#Intel vs Amd 2023

[zeroeight94]

Which is better AMD or INTEL | INTEL vs AMD 2023 | For Gaming

[govindhtech]

Intel Arc A580 GPU Crushes the AMD RX 7600 in OpenCL!

Intel Arc A580 GPU OpenCL Benchmark The most up-to-date benchmarks for Intel’s Arc A580 graphics card have been found, and the launch of this card is currently scheduled for the fourth quarter of 2023. There is a possibility that this graphics processing unit (GPU) will be the sole exciting option accessible at that moment.

The most current benchmarks for the Intel Arc A580 GPU demonstrate that it outperforms the RX 7600 while providing pricing that are much cheaper.

We were given the chance to observe the very first benchmarks of the Intel Arc A580 graphics card that were saved in the Geekbench database during the month of August. These benchmarks were published by Geekbench. The graphics processing unit (GPU) has finally been released again after a delay of two months. This time, it has an even better performance score, which places it in top place among the AMD Radeon RX 7600 and GeForce RTX 3050 GPU series.

The Intel Arc A580 includes 24 cores, 384 EUs, and 3072 ALUs, all of which are clocked at an official graphics rate of 1700 MHz. Getting started with the specifications, the Intel Arc A580 also contains 3072 ALUs. On the other hand, the test reveals clock rates of up to 2.4 GHz, which places it on level with the other two Arc A770 and Arc A750 graphics cards. The graphics card will have a total power budget of 185 watts, 8 gigabytes of GDDR6 visual memory (VRAM), 256 bits of bus interface, and up to 512 gigabytes per second (GB/s) of bandwidth. In addition, the power budget will allow for 256 bits of bus interface.

Intel Arc A580 vs. AMD RX 7600 Comparison

The graphics card was able to get a score of 88,019 points while operating at the same clock speeds of 2.4 GHz inside the OpenCL test. This outcome is a reflection of how well the card performed. This is a 6% performance uplift over the previous score, and it is probable that several driver upgrades that the company has done during the course of the last two months are directly responsible for this gain in score.

This uplift in performance was achieved. The result also provides the Intel Arc A580 a 6% performance edge over the AMD Radeon RX 7600 and takes it almost up to par with the performance of the NVIDIA GeForce RTX 3060 graphics card. Both of these results can be found in the table below.

On the other hand, the cost of the Intel Arc A580 8 GB graphics card may be regarded the product’s most important advantage. At the Japanese retailer Bic Camera, the graphics card with the ASRock Challenger OC variant was only recently listed for a price of 38,880 Yen. This price point is equivalent to a savings of thirty percent in comparison to the Intel Arc A750 Challenger OC version that is made available by ASRock.

Aside from that, the price of the card is 15% less expensive than the price of the ASRock Radeon RX 7600 Challenger OC GPU and is almost equivalent to the price of the RTX 3060. Intel may have a highly competitive product in its hands that costs between $179 and $199 in the United States if the same pricing gaps are maintained throughout the rest of the global markets. This is the case if Intel has a highly competitive product in its hands.

The performance of Intel’s Arc A580 GPU is compared to that of AMD Radeon RX 6600 and NVIDIA GeForce RTX 3050 graphics cards, as stated by Intel itself in a PowerPoint presentation that Momomo_US obtained. In addition, by going to this location, you will have the opportunity to have an in-depth look at some upcoming bespoke models.

[influencermagazineuk]

Team Red (AMD) vs. Team Green (NVidia): Who Reigns Supreme in Profits for 2024?

pexels nanadua The battle between AMD and Nvidia for dominance in the graphics processing unit (GPU) market has been a fierce one for decades. Both companies constantly push the boundaries of technology, offering cutting-edge solutions for gamers, professionals, and AI enthusiasts alike. But when it comes to profitability, who stands out in 2024? Let's delve into the financial landscape of these tech titans to see which company is raking in the bigger bucks. Market Share and Growth Trajectory Nvidia currently holds a significant lead in market share, particularly in the high-end discrete GPU market. Jon Peddie Research reported Nvidia holding an impressive 80.2% share in Q2 2023. This dominance translates to substantial revenue, with Nvidia boasting a market capitalization of over $2 trillion as of April 2024. However, AMD is not going down without a fight. They've been steadily gaining ground, especially in the data center market. Analysts predict AMD's data center revenue to experience a significant jump in 2024, reaching $6.5 billion, a 38% year-over-year increase. While Nvidia might hold the current crown in terms of raw market share and revenue, AMD's growth trajectory is nothing to scoff at. Analysts expect AMD's overall revenue to increase by a healthy 21.9% in 2024, reaching $30.5 billion. This impressive growth is fueled by factors like the increasing adoption of their EPYC server CPUs and the growing demand for AI-powered solutions where AMD's products are gaining traction. Diversification and Profitability Profitability isn't just about raw revenue. It's about how efficiently a company uses its resources to generate income. Here, Nvidia takes a clear lead. Their focus on high-end GPUs translates to higher margins compared to AMD. Additionally, Nvidia's dominance in the AI training space, driven by their powerful CUDA software platform, provides another layer of profitability. While AMD is making strides in AI inference, Nvidia's current edge in this lucrative market gives them a significant advantage. However, AMD isn't a one-trick pony. Their diversification across CPU, GPU, and chiplet technologies allows them to cater to a broader market. This, coupled with their focus on improving production efficiency, could lead to a future where their profit margins become more competitive. The Evolving Landscape: New Frontiers and Challenges The landscape of chipmakers is constantly evolving. The global chip shortage that plagued 2021 and 2022 seems to be easing, but new challenges are emerging. The ongoing geopolitical tensions and the potential for a recession could impact consumer spending on electronics, which in turn would affect both AMD and Nvidia. Additionally, the rise of alternative architectures like Intel's Arc GPUs could introduce a new variable into the already competitive market. So, who wins the profitability crown in 2024? It's a close call. Nvidia, with its current market share dominance, high margins, and strong presence in the booming AI training space, holds a significant advantage. However, AMD's impressive growth trajectory, focus on diversification, and potential for improved margins paint a bright future. Ultimately, the answer might depend on your perspective. If you're looking at pure revenue figures in 2024, Nvidia likely edges out AMD. However, if you consider growth potential and future profitability, AMD's trajectory is undeniably impressive. The true victor might be determined by how both companies adapt to the ever-changing technological landscape and navigate the challenges that lie ahead. The battle between AMD and Nvidia goes beyond just profits. It's a rivalry that fuels innovation, pushing both companies to develop ever-more powerful and efficient chipsets. This competition ultimately benefits consumers by offering a wider range of choices and driving down prices in the long run. Whether you're a hardcore gamer, a data scientist, or simply someone who appreciates cutting-edge technology, the continued competition between AMD and Nvidia promises to be an exciting ride for years to come. Read the full article

[nuadox]

Top 50 data center markets ranked by power consumption (infographic)

- By Nuadox Crew -

Utilizing 2023 data from Cushman & Wakefield, this visual representation provides insights into the largest data center markets.

> View full size image

> Full size image

Source: Julie R. Peasley, Freny Fernandes, Visual Capitalist

Read Also

Nvidia vs. AMD vs. Intel global data center sales (infographic)

[neochannel]

Native vs DLSS vs FSR 1.0 vs FSR 2.2 - Baldur's Gate 3 | RTX 3080Ti + i9 9900k | 4K

Benchmark Native vs Nvidia DLSS vs AMD FSR 1.0 vs FSR 2.2 [Balanced] Test in Baldur's Gate 3 (2023) with Nvidia GeForce RTX 3080 Ti with i9  9900k processor + Gameply Ultra 4K - Native + Gameply DLSS [Quality vs Balanced vs Performance] + Gameply FSR 2.2 [Ultra Quality vs Quality vs Balanced vs Performance vs Ultra Performance]

*DLSS* Deep learning super sampling (DLSS) is a family of real-time deep learning image enhancement and upscaling technologies developed by Nvidia that are exclusive to its RTX line of graphics cards and available in a number of video games.

*FSR 1.0 & 2.2 (FSR)* _AMD FidelityFX™ Super Resolution_  uses cutting-edge upscaling technologies to help boost your framerates in select titles and deliver high-quality, high-resolution gaming experiences, without having to upgrade to a new graphics card.

*Native* The native resolution of an LCD, LCoS or other flat panel display refers to its single fixed resolution.

👇👇👇 Look at what bonuses I offer to sponsors: https://www.youtube.com/channel/UCO346ZpBN8jnD0fsqgF2stA/join Voluntary donations for the channel: https://www.youtube.com/c/NeochannelNeochannel/about

Timecode: 00:00  System configuration 00:15  Benchmark Native vs DLSS vs FSR 1.0 vs FSR 2.2 | 4K 03:15  Benchmark Results 03:30  Gameplay Ultra 4K Native 05:28  Gameplay DLSS - Quality | 4K 09:27  Gameplay DLSS - Balanced | 4K 07:11  Gameplay DLSS - Performance | 4K 11:30  Gameplay FSR 2.2 - Ultra Quality | 4K 13:27  Gameplay FSR 2.2 - Quality | 4K 15:24  Gameplay FSR 2.2 - Balanced | 4K 17:33  Gameplay FSR 2.2 - Performance | 4K 19:25  Gameplay FSR 2.2 - Ultra Performance | 4K

System configuration: CPU: Intel Core i9 9900k (5.0 GHz) MOTHERBOARD: GigaByte Z390 AORUS Pro (rev 1.0) RAM: DDR4 Crucial Ballistix Sport (4x8 Gb), 3600 MHz GPU: GeForce RTX 3080 Ti 12Gb (GDDR-6x) Palit GamingPro SSD: NVMe GigaByte (GP-GM301TB-G) - 1 Tb (Games & SWAP files) Cooler: Cougar Aqua 240 RGB (rad 120x240 mm) Power: Super Flower Leadex Platinum White - 1200W Case: Deepcool Tesseract

____ #baldursgate3 #dlss #fsr #native  #amdfsr  #rtx3080ti  #i99900k  #9900k  #9900kf #benchmark #intel  #baldursgate  #baldursgate3gameplay #baldursgateiii #baldursgategame #rtx3080tibenchmark

[anytravelsolution]

Top 10 Gaming Motherboards on Amazon

Top 10 Gaming Motherboards on Amazon India: Your Ultimate Guide to Supreme Gaming Performance

Find the top 10 gaming motherboards on Amazon India, your remaining manual to high gaming overall performance in 2023. The motherboard is essential for seamless parts connectivity for your gaming gadget. Whether you are frugal or prepared to splurge, we’ve got you covered with options for Intel-AMD fanatics.

Delve into the ASUS ROG gaming motherboard evaluation and discover finances-pleasant options on Amazon India. Our guide pursuits to enhance your high-quit gaming experience, and helps those looking for low-priced gaming motherboards: pinnacle alternatives.

Before you enter the world of gaming motherboards on Amazon India, check our 2023 Buyers Guide to make sure unrivaled gaming performance and cash to negotiate on pinnacle-notch alternatives. Curious approximately the MSI vs ASUS gaming motherboards debate in India? Our guide sheds mild on this event, empowering you to make the proper choices that fit your gaming aspirations.

[gjupdates]

Better Data Center Stock: Intel vs. Nvidia

[ad_1] In today’s video, Jose Najarro and Nick Rossolillo discuss why Intel (INTC 0.25%) investors should keep a close eye on not only Advanced Micro Devices (AMD -2.08%) but also Nvidia (NVDA -4.80%). Check out the short video to learn more, consider subscribing, and click the special offer link below. *Stock prices used were the market prices of Feb. 8, 2023. The video was published on Feb. 9,…

[moneygigs]

Better Data Center Stock: Intel vs. Nvidia

In today’s video, Jose Najarro and Nick Rossolillo discuss why Intel (INTC 0.25%) investors should keep a close eye on not only Advanced Micro Devices (AMD -2.08%) but also Nvidia (NVDA -4.80%). Check out the short video to learn more, consider subscribing, and click the special offer link below. *Stock prices used were the market prices of Feb. 8, 2023. The video was published on Feb. 9,…

[ebestlaptop]

AMD 7600x VS Intel 13600k

With its upgraded 13th gen Raptor Lake Core Group and Zen4-based Ryzen 7000 Edition, AMD and Intel have revealed their most recent CPU offers. In 2023, many of us are considering building a new desktop computer.  The AMD 7600X vs intel 13600K, is undoubtedly what gamers looking for the best value have their sights set on. We’re here as ever to find out which mid-range Processor gives more punch…

[govindhtech]

Ryzen 8000 vs. Lunar Lake-M: Laptop CPU Showdown

The Strix Point, Hawk Point, Arrow Lake, and Lunar Lake next-generation AMD and Intel laptop CPU families have been described in depth.

With next-generation CPUs like Strix Point, Arrow Lake, and Hawk Point, Intel and AMD will be engaged in a heated competition in the laptop market from 2024 to 2025.

The most recent data comes from Bilibili’s Golden Pig Upgrade, which largely contains information that has been known for some time with a few fresh additions. The laptop lineups mentioned here span the 2023–2025 period and feature next-generation models from both AMD and Ryzen. Beginning with the AMD family, AMD will release two new product families in addition to its Phoenix Ryzen 7040 APUs: the Hawk Point “Ryzen 8040” and Strix Point “Ryzen 8050” series.

AMD Hawk Point APUs: Phoenix Refresh With Zen 4 Cores & RDNA 3 iGPU, Q1 2024 Launch

The data indicates that the Hawk Point family will debut in the first few months of 2019 and replace the current Phoenix “Ryzen 7040” APUs. These APUs can have up to 8 cores and 16 threads and will once again use the Zen 4 architecture. The chips will support DDR5/LPDDR5x memory and be compatible with the FP7/r2 and FP8 platforms. The leaker claims that Hawk Point APUs would use the RDNA 3 architecture, in contrast to prior speculations that claimed Hawk Point would use the RDNA 3.5 graphics architecture.

Zen 4 (4nm) Monolithic Design

Up To 8 Cores

12 RDNA 3+ Compute Units

XDNA Engine Integrated

Q1 Launch (Expected)

AMD Strix Point APUs: Ryzen 8050 Zen 5 & Zen 5C Hybrid Cores, RDNA 3.5 iGPUs, 2H 2024 Launch

Strix Point and Strix Point Halo, both of which will be included in the Ryzen 8050 APU family, will actually replace the AMD Ryzen 7040 “Phoenix” APUs. Since the Strix Point chips will provide a monolithic design with a combination of Zen 5C and Zen 5D cores, and the more expensive Strix Halo chips will have a chiplet design with the Zen 5C cores alone, these laptop chips will be divided into two halves.

AMD Ryzen 8050 Strix Point Mono Expected Features:

Zen 5 (4nm) Monolithic Design

Up To 12 Cores In Hybrid Config (Zen 5 + Zen 5C)

32 MB of Shared L3 cache

35% Faster CPU Versus Phoenix at 50W

16 RDNA 3+ Compute Units

On Par With RTX 3050 Max-Q

128-bit LPDDR5X Memory Controller

XDNA Engine Integrated

20 TOPS AI Engine

Q2-Q3 Launch (Expected)

AMD Ryzen 8050 Strix Point Halo Expected Features:

Zen 5 Chiplet Design

Up To 16 Cores

64 MB of Shared L3 cache

25% Faster CPU Versus 16-Core Dragon Range at 90W

40 RDNA 3+ Compute Units

On Par With RTX 4070 Max-Q (90W)

256-bit LPDDR5X Memory Controler

XDNA Engine Integrated

40 TOPS AI Engine

2H 2024 Launch (Expected)

RDNA 3.5 iGPUs will be included in the AMD Strix Point and Strix Halo APUs, which will also support the FP8 and FP11 platforms, respectively. While the mainstream processors only support LPDDR5x, the higher-end chips will support both DDR5 and LPDDR5x DRAM. We may anticipate the Strix Point APUs to hit the shelves by the middle of 2024, which should practically fall in 2H 2024, as the announcement is anticipated at CES 2024. In 2023, AMD took about the same amount of time to launch Phoenix in the retail market.

Moving over to the Intel side, we start with Intel’s first-generation Core Ultra range, codenamed Meteor Lake, which is technically slated to ship on December 14 but which, according to sources, won’t be widely accessible until early 2024. While some Meteor Lake-H chips will begin selling at the end of 2023, customers will have to wait until early 2024 to get their hands on the more expensive and performance-focused designs, according to the roadmap for Intel Meteor Lake and Raptor Lake Refresh CPUs.

The higher-end HX series will also be missing from Meteor Lake, which is why a 14th Gen Raptor Lake Refresh-HX lineup is anticipated for 2024. The entry-level market, which includes Core i3, etc., won’t be served by Meteor Lake CPUs, therefore the Raptor Lake Refresh-U series will aim for pricing that are far less expensive than Meteor Lake alternatives in that market. Even a Raptor Lake Refresh-H series is being planned for release in late 2024.

The primary characteristics of the 1st Gen Core Ultra “Meteor Lake” family include the following:

Triple-Hybrid CPU Architecture (P/E/LP-E Cores)

Brand New Redwood Cove (P-Cores)

Brand New Crestmont (E-Cores)

Up To 14 Cores (6+8) For H/P Series & Up To 12 Cores (4+8) For U Series CPUs

Intel 4 Process Node For CPU, TSMC For tGPU

Intel ‘Xe-MTL’ GPU With Up To 128 EUs

Up To LPDDR5X-7467 & DDR5–5200 Support

Up To 96 GB DDR5 & 64 GB LPDDR5X Capacities

Intel VPU For AI Inferencing With Atom Cores

x8 Gen 5 Lanes For Discrete GPU (Only H-Series)

Triple x4 M.2 Gen 4 SSD Support

Four Thunderbolt 4 Ports

The three Meteor Lake CPU models Meteor Lake-H, Meteor Lake-U15, and Meteor Lake-U9 will be offered separately.

Late 2024 for Arrow Lake-H, 2025 for Arrow Lake-HX for Intel’s Arrow Lake “2nd Gen” Core Ultra

The H-series laptop SKUs will be the first to get Intel’s 2nd Gen Core Ultra family, code-named Arrow Lake, in 2024. Once more, it’s anticipated that the supply of these chips would be restricted at first, before becoming normal around 2025. As the actual successor of Raptor Lake-HX processors, the Arrow Lake family will also contain HX-series CPUs for enthusiast laptops that would pair well with next-generation discrete GPUs. These processors will compete with AMD’s Fire Range-HX components, which will serve as laptops’ desktop substitutes.

In 2025, Intel Lunar Lake-M Will Be Available For Low-Power Mobility Platforms

2nd Gen Core Ultra Family

Targets High-End H/HX Series

Intel 20A Compute Tile

Lion Cove P-Cores

Skymont E-Cores

Alchemist+ Graphics Tile

TSMC 3nm Node For iGPU Tile

Up To 192 EUs

Similar VPU/NPU Capabilities as Meteor Lake

2H 2024 Launch

The Meteor Lake-U series CPUs will be replaced by Intel’s Lunar Lake-M, which is aimed at low-power laptops and other devices. In 2025, this range is anticipated to coexist with the Arrow Lake-H and Arrow Lake-HX chips. What is known about Intel’s Lunar Lake CPUs is as follows:

Targets Low Power Laptops

Architecture Built From The Ground Up

Increased Performance Per Watt

Lion Cove P-Cores

Skymont E-Cores

Battlemage iGPU

Possibly Uses Intel 20A Process Node

4+4 Core Configurations (Current ES Samples)

It appears that there will be a lot of activity in the laptop market between 2023 and 2025, with a number of releases, brand-new product families, designs that offer significant increases in performance and efficiency, and some really next-generation laptop options for consumers across the world.

[hackernewsrobot]

Transcoding Unicode with AVX-512: AMD Zen 4 vs. Intel Ice Lake

https://lemire.me/blog/2023/01/05/transcoding-unicode-with-avx-512-amd-zen-4-vs-intel-ice-lake/ Comments

[thinkwinwincom]

Intel Core i7 13700K contra Ryzen 9 7900X

Intel Core i7 13700K contra Ryzen 9 7900X

¿Atrapado entre AMD e Intel? Analizamos cada CPU de las nuevas generaciones y las enfrentamos entre sí, hoy vemos el 13700K vs 7900X. Actualizado: 14 de octubre de 2022 14:41 Contenido Contenido Intel está a punto de liberar su CPU de 13.ª generación en el desierto. Se supone que la 13.ª generación es la mejor inteligencia jamás producida. Incluso llegamos a prometer 6 GHz más adelante en 2023.…

[neochannel]

Call of Duty: Modern Warfare 3 - Native vs XeSS vs NIS vs FSR 1.0 vs FSR 2.1 - GTX 1050Ti | 1080p

Benchmark Native vs XeSS [Quality] vs NIS [Quality] vs FSR 1.0 [Quality] vs FSR 2.1 [Quality]  Test in Call of Duty: Modern Warfare 3 (2023) with Nvidia GeForce GTX 1050 Ti + i7  8750h processor

*Native* The native resolution of an LCD, LCoS or other flat panel display refers to its single fixed resolution.

*XeSS* _Xe Super Sampling_ takes your gaming experience to the next level with AI-enhanced upscaling, enabling more performance with high image fidelity. Revel in ultra-high-definition visuals with high-performance, powered by hardware acceleration and an AI-based algorithm. Designed with all gamers in mind, XeSS is unlocked to work on widely available hardware.

*NIS (Nvidia IS)* _NVIDIA Image Scaling_ is a driver-based spatial upscaler and sharpener for GeForce GPUs for all games. This feature is accessible both from the NVIDIA Control Panel and GeForce Experience, and includes a per-game sharpening setting tunable from NVIDIA’s In-game overlay. It is available for all Directx 9, 10, 11, 12, Vulkan and OpenGL games.  

*AMD FSR (FSR)* _AMD FidelityFX™ Super Resolution_  uses cutting-edge upscaling technologies to help boost your framerates in select titles and deliver high-quality, high-resolution gaming experiences, without having to upgrade to a new graphics card.

👇👇👇 Look at what bonuses I offer to sponsors: https://www.youtube.com/channel/UCO346ZpBN8jnD0fsqgF2stA/join Voluntary donations for the channel: https://www.youtube.com/c/NeochannelNeochannel/about

Timecode: 00:00  System configuration 00:15  Benchmark Basic [Native vs XeSS vs NIS vs FSR 1.0 vs FSR 2.1] 02:40  Benchmark Results 02:55  Gameplay Basic + FSR 2.1 Balanced 07:00  Gameplay Balanced + FSR 2.1 Quality 10:00  Gameplay Balanced + FSR 2.1 Performance

System configuration: CPU: intel core i7 8750H (3.9 GHz) MOTHERBOARD: Aspire A715-72G (Intel  HM370) RAM: DDR4 Micron 8ATF1G64HZ-2G6E1  2x8 Gb (2666 MHz) GPU: GeForce GTX 1050 Ti 4 GB (GDDR-5) SSD: M.2 WDC PC SN520 SDAPNUW-512G-1014 (512 Gb)  (swap and game  files) PSU: Laptop Charger 135w 19V 7.1A

I apologize in advance for the quality, youtube reduces the quality in some places.

____ #callofdutymodernwarfare3 #fsr #native #xess #nis #amdfsr  #8750H #gtx1050 #benchmark #intel #corei7 #i78750H #Gtx1050Ti #Acer #gtx1050 #callofduty #callofdutymodernwarfare #callofdutymodernwarfare3gameplay #callofdutymodernwarfare3remastered #callofdutymodernwarfare2023 #codmw3

[babyawacs]

@wired @wireduk @9to5mac  @california @intel #vs @apple #vs @arm #vs @amd https://9to5mac.com/2021/07/28/tsmc-2nm-production-set-for-2023/ actually . no. onlythe cable between the computer shrinks. interconnects. risc (sings doremifacolasido) simpler tonebytone, cisc intel x86 s a hiphop opera heavyme tal tubaparadise but thesongs arenotcomplete with one tone. to finishthe so ng all stays poweredon. @all: booh?! @world @all @world now computingchanged to simple is goodenough, if ineed a song i use my tubacannon my speedmetalca nnon my rapmachine the graphics card the gpu it collects allthe doremifacolasid o s ofthe simpler cpu and bam!!!inyorfacebaby tuba s the song out. and all woa! #brewcrypto LNL6 LNL7 is aring to rulethem all dont let the intels onl y control it theycanhave atomic LNL7 but LNL6 shouldbe broad society pro s a tleast be morecurious about darthvader s safe porno collection because of #powe r9 chips simpler too but all in nonconsumer is cputoram togpu lines I am Christian KISS BabyAWACS – Raw Independent Sophistication #THINKTANK + #INTE L #HELLHOLE #BLOG https://www.BabyAWACS.com/ Inquiry@BabyAWACS.com PHONE / F AX +493212 611 34 64 Helpful? Pay. Support. Donnate. paypal.me/ChristianKiss

@wired @wireduk @9to5mac  @california @intel #vs @apple #vs @arm #vs @amd https://9to5mac.com/2021/07/28/tsmc-2nm-production-set-for-2023/ actually . no. onlythe cable between the computer shrinks. interconnects. risc (sings doremifacolasido) simpler tonebytone, cisc intel x86 s a hiphop opera heavyme tal tubaparadise but thesongs arenotcomplete with one tone. to finishthe so ng all stays poweredon. @all: booh?! @world @all @world now computingchanged to simple is goodenough, if ineed a song i use my tubacannon my speedmetalca nnon my rapmachine the graphics card the gpu it collects allthe doremifacolasid o s ofthe simpler cpu and bam!!!inyorfacebaby tuba s the song out. and all woa! #brewcrypto LNL6 LNL7 is aring to rulethem all dont let the intels onl y control it theycanhave atomic LNL7 but LNL6 shouldbe broad society pro s a tleast be morecurious about darthvader s safe porno collection because of #powe r9 chips simpler too but all in nonconsumer is cputoram togpu lines I am Christian KISS BabyAWACS – Raw Independent Sophistication #THINKTANK + #INTE L #HELLHOLE #BLOG https://www.BabyAWACS.com/ Inquiry@BabyAWACS.com PHONE / F AX +493212 611 34 64 Helpful? Pay. Support. Donnate. paypal.me/ChristianKiss

@wired @wireduk @9to5mac @california @intel #vs @apple #vs @arm #vs @amd https://9to5mac.com/2021/07/28/tsmc-2nm-production-set-for-2023/ actually. no. onlythe cable between the computer shrinks. interconnects. risc (sings doremifacolasido) simpler tonebytone, cisc intel x86 s a hiphop opera heavymetal tubaparadise but thesongs arenotcomplete with one tone. to finishthe song all stays poweredon.…

[saggiosguardo]

Iniziato lo sviluppo della PCI Express 6.0: quando arriverà sul mercato?

La tecnologia procede un po' a gradini, alternando progressi a momenti di stallo. Pensate al mondo delle CPU prima del ritorno di AMD con i Ryzen – che vedeva Intel praticamente ferma sui suoi piedi – e al moltiplicarsi di core e frequenze avvenuto in un solo anno. Certo il chipmaker in blu continua ad avere ritardi sulle tecnologie produttive, ma oggi abbiamo processori di fascia consumer che prima potevano sognarci, come l'i9-9900K con 8-core/16-thread. Guardando dentro il case di un PC assemblato nel corso degli ultimi 10 anni, possiamo facilmente evidenziare le aree in cui si sono concentrati i cambiamenti. Penso ad esempio allo storage, che è passato da soluzioni meccaniche su SATA II ai primi dischi solidi, poi alla SATA 3 ed infine alla ben più veloce PCIe. La RAM, invece, è un componente che ha impiegato più tempo per migliorare, difatti nel 2009 c'erano già le DDR3 che ancora si usano oggi nelle soluzioni mobile o a basso voltaggio, mentre le DDR4 si sono imposte a fatica.

Un altro ambito particolarmente stagnante è stato quello delle interfacce d'espansione seriali interne. Dopo la PCIe 3.0 – presentata nel 2007, ratificata nel 2010 e disponibile dal 2011 – la successiva versione 4.0 ha latitato per molto tempo. La cosa curiosa è che nel 2017 è stata già annunciata la PCIe 5.0, le cui specifiche sono state completate e rilasciate a gennaio di quest'anno (2019), dunque precedentemente alla primissima implementazione concreta nel mercato consumer della vecchia versione 4.0, arrivata con il recente annuncio di AMD.

versione Annuncio Rilascio Inizio diffusione PCIe 3.0 2007 2010 2011 PCIe 4.0 2011 2017 2019 PCIe 5.0 2017 2019 -

Questo accavallamento di date che ci ingarbuglia il cervello è divenuto piuttosto normale dati i lunghi tempi di gestazione del PCI-SIG e quelli di aggiornamento, ancor più lunghi, dei chipmaker. Possiamo solo sperare che non servano altri sei anni prima che arrivino soluzioni concrete con PCIe 5.0, ma la ruota, nel frattempo, non smette di girare.

Proprio ieri, 18 giugno 2019, è stato annunciato lo sviluppo del PCI Express 6.0, che raddoppierà ancora il data rate in/out con configurazioni a 16 linee totali e se ne prevede il rilascio definitivo (delle specifiche) nel 2021. Se già con la versione 3.0 c'erano stati ritardi dovuti a problemi tecnici, la 4.0 ha rappresentato il più lungo periodo di stasi che ora, però, sembra decisamente superato. Almeno da parte del PCI-SIG. Non possiamo di certo prevedere i tempi che richiederanno i produttori per adeguarsi con implementazioni concrete, ma una stima di massima potrebbe realisticamente essere la seguente:

versione Annuncio Rilascio Inizio diffusione PCIe 3.0 2007 2010 2011 PCIe 4.0 2011 2017 2019 PCIe 5.0 2017 2019 2021 PCIe 6.0 2019 2021 2023

L'articolo Iniziato lo sviluppo della PCI Express 6.0: quando arriverà sul mercato? proviene da SaggiaMente.

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EPI: el proyecto de microprocesador de Europa

Europa está preparando un gran proyecto, se llama EPI (European Processor Initiative), para crear un microprocesador de alto rendimiento para evitar la dependencia tecnológica de Estados Unidos. Una idea extremadamente necesaria viendo cómo está el panorama actual y los bloqueos que ha impuesto Estados Unidos a China. Europa necesita de grandes proyectos colaborativos entre sus miembros como este.

Tenemos una alta dependencia de tecnología extranjera y ante ciertas artimañas de políticos o de geopolítica, no podemos quedarnos de brazos cruzados o arrodillados antes las potencias. Con EPI tendremos un futuro microprocesador con una gran cantidad de inversión para su desarrollo y con la participación de 10 países europeos, entre los que está España, Suecia, Alemania, Francia, Suiza, Italia, etc.

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Concretamente, de España participan dos miembros importantes, una empresa especializada en diseños de dispositivos semiconductores y el centro de supercomputación situado en Barcelona. Es decir, el hogar del supercomputador Marenostrum del que ya hemos hablado en varias ocasiones. Todos juntos trabajaran para crear un chip de alto rendimiento y eficiente energéticamente hablando.

Con él podrán crear futuros supercomputadores de exaescala (EFLOPS), y además extenderlo a otras aplicaciones. Y para ello, y esto es lo que tiene que ver con este blog, se basarán en una ISA abierta, la RISC-V de la que también hemos hablado en otras ocasiones en LxA. De esa forma, no dependeremos de chips de Intel (Xeon), AMD (EPYC), Oracle (SPARC), IBM (POWER), etc., y quién sabe si en un futuro también para la informática de consumo. ¿Te imaginas un PC 100% Europeo? Ojalá se consiga algún día.

Resumiendo el proyecto EPI, tendría los siguientes puntos clave:

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Crear un procesador de alto rendimiento y propósito general.

Podrá ser usado en supercomputación en 2023, pero también se trabaja para obtener procesadores para sistemas de consumo, dispositivos de bajo consumo, automóviles, etc.

Basado en un sistema económico sólido y prolongado en el tiempo.

Sin duda otra gran noticia que nos ha pillado casi por sorpresa tras los problemas de Huawei y el bloqueo tecnológico por esa guerra de Estados Unidos vs China. Cuando comience a dar más frutos y sepamos más noticias, las iremos contando.

El artículo EPI: el proyecto de microprocesador de Europa ha sido originalmente publicado en Linux Adictos.

Fuente: Linux Adictos https://www.linuxadictos.com/epi-el-proyecto-de-microprocesador-de-europa.html