I de senere år har AMD været i fremmarch, når det kommer til desktop-processorer og grafikkort. Det trådte op på stigen og forvandlede sig fra et firma, der solgte processorer til overkommelige priser, svagere end Intels^(Intel) , til et firma, der gav os de seriøst imponerende Ryzen CPU'er^{(Ryzen CPUs)} . De er lige så hurtige som Intels^(Intel) , både i single-core ydeevne og multi-threading. Men selvom Intel kæmpede for at følge med AMD i løbet af de sidste par år, er det ikke længere sandt i 2022. 12. generations "Alder Lake" Intel Core-processorer ændrer nu markedet igen og konkurrerer med AMDs ^(AMD)Zen ^{(Zen 3)} 3^(Ryzen) Ryzenfamilie til overherredømme. Både Team Red og Team Blue tilbyder nu fremragende desktop CPU - serier, så det er sværere end nogensinde at vælge den ene mod den anden. Hvad^(Which) er bedre i Intel vs. AMD standup? Skal du købe en AMD Ryzen 5000- processor eller en 12. generations Intel Core^{(Gen Intel Core)} ? Læs videre og find ud af:

Intel vs. AMD -processorer: Fremstillingsproces, varme- og strømforbrug

Både AMD og Intel har egnede processorer; der er ingen tvivl om det. Men når det kommer til specifikationer, er der nogle forskelle mellem dem. Mens Intel næsten altid var først inden for teknologiske fremskridt i fortiden, hvor AMD overskyggede det i de sidste par år, virker begge virksomheder i dag lige avancerede. AMD har skiftet til 7-nanometers^{(7-nanometer)} fremstillingsproces for Zen 3-processorer^{(Zen 3 processors)} . Samtidig skiftede Intel til 10 nanometer for deres 12. ^(Intel)generations Core^{(Gen Core)} - processorer, lanceret i slutningen af ​​2021.

AMDs Zen 3 - arkitektur, der bruges til Ryzen 5000- processorerne, er sammensat af op til to core complex dies ( CCD ). På den anden side anvender Intels Alder Lake 12 Gen Core - processorer en hybridarkitektur, der gør det muligt for virksomheden at lave CPU'er^(CPUs) , der samtidigt kan omfatte højtydende kerner og strømeffektive kerner, svarende til de processorer, der findes på smartphones.

Alt det fører til en række fordele for både AMD's Ryzen - processorer og deres Intel - modstykker. På den ene side, på grund af den mindre fremstillingsproces, har Ryzen CPU'er normalt en øget tæthed af transistorer pr. mm² (lige over det dobbelte), genererer mindre varme ( ^{(Ryzen CPUs usually have an increased density of transistors per mm² (just over double), generate less heat ()}lavere TDP^{(lower TDP)(lower TDP)} ) og kræver mindre elektricitet^{(), and require less electricity)} end tilsvarende Intel CPU'er.

På den anden side er Intel 12 Gen Core-processorer i stand til at bruge deres højtydende kerner til krævende opgaver (som spil for eksempel) og deres effektive kerner til de mindre krævende^{( Intel 12 Gen Core processors are able to use their high-performance cores for demanding tasks (like games for example) and their efficient cores for the less demanding ones)} . Det betyder, at Intel -processorernes ydeevne, varme og TDP kan variere meget afhængigt af, hvad du laver. De kan forblive kølige og strømeffektive, når du for eksempel udfører kontorarbejde, og de kan øge deres egen ydeevne betydeligt på bekostning af mere strømforbrug og mere varme, der skabes, når du kører intensive applikationer, såsom spil eller videoredigeringsapplikationer .

AMD Ryzen 9 5900X vs. Intel Core i7-12700K

AMD vs. Intel- processorer: Ydeevne

Intel har^{(Intel has)} en tradition for at levere desktop-processorer med utrolige single-core hastigheder^{(incredible single-core speeds)} , og det gælder også for 12th Gen Core lineups. Nogle når og går endda over 5,0 GHz , for eksempel. AMD-processorer er dog ikke langt bagud og^{(AMD processors are not far behind, )} når næsten ens single-core hastigheder og ydeevne.

AMDs Zen 3-arkitektur gør Ryzen 5000- processorer i stand til at deliver high boost clocks, up to 19% more IPC (instructions per cycle/clock) than previous Zen 2 Rzyen 3000 processors, and a lower cache latency .

Intels 12th Gen Core lineup byder dog også på en similar 19% increase in instructions per cycle/clock sammenlignet med 11th Gen Core CPU'er^{(Gen Core CPUs)} , og den nye hybridarkitektur leverer utrolige niveauer af ydeevne, mere end hvad AMD's Ryzen 5000-processorer kan^{(the new hybrid architecture delivers incredible levels of performance, more than what AMD’s Ryzen 5000 processors can)} . Her er en tabel, vi har udarbejdet med AMDs nuværende processorprogram, deres tekniske specifikationer og detailpriser:

AMD Ryzen 5000- processors specifikationer, funktioner og priser

Når det kommer til cachehukommelse, giver 7-nm litografien AMD mulighed for at samle mere af den på sine Ryzen- processorer, end Intel kan. Gennem hele AMD Ryzen 5000- serien får vi mellem 8 til 96 MB niveau 3-^{(Level 3)} cachehukommelse. Intel er dog ikke langt bagefter, dets Alder Lake CPU'er^{(Alder Lake CPUs)} får fra 12 til 30 MB Smart Cache -hukommelse. Og mens AMD står bedre på high-end processorer, er Intel først, når man ser på entry-level modeller.

AMD vs. Intel-processorer: Funktioner

De fleste Zen 3 AMD Ryzen- processorer, bortset fra et par entry-level-modeller, understøtter PCI Express 4.0 . Alle Intels seneste Gen 12 Core - processorer kommer dog med understøttelse af PCI Express 5.0 ! Det betyder naturligvis, at der er en hel del mere båndbredde^{(more bandwidth)} tilgængelig på denne processorlinje. Med Intels 12. generations CPU'er får du den bedst mulige ydeevne fra fremtidige high-end grafikkort,^{(With Intel’s 12th Gen CPUs, you get the best performance possible from future high-end graphics cards)} der vil være PCIe 5-kompatible. På den anden side er PCI Express 4 tilgængelig på begge virksomheders processorer^{(PCI Express 4 is available on the processors of both companies)}, hvilket betyder, at du kan drage fordel af de hurtigste grafikkort og solid-state-drev på markedet i øjeblikket, uanset om du bruger en Ryzen 5000 eller en 12. Gen Core - processor. I sidste ende, hvis du vil fremtidssikre din computer, ville du være bedre forberedt med en Intel Core fra 12. generation.

Med hensyn til hukommelsesunderstøttelse understøtter både AMDs Zen 3 Ryzens og Intels 12. Gen Core-processorer DDR4 RAM, der kører ved 3200 MHz. Imidlertid kan Intels 12. generations Core CPU'er også bruge DDR5 ved 4800MHz^{( both AMD’s Zen 3 Ryzens and Intel’s 12th Gen Core processors support DDR4 RAM running at 3200 MHz. However, Intel’s 12th Gen Core CPUs can also use DDR5 at 4800MHz)} . Det kan AMD's Ryzen 5000 - processorer ikke! Tag et kig på tabellen nedenfor for at se, hvad Intels^(Intel) 12 Gen Core - processorer tilbyder, og hvad deres reelle priser er i dag:

INTEL Core 12 Gen- processors specifikationer, funktioner og priser

Endelig er der både Intel Core- og AMD Ryzen-processorer, der har integrerede grafikchips^{(there are both Intel Core and AMD Ryzen processors that have integrated graphics chips)} . Det kan være praktisk i nogle computerkonfigurationer bygget til kontorarbejde, for eksempel, så i dette tilfælde kommer det ned til personlig præference, om du vælger Intel eller AMD .

AMD Ryzen vs. Intel - processorer: Pris og værdi

Et af de vigtigste spørgsmål på nogens læber er nok, hvilke processorer der tilbyder en bedre pris pr. værdi? Selvom både AMD- og Intel -processorer er fremragende valg til almindeligt dagligt arbejde, havde entry-level og mainstream AMD Ryzen- processorer normalt lavere priser end ældre 11. generations Intel-CPU'er^{(Gen Intel CPUs)} . Men i dag er tingene ikke længere så klare. Intel lancerede sine 12 Gen Core-processorer til konkurrencedygtige priser, og AMD fulgte snart efter med store prisnedsættelser for deres Ryzen 5000'ere.^{(Intel launched its 12 Gen Core processors at competitive prices, and AMD soon followed with major price cuts for their Ryzen 5000s.)}

Hvis du vil bygge en computer til kontorarbejde, har du måske ikke brug for eller vil have det bedste af det bedste med hensyn til ydeevne, og du kan måske finde billigere bundter med AMD Ryzen 5000- processorer. Det er dog også muligt med Intel -entry-level-processorer. Så efter vores mening, når du bygger kontorcomputere, bør de priser, du kan finde på det tidspunkt, være en faktor i dit valg mellem Intel og AMD .

Men hvis det, du leder efter, er ydeevne, er Intel CPU'er et bedre valg med hensyn til pris pr. værdi^{(Intel CPUs are a better choice in terms of price per value )} lige nu. For produktivitet og flertrådede applikationer, hvor du sandsynligvis vil have en avanceret CPU , er tingene lidt slørede mellem AMDs Ryzen 9 og Intels Core i9-12900-processorer. Men hvis du også ønsker maksimal spilydelse og fremtidssikre din pc, vil vi sige, at du vælger Intel uden tøven^{(if you also want maximum gaming performance and to future-proof your PC, we’d say choose Intel without hesitation)} .

Tjek følgende CPU- sammenligningstabel, hvis du gerne vil sammenligne serierne af Intel- og AMD- ækvivalenter. Vi forsøgte at dække alle de væsentlige detaljer om begge virksomheders nuværende desktop-processorer, inklusive priser fra den virkelige verden fra Amazon Intel Store og Amazon AMD Store (hvor en CPU ikke er tilgængelig på Amazon , har vi nævnt producentens vejledende udsalgspris) , i håb om at hjælpe dig med at træffe en informeret beslutning:

BEMÆRK:^(NOTE:) Samlet prisfastsættelse er også afgørende, og omkostningerne ændrer sig afhængigt af hvilket hold du er på side med. Hvis du vil have topydelse, skal du investere i et Intel Z690 bundkort, der giver dig det bedste af det bedste, inklusive DDR5- understøttelse. Der er dog mere overkommelige muligheder, inklusive Intel-kompatible bundkort, der kun kører på DDR4 . AMD ligger lige nu på andenpladsen, selvom der skulle komme nye processorer fra dem inden årets udgang. Vi får se, om den kan stjæle kronen igen fra Team Blue .

AMD vs. Intel-processorer: Gaming

Endelig er tingene slet ikke blandet sammen til spil: Intels 12. generations processorers single-core ydeevne er i topklasse og bedre end hvad du får fra AMDs Ryzen 5000s. ^{(Intel’s 12th Gen processors’ single-core performance is top-notch and better than what you get from AMD’s Ryzen 5000s.)}Selvom Ryzen 5000- processorerne ikke er ret langt bagud, og også leverer fremragende multi-thread-ydeevne, er Intels bedre. Selvom vi råder dig til at begynde at kigge i dit budget og fortsætte derfra, hvis ydeevnen er, hvad du ønsker, bør du nok vælge en Intel^{(you should probably choose an Intel)} -processor, uanset om du søger efter en avanceret eller almindelig CPU .

Hvilken processor vil du vælge til din næste stationære computer? Intel eller AMD ?

Efter vores mening er dette de væsentlige ting, du bør vide om 2022's AMD Ryzen- processorer og Intel Core CPU'er^{(Intel Core CPUs)} . Hvilke^(Which) kan du bedst lide, og hvorfor? Uanset hvor din brandloyalitet sidder, hvilket firma tror du laver de bedste desktopprocessorer i disse dage? AMD eller Intel ? Brug kommentarfeltet nedenfor til at komme i kontakt med os og fortælle os din mening.

AMD vs. INTEL in 2022: Which CPUs are better?

In recent years, AMD has been on the rise when it comes tо dеsktop proсessors and graphics cards. It stepped up on the ladder and turned from a company that sоld affordаble processors, weaker than Intel’s, into a company that gave us the seriouѕly impressive Ryzen CPUs. They’re just as fast as Intel’s, both in single-core performance and multi-threading. However, аlthough Intel struggled to keep up with AMD during the past few yеars, that’s no lоnger true in 2022. Τhe 12th generation “Αlder Lake” Intel Cоre processors are now changing thе market once again, competing with AMD’s Zen 3 Ryzen family for supremacy. Both Teаm Red and Team Blue are now offering excellent desktop CPU lineups, sо choosing one against the other іs more difficult than eνer. Which is better in the Intel vs. AMD standup? Should you buy an AMD Ryzen 5000 procеssor or a 12th Gen Intel Core? Read on and find out:

Intel vs. AMD processors: Manufacturing process, heat, and power consumption

Both AMD and Intel have capable processors; there’s no question about it. However, when it comes to specs, there are some differences between them. While Intel was almost always first in technological advances in the past, with AMD overshadowing it in the last couple of years, today both companies seem equally advanced. AMD has switched to the 7-nanometer manufacturing process for Zen 3 processors. At the same time, Intel switched to 10-nanometer for their 12th Gen Core processors, launched at the end of 2021.

AMD’s Zen 3 architecture, used for the Ryzen 5000 processors, is composed of up to two core complex dies (CCD). On the other hand, Intel’s Alder Lake 12 Gen Core processors utilize a hybrid architecture that allows the company to make CPUs that can simultaneously include high-performance cores and power-efficient cores, similar to the processors found on smartphones.

All that leads to a series of benefits for both AMD’s Ryzen processors and their Intel counterparts. On one hand, because of the smaller manufacturing process, Ryzen CPUs usually have an increased density of transistors per mm² (just over double), generate less heat (lower TDP), and require less electricity than similar Intel CPUs.

On the other hand, Intel 12 Gen Core processors are able to use their high-performance cores for demanding tasks (like games for example) and their efficient cores for the less demanding ones. This means that Intel processors' performance, heat, and TDP can vary a lot depending on what you’re doing. They can stay cool and power-efficient when you’re doing office work, for instance, and they can significantly increase their own performance at the cost of more power consumed and more heat created when you run intensive applications, like games or video editing applications.

AMD Ryzen 9 5900X vs. Intel Core i7-12700K

AMD vs. Intel processors: Performance

Intel has a tradition of delivering desktop processors with incredible single-core speeds, and that’s true for the 12th Gen Core lineups as well. Some reach and even go over 5.0GHz, for example. However, AMD processors are not far behind, reaching almost similar single-core speeds and performance.

AMD’s Zen 3 architecture makes Ryzen 5000 processors able to deliver high boost clocks, up to 19% more IPC (instructions per cycle/clock) than previous Zen 2 Rzyen 3000 processors, and a lower cache latency.

However, Intel’s 12th Gen Core lineup also features a similar 19% increase in instructions per cycle/clock compared to the 11th Gen Core CPUs, and the new hybrid architecture delivers incredible levels of performance, more than what AMD’s Ryzen 5000 processors can. Here’s a table we compiled with AMD’s current processor lineup, their technical specifications, and retail prices:

AMD Ryzen 5000 processors specs, features, and prices

When it comes to cache memory, the 7-nm lithography allows AMD to bundle more of it on its Ryzen processors than Intel can. Throughout the AMD Ryzen 5000 lineup, we get between 8 to 96 MB of Level 3 cache memory. However, Intel is not far behind, its Alder Lake CPUs getting from 12 to 30 MB of Smart Cache memory. And, while AMD stands better on higher-end processors, Intel is first when you look at entry-level models.

AMD vs. Intel processors: Features

Most of the Zen 3 AMD Ryzen processors, except for a couple of entry-level models, feature support for PCI Express 4.0. However, all of Intel’s latest Gen 12 Core processors come with support for PCI Express 5.0! Naturally, that means a whole lot more bandwidth is available on this processor lineup. With Intel’s 12th Gen CPUs, you get the best performance possible from future high-end graphics cards that will be PCIe 5-compatible. On the other hand, PCI Express 4 is available on the processors of both companies, meaning that you can benefit from the fastest graphics cards and solid-state drives currently on the market, regardless of whether you use a Ryzen 5000 or a 12th Gen Core processor. In the end, if you want to futureproof your computer, you’d be better prepared with an Intel Core from the 12th generation.

Regarding memory support, both AMD’s Zen 3 Ryzens and Intel’s 12th Gen Core processors support DDR4 RAM running at 3200 MHz. However, Intel’s 12th Gen Core CPUs can also use DDR5 at 4800MHz. AMD’s Ryzen 5000 processors can’t! Take a look at the table below to see what Intel’s 12 Gen Core processors offer and what their real prices are today:

INTEL Core 12 Gen processors specs, features, and prices

Finally, there are both Intel Core and AMD Ryzen processors that have integrated graphics chips. That can be handy in some computer configurations built for office work, for example, so, in this case, it comes down to personal preference whether you choose Intel or AMD.

AMD Ryzen vs. Intel processors: Price and value

One of the most important questions on anyone’s lips is probably which processors offer a better price per value? Although for regular daily work, both AMD and Intel processors are excellent choices, entry-level and mainstream AMD Ryzen processors usually had lower prices than older 11th Gen Intel CPUs. However, nowadays, things are no longer that clear. Intel launched its 12 Gen Core processors at competitive prices, and AMD soon followed with major price cuts for their Ryzen 5000s.

If you want to build a computer for office work, you might not need or want the best of the best in terms of performance, and you might find cheaper bundles with AMD Ryzen 5000 processors. However, that’s also possible with Intel entry-level processors. So, in our opinion, when building office computers, the prices you can find at that moment should be a factor in your choice between Intel and AMD.

But, if what you’re looking for is performance, Intel CPUs are a better choice in terms of price per value right now. For productivity and multithreaded applications, where you’ll probably want a higher-end CPU, things are a bit blurry between AMD’s Ryzen 9 and Intel’s Core i9-12900 processors. However, if you also want maximum gaming performance and to future-proof your PC, we’d say choose Intel without hesitation.

Check the following CPU comparison table if you’d like to compare the lineups of Intel and AMD equivalents. We tried to cover all the essential details of both companies’ current desktop processors, including real-world prices from the Amazon Intel Store and Amazon AMD Store (where a CPU is not available on Amazon, we’ve mentioned the manufacturer suggested retail price), hoping to help you make an informed decision:

NOTE: Overall pricing is essential too, and costs change depending on what team you’re siding with. If you want top performance, you’ll need to invest in an Intel Z690 motherboard that gives you the best of the best, including DDR5 support. However, there are more affordable options, including Intel-compatible motherboards that run on DDR4 only. AMD is in second place right now, although new processors from them should arrive by the end of the year. We’ll see whether it can steal the crown again from Team Blue.

AMD vs. Intel processors: Gaming

Finally, things are not mixed up for gaming at all: Intel’s 12th Gen processors’ single-core performance is top-notch and better than what you get from AMD’s Ryzen 5000s. Although the Ryzen 5000 processors are not very far behind, and also deliver excellent multi-thread performance, Intel’s are better. While we do advise you to start looking in your budget bracket and go on from there, if performance is what you want, you should probably choose an Intel processor, regardless of whether you’re searching for a high-end or mainstream CPU.

What processor will you choose for your next desktop computer? Intel or AMD?

In our opinion, these are the essential things you should know about 2022’s AMD Ryzen processors and Intel Core CPUs. Which ones do you like more, and why? Regardless of where your brand loyalty sits, which company do you think makes the best desktop processors these days? AMD or Intel? Use the comments section below to get in touch with us and let us know your opinion.

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