAS system with an ASRock X99M Extreme4, registered ECC memory (I forget how much) and a Xeon processor. That uses a variety of different hard drives with snapraid for parity.

In terms of overclocking, I have a pretty big collection of components from the DDR1 to DDR4 eras.

I’ve used liquid nitrogen in the past, and even made my own pot out of aluminium thanks to a friend with access to a lathe. I haven’t touched it lately because pouring from the dewars into flasks was hard on my back and I find withdrawal devices unsettling since they turn the dewar into a pressure vessel. I’ve also used dry ice, which is a little easier (as long as your setup is happy down to -78C) and a single-stage phase change - though I sold the phase a while back because I needed to free up space to help with moving house.

Overclocking with liquid nitrogen is very fun on platforms that respond well to it, it’s very satisfying suddenly being able to run way higher speeds. The fizz you get with LN2 and dry ice is satisfying too.

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ladysawblay
ladysawblay

Overclocking is a time travel/time loop aideku fic that focuses on the perspective of an overworking Aizawa Shouta.

Some fun facts!

The title is inspired by the term used to describe making parts of a computer run faster than they’re supposed to and used to represent Aizawa’s overworking nature as well as both Aizawas’ insistence to push beyond their limits.

Eraser—the version of Aizawa forcing himself through time loops to save Midoriya—is actually the one talking to Nedzu in the first scene. The only real hint is the reflection of his quirk activated eyes in the surface of the tea.

I chose yellow for Eraser’s quirk because in the BnHA manga, Eraser makes Aizawa’s eyes glow gold rather than red in the anime.

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piefraction
piefraction

Overclocking my ryzen 5 5600, anyone know any goals I should do? Like 4.4 GHz all core instead of that just being the single core boost? Any other tips are also much appreciated! :)

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automaticcupcakemoon
automaticcupcakemoon

"Come Aumentare la Potenza della CPU: Guida Completa all'Overclocking e Ottimizzazione" - Dalla Passione al Profitto

Vuoi ottenere il massimo dal tuo computer? La nostra guida ti insegna tutto sull'overclocking e l'ottimizzazione della CPU. Non perdere l'opportunità di dare una spinta al tuo PC! 🚀💪

🔗 Leggi di più: [link]

#Tech #Overclocking #CPU #PerformanceBoost #ComputerTips

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larevuegeek
larevuegeek

Carte Graphique MSI GeForce RTX 4060 Ti Ventus 2X Black 8G OC

Bénéficiez de 7% de réduction sur la MSI GeForce RTX 4060 Ti Ventus 2X Black 8G OC, une carte graphique conçue pour les amateurs de gaming et de création de contenu exigeants. Avec sa mémoire GDDR6 de 8 Go et son overclocking d'usine, elle promet des performances de haute volée.

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Carte Graphique MSI GeForce RTX 4060 Ti Ventus 2X Black 8G OC - LaRevueGeek.com

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blazehedgehog
blazehedgehog

Was watching Sean Seanson’s “Bad PS1 Games” video, and when he gets to The Simpsons Wrestling, he mentions how some of the game’s visuals were forced on the developers by Fox executives and how it killed performance. A lightbulb went on over my head: Duckstation, a very nice Playstation emulator, can fix (or at least help) both of these things. You can overclock the PS1 for potentially higher framerates and use downsampling to smooth out rough edges without boosting the resolution and ruining the aesthetic.

So… here’s The Simpsons Wrestling with both of those turned on. It surprisingly has no problem hitting 60fps, and, well, reveals a game that was kind of programmed with a poor framerate in mind, because now at 250% CPU overclock it kinda becomes unplayably fast.

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leapingmonkeys
leapingmonkeys
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vladimirtebastard
vladimirtebastard

I really wish Nintendo would give us an overclock button for the Switch. It won’t happen, but I wish it would.

“overclock button OP what do you mean”

The Nintendo Switch’s SOC is basically a carbon copy of the NVidia Tegra TX1 chipset, which was introduced in 2015. It was weak for its time, for sure, but it had powerful graphics hardware that just literally wasn’t possible for most android consoles. Where the Switch differs is that it takes all of that hardware power, slows it way down in the name of battery life, and basically called it a day.

This, of course, has advantages: properly optimized, you can still get a killer gameplay experience with this kind of power, and you’re saving battery life in the process. Properly optimized, you can stretch this hardware far beyond what it can normally do, and deliver an amazing virtual experience while still keeping a spectacular margin.

But there are serious drawbacks.

Sifu, MH: Rise, and SMT 5 are all games that I adore. I have played these extensively, and even completed Sifu on the Switch. But the performance on these games is solidly not awesome. Sifu regularly stutters when loading in a new area, or when getting into a particularly loaded fight. MH Rise barely keeps at 30 FPS and regularly has to lock at 24 to stay stable. SMT 5 barely runs at all in handheld mode, especially when wandering around and dashing. There is pop-in EVERYWHERE. Now, none of these are dealbreakers, far from it, but they are problems, and the most infuriating problem with them is that they are SOLVABLE PROBLEMS!

Nintendo has this long and storied history of just being a colossal dick to 3rd party publishers. That these games run at all is really impressive, because it’s done essentially without ANY help from Nintendo to optimize it. The Switch’s big selling point was “now pretty much anyone can release a game to our store! But good luck getting it to run as good as us!”

Some developers took this as a challenge.

When Sifu runs, it runs FANTASTIC. It flows so smoothly into every attack and every parry, it feels AWESOME. There is SO MUCH HAPPENING in Monster Hunter, and it looks gorgeous while doing it. They are as optimized as they can possibly get without Nintendo’s help. And that’s kinda sad. Imagine what these games could be if they weren’t so constrained by the anemic hardware.

Except… it isn’t anemic hardware.

Remember, the SOC in the switch is underclocked to save battery. But what if we just turned that off? What if the Switch ran at its full potential? It wouldn’t make sense 100% of the time, sure, but what if it was just a toggle? Full power and power saver modes, like on Android?

The frighteningly determined Switch fanbase has demonstrated that if you remove all of the constraints, if you crank everything as high as it’ll go on the Switch, which isn’t even overclocking, but just letting it run how it’s supposed to, you can get some spectacular results. 60 FPS in Breath of the Wild?? Laggy games suddenly running smooth as butter??

I paid 350 for my Switch, I should be allowed to use everything it has on tap. It won’t happen. Nintendo won’t even consider letting it happen. But damn it would be cool if I could just let it run wild, and see how much power we can get out of it.

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larevuegeek
larevuegeek

AMD Threadripper PRO 7995WX : + de 200 000 points sur cinebench un nouveau record mondial

La série AMD Threadripper 7000 a établi un nouveau jalon dans l'univers de l'informatique haut de gamme, grâce au modèle phare Threadripper PRO 7995WX. Ce processeur a récemment établi un record mondial, témoignant des avancées significatives d'AMD dans le domaine des processeurs de bureau et des stations de travail.

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AMD Threadripper PRO 7995WX : + de 200 000 points sur cinebench un nouveau record mondial - LaRevueGeek.com