#skylakes

[youredreamingofroo]

this makes me very sad for some reason :(

[hotelbooking]

Giang's Apt@Vinhomes Skylake near Keangnam.My Dinh Location : 5 minutes walking to Keangnam5 minutes walking to My Dinh Song Da20 minutes walking to the Manor17 minutes to Trung Hoa Nhan Chinh by taxi.It's quite far from Hoan Kiem lake.There's a swimming pool and gym room inside the block.My department area is 50m2. It has 1 small bedroom with 1.6m*2m bed, a large livingroom and a full kitchen. It is new and very clean. The nature furniture is designed and made by a famous company in Vietnam, it has Vietnamese traditional style. I've just put an air purifier with humidifying function in the bedroom so guests can have a nice sleep. I've just bought a robot vacuum (xiaomi gen 1) and a fan too.

[tradedmiami]

LOAN IMAGE: Eduardo Cohen & Gil Suissa DATE: 11/13/2023 ADDRESS: 19610 Northeast 19th Place MARKET: Skylake, Aventura ASSET TYPE: Single Family ~ SF: 3,600. LENDER: RBI Private Lending (@RBIPrivateLending) - Eduardo Cohen (@Negroco) LANDLORD: Gil Suissa (@GilSuissa) LOAN AMOUNT: $2,050,000 LOAN TYPE: Construction Loan #Miami #RealEstate #tradedmia #MIA #TradedPartner #Skylake #Aventura #SingleFamily #RBIPrivateLending

[govindhtech]

The Best Skylake-X CPUs Motherboards

TIM gate, VRM disaster? Possible X299 motherboard faults and Skylake-X

In recent weeks, the leaf and video forest has been quiet. Even a VRM disaster or TIM gate (hot paste instead of lot) were discussed, but if you examine closely, the G… Thermal paste instead of solder Intel’s choice of improper (but cheaper) thermal paste instead of indium-based solder contributes to the cooling issue. Discuss the shelf life now… Default Settings Outside the Box, Cheats, Heat Long before launch, motherboard manufacturers made the first critique.

A typical all-in-one compact water cooler has dozens… We hold motherboard makers accountable. Blaming the imminent heat inferno just on Intel and the CPU cranked to its maximum limit would have been too short-sighted.

Noise across all media has been scarce in recent weeks. There was even discussion of a VRM disaster or TIM gate (thermal paste instead of solder), but the whole thing is just a long causal chain that starts with a hot-headed CPU. In theory, there are three. We try to make it simple, so one after another.

(1) Skylake-X is hardly coolable out-of-the-box in typical use due to excessive power consumption and thermal paste that limits optimal heat dissipation.

(2) The average user has little overclocking room, and many motherboards limit the CPU owing to design issues like insufficient external voltage converter cooling. Extreme overclockers barely work with modern hardware.

Usually, too much rhetoric is added, which doesn’t do credit to the potential purchasers’ difficulties.

Test setup and measurements

We’ll acquire a simpler Socket 2066 motherboard, make a vertical benchtable, and test (or not). We’ll look at the sensor values and origins of the respective areas, and we’ll use the infrared thermal imaging camera to test the board’s heating around the socket and voltage converter for plausibility.

We can also record the heating process in time-lapse videos. We also want to know if motherboard hotspots or heat transfer damage other components.

For safe sensor readings and smooth test setup operation, we use the newest motherboard BIOS and HWinfo in the latest beta version from v5.53–3190 (click on beta version while downloading!). We fixed or deepened certain features after a deeper inspection, manufacturer check, and community suggestions.

The board’s CPU power supply has 5 1 phases controlled by an International Rectifier IR35201. This multi-phase buck controller supports Intel VR12 and evidently VR13. The so-called doubling allows two circuits per phase with five phases, relieving the individual VRMs and equalising hotspots in area. This chip’s voltages and currents will be discussed later.

Each control circuit uses one International Rectifier IR3555 voltage converter. These highly integrated power stage chips include gate drivers, high- and low-side synchronous MOSFETs, and the Schottky diode. Unlike other MOSFETs, they have analogue temperature sensors. How else can you accurately measure these voltage converters’ temperatures without an IR camera?

MSI employs the Nuvoton NC6795D as a Super IO chip on the tested motherboard to record and provide sensor information. With a central thermistor between the power stage chips, the voltage converters’ temperature is likewise measured. Thus, we choose the back measuring point below this thermistor for our video acquisition.

The coils and capacitors of these voltage converter circuits and the board temperatures up to the CPU are also checked.

Sudden shutdown and downclocking

To better comprehend the future testing and the concerns that were often addressed too polemically in forums, we must realise that motherboard makers use safety devices. The Skylake-X is clocked down to 1.2 GHz at exactly 105°C at the thermistor (HWinfo under line MOS, Nuvoton NCT6795D) by our test board until the temperature drops below 90°C. Only then does it reach full velocity.

This makes sense since the flash point for the PCB material (FR4) is much higher, but the maximum continuous operating temperature is only between 95 and 105°C to avoid dry-out, bending, and conductor path hairline cracks in multilayer PCBs. This is good because graphics card makers normally have more (unnecessarily) nerve in this area.

In Intel’s Extreme Tuning Utility (XTU), this downclocking termed Thermal Throttling: Yellow, yes. What about Motherboard VR throttling status indicators? We must also give a little addendum regarding HWInfo values. It is less well known that the IR35201 also measures temperature. These results for VR T1 and VR T2 are much higher and appear to contradict the external sensor.

As usual, only the controller chip temperature was output. This would be equivalent to voltage converter temperatures VRM1 and VRM2 on graphics cards with PWM controllers (AMD cards commonly utilised them) in various tools. Usually, the chip measured itself there. However, with IR35201 and IR3555, it can be presumed that the IR3555’s voltage values and temperature inside are also utilised.

Before the XTU yellow warns of motherboard VR throttling, these values are limited to 125°C and the CPU is clocked to 1.2 GHz. Because voltages could run outside specifications and damage hardware above 135°C, the motherboard is turned down without notice.

CPUs also protect themselves. Multiple integrated digital temperature sensors (DTS) determine the computing core and package temperatures. The precision of these calculations rises with temperature. Below 40°C, it’s irrelevant, but from 80°C, it’s accurate. We can also see that core and package temperatures can cause clock throttling.

The power loss of the IVR the CPU’s voltage converters that provide partial voltages is also included in package temperatures. With strong overclocking and manual voltage increase, unanticipated limit overruns might occur quickly, which not all tools can detect. So the CPU throttles without the user knowing why. The IVR will be discussed shortly.

[otome-ism]

QNAP TVS-1282をCore i7-7700Tに換装

色々やらかしたcpu換装。結果的に「Booting the kernel.」が出た理由がBIOS書き換えが原因なのでは？ってことでcpuをCore i7-7700Tで起動してみたところ何のことなく無事に起動。

よくよく調べてみると

”QX”から始まるBIOSは第6世代(Skylake)に対応

”QZ”から始まるBIOSは第7世代(Kaby Lake)に対応

”QZ”から始まるBIOSは第6世代(Skylake)に非対応

ってことで、下位互換がないみたい。そうなるとBIOSを書き換えた直後にCore i7-7700Tに換装していれば普通に起動できていたのかもしれない。一度に色々やると原因の切り分けが難しくなるから段階的に進めてしまったことと、下位互換があるだろうと思い込みが今回の大変な作業の原因となった。

そもそもよく調べなかったのが原因なだ。大前提で換装するなって話だけど。

無事にBIOSが”QZ03AR11”となり、Core i7-7700Tを認識して稼働中。

今回のcpu換装で本来なら絶対やらないFWのリカバリを経験できたので使用開始から思い入れの強いNASとなった。

AMD R-Series RX-421BD vs Intel Core i7-7700T

Intel Core i3-6100 vs i7-7700T

AMDと比べて同等の低消費電力なので常時稼働にはもってこい。Core i3-6100と比較するとCore i7-7700Tは性能も燃費もよく逸般の誤家庭にはぜひおすすめできる感。

[cthuflu-dev]

computers are fucking stupid

we imprinted sigils into pressed sand to make it land on the moon but it constantly fails to work on the most simple of tasks that we have written for it because we can't let qa and engineering actually refine the design a little bit more because of capitalism, so you end up going to market with a 4 core monstrosity that SHOULD work but ends up crashing every operating system it runs eventually if the 4th core is actually enabled because of some stupid fucking design flaw.

So Now I Sit Here Installing The 5th Linux ISO I Have Burned To A USB Stick In An Attempt To Get This Computer To Work For A While Longer With The Hardware I Have, Waiting For Two Thousand And Six Hundred Packages To Install, Because Nvidia Broke Their Drivers On A Newer Kernel.

[servers4less]

BX806736138 Intel Xeon Gold 6138 2.00GHz Server Processor Review

BX806736138 Intel Xeon Gold 6138 2.00GHz Server Processor Review

EMulti-Socket High Performance Server Processor The X806736138 Intel Xeon Gold 6138 20 Cores 2.00GHz Server Processor is designed to deliver high-end performance that supports the highest memory speeds, improved four socket scalability, and built-in workload acceleration. The Gold 6138 process is based on the server configuration, built with Skylake microarchitecture and is manufactured on a 14…

[cutepencilcase]

[AF] Bluey and Skylak Song

ArtFight for https://twitter.com/blueybirdy 

[piratesexmachine420]

Did you know that, if you're running an Intel processor from Skylake (i3/5/7-6xxx, from 2015) or newer your computer is actually secretly running a second OS behind your back?

No, not on your CPU. On your chipset.

Completely unaccountable, several rings of privilege above your actual OS--above your hypervisor, even, if you're running one--a second, much smaller CPU is sitting inside your motherboard, running a MINIX 3 operating system and doing... something. Intel won't tell you. It's all in your best interests, I'm sure. ;)

No, you can't turn it off. Yes, it's vulnerable to malware. No, you can't monitor it to know if it's been infected. Yes, it has full control of your system and yes, it can override literally anything your computer might be doing at any time for any reason. Yes, it's probably a backdoor. Yes, AMD has something more-or-less the same, with the same/similar problems.

Sometimes I think we should just blow it all up and go back to abacuses.

[keysatthecrossroad]

Hounds, especially black ones, are sacred to our Goddess Hecate. When She calls you will often begin seeing dogs or hearing their barks and howls. If you ask Her for a sign She may respond in this way as well. Pay close attention to black dogs crossing your path.

Be kind to all Her creatures - when leaving Her an offering place it on a tortilla or other bread. This way Your offering leaves no refuse and will feed all Her creatures.

Hecate, Skylakitis, we devote ourselves to You!

[noneofthisisreal]

the general store at skylake!

[webyildiz]

Intel Xeon is a series of server and workstation CPUs (central processing units) designed and manufactured by Intel. These processors are specifically built for demanding workloads, such as those commonly used in data centers, enterprise-level computing tasks, and high-performance computing. Xeon processors typically have higher core counts, larger cache sizes, and support for more memory than consumer-grade CPUs, as well as features that enhance reliability and security for mission-critical applications. Certainly! Here's an ultimate guide about Intel Xeon processors: Overview: Intel Xeon processors are designed for server and workstation environments, emphasizing performance, reliability, and scalability. Xeon processors are part of Intel's lineup of high-performance CPUs and are optimized for demanding workloads, such as data centers, cloud computing, virtualization, scientific research, and professional applications. Performance and Architecture: Xeon processors are built on the x86 architecture, which provides compatibility with a wide range of software applications. They feature multiple cores and threads, allowing for parallel processing and improved multitasking capabilities. Xeon processors often have larger cache sizes compared to consumer-grade processors, enabling faster access to frequently used data. They support technologies like Turbo Boost, which dynamically increases clock speeds for improved performance, and Hyper-Threading, which allows each physical core to handle multiple threads simultaneously. Generational Improvements: Intel releases new generations of Xeon processors regularly, introducing enhancements in performance, power efficiency, and feature sets. Each generation may be based on a different microarchitecture, such as Haswell, Broadwell, Skylake, Cascade Lake, Ice Lake, etc. Newer generations often offer higher core counts, improved clock speeds, larger cache sizes, and support for faster memory and storage technologies. Enhanced security features, such as Intel Software Guard Extensions (SGX) and Intel Trusted Execution Technology (TXT), are also introduced in newer Xeon processors. Product Segments: Intel categorizes Xeon processors into various product segments based on performance and capabilities. Entry-level Xeon processors provide basic server functionality and are suitable for small businesses, low-demand workloads, and cost-sensitive environments. Mid-range and high-end Xeon processors offer more cores, higher clock speeds, larger caches, and advanced features like support for multiple sockets, massive memory capacities, and advanced virtualization capabilities. Intel also offers specialized Xeon processors for specific workloads, such as Xeon Phi processors for high-performance computing (HPC) and Xeon Scalable processors for data centers and cloud computing. Memory and Connectivity: Xeon processors support various generations of DDR memory, including DDR3, DDR4, and, in more recent models, DDR5. They typically offer support for large memory capacities, allowing servers to accommodate extensive data sets and run memory-intensive applications efficiently. Xeon processors feature multiple high-speed PCIe lanes for connecting peripherals like storage devices, network cards, and GPUs, facilitating high-performance data transfer. Software Ecosystem and Support: Xeon processors are compatible with a wide range of operating systems, including Windows Server, Linux distributions, and virtualization platforms like VMware and Hyper-V. They are well-supported by software vendors and have extensive compatibility with server-class applications, databases, and enterprise software. Intel provides regular firmware updates, software optimization tools, and developer resources to ensure optimal performance and compatibility with Xeon processors. When choosing an Intel

Xeon processor, consider factors such as workload requirements, core counts, clock speeds, memory support, and specific features needed for your application. It's also important to check Intel's product documentation and consult with hardware experts to select the appropriate Xeon processor model for your server or workstation setup.

[otome-ism]

QNAP TVS-1282のCPU換装2

せっかく購入したCore i7-7700Tを何とか載せられないかとインターネッツを再度散策。そもそもCPU換装は保証対象外なので、新しいCPUを認識させるためのBIOSをメーカーもあえてアナウンスなんてしないよね。

しかしなぜかメーカーのホームページにはDLページが無いのに新しいBIOSが置いてあるらしい。

QNAP NAS Community Forum

ちょっと意味わからないっす。そしてTVS-1282用の最新BIOSである”QZ03AR11”があることを確認。”QZ”！、”QZ”じゃないか！

これをうちの子に書き換えてあげれば第7世代(Kaby Lake)が使えるんじゃね？ってことで書き換え。

BIOS書き換えなんて枯れたモデルしか買ってこなかった人間からするとほぼ未経験なのと、BIOSがUEFI化された現在ではマウス操作で可能なんだよね。

で、無事に書き換え完了したっぽいのでNASを起動。しかし「Booting the kernel.」の表示が数時間経ってもそこから先に動かず起動しないのであった。

買ったばかりのNASがHDDの置き場を整理できる高価な箱になってしまいましたとさ。

[blueo360]

Intel inside

2013 年：22nm｜LGA 1150｜Haswell｜Intel 3th Gen Core

2014 年：22nm｜LGA 1150｜Haswell Refresh｜Intel 4th Gen Core

2015 年：14nm｜LGA 1150｜Broadwell｜Intel 5th Gen Core

2016 年：14nm｜LGA 1151｜Skylake｜Intel 6th Gen Core

2017 年：14nm+｜LGA 1151｜Kaby Lake｜Intel 7th Gen Core

2018 年：14nm++｜LGA 1151｜Coffee Lake｜Intel 8th Gen Core

2019 年：14nm++｜LGA 1151｜Coffee Lake Refresh｜Intel 9th Gen Core

2020 年：14nm+++｜LGA 1200｜Comet Lake｜Intel 10th Gen Core

2021 年：14nm+++｜LGA 1200｜Rocket Lake｜Intel 11th Gen Core

2022 年：Intel 7｜LGA 1700｜Raptor Lake｜Intel 13th Gen Core

2023 年：Intel 7｜LGA 1700｜Raptor Lake Refresh｜Intel 14th Gen Core

2024 年：？？？？｜LGA 1851｜Arrow Lake｜Intel Core Ultra 2 Series

2025 年：？？？？｜LGA 1851｜Arrow Lake｜Intel Core Ultra 3 Series

[tech-driven-transformation]

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[marcleblanc]

(via DDR6 et LPDDR6 arrivent : la nouvelle génération de mémoire va pulvériser DDR6 et LPDDR6 arrivent : la nouvelle génération de mémoire va pulvériser les recordsPar Nerces, spécialiste pc & gaming. Publié le 23 mai 2024 De la mémoire vive toujours plus rapide pour nos PC et nos smartphones, mais les DDR6/LPDDR6 promettent d'aller vraiment beaucoup plus loin.À chaque nouvelle génération de mémoire vive, sa petite révolution et les DDR6/LPDDR6 ne vont évidemment pas déroger à la règle à leur sortie… qu'il est encore un peu tôt pour caler précisément.Pour autant, les deux technologies sont bien plus proches de nous que vous ne pouvez le croire, et ce, alors que la DDR5 est déjà commercialisée depuis quatre ans maintenant.Une sortie plus proche qu'on ne pourrait le croire Au travers de publications relayées par différents confrères, le JEDEC a précisé ce à quoi nous devions nous attendre sur un strict plan technique avec des performances assez délirantes… peut-être encore plus que prévu.À quoi s'attendre avec la DDR6 ? © Tweak Town À quoi s'attendre avec la DDR6 ? © Tweak Town Dans un premier temps, et alors que nous parlons aussi beaucoup de GDDR6 chez Clubic – dans le domaine des cartes graphiques – il ne faut pas mélanger les deux technologies, DDR6/LPDDR6 d'un côté et GDDR6 de l'autre. Cette seconde est déjà disponible depuis un moment alors que la LPDDR6 devrait l'être avant la fin de l'année et la DDR6 devrait suivre courant 2025.Si les documents sont bien liés aux spécifications du JEDEC, un organisme constitué de tous les plus grands noms du monde des semi-conducteurs et qui se charge d'harmoniser les positions des géants de l'industrie pour aboutir aux caractéristiques finales des technologies RAM.La bande passante de la LPDDR6 progresse nettement © Tweak Town La bande passante de la LPDDR6 progresse nettement © Tweak Town 10x la bande passante de la DDR4 De manière générale et surtout très schématique, on dit que chaque nouvelle génération vient au moins doubler la bande passante mémoire de la précédente. En réalité, les DDR6/LPDDR6 devraient aller bien au-delà.Les documents ainsi présentés font notamment état d'une augmentation suivant un facteur 10 de la bande passante de la DDR6 par rapport à la DDR4 certes vieillissante. On parle aussi de référence qui débute avec de la DDR6-8800 et jusqu'à de la DDR6-17600 pour la simple première génération.Par la suite, de la DDR6-21333 (ou 21 Gbps) est attendu et c'est alors que l'on parlera de 10 fois la bande passante de la DDR4-2133 qui a été lancée avec la génération Skylake (6e génération d'Intel Core), il y a bientôt dix ans.Rapide résumé des objectifs DDR6/LPDDR6 © Tweak Town Rapide résumé des objectifs DDR6/LPDDR6 © Tweak Town De son côté, la LPDDR6 ne sera pas en reste avec une référence introductive en LPDDR6-10667, mais est déjà mentionnée de la LPDDR6-14400 sachant que la LPDDR5-6400 est actuellement le maximum en dehors des LPDDR5X et LPDDR5T un peu particulières.Nul doute que de nouvelles informations nous parviendront progressivement sachant que ces nouvelles technologies mémoire ajusteront aussi de nombreux autres facteurs. On parle par exemple d'une meilleure gestion de l'énergie, pour plus d'efficacité.Source : TweakTown