An ARM CPU called K12 FFX is also being indicated. Looks like you're using new Reddit on an old browser. Interessant klingen tut es schonmal, mal sehen wie sich sowas nächstes Jahr in der Praxis schlägt und in welchen Bereichen es gebraucht wird. AMD dual graphics capable; Support for DDR3-1866; Recommended product pairing – A6, A4; A58. Dementsprechend fokussieren wir uns heute auf... [mehr], Nachdem sich AMD auf dem klassischen Desktop mindestens auf Augenhöhe zu Intel sieht, will man nun den bereits vorhandenen Vorsprung im High-End-Desktop weiter ausbauen. The people you can buy ARM products from right now curb-stomped the competition. Welcome to /r/AMD — the subreddit for all things AMD; come talk about Ryzen, Threadripper, EPYC, Navi, the next-gen consoles, news, rumours, show-off your build and more. Modern processor μarchs are actually quite flexible. When Calxeda failed to come to market after running out of funding, all-Calxeda based projects, including this one ended up being severely delayed or canceled.

So no clue. Passionate about the new and emerging technologies. November erfolgt der Marktstart und auch die Tests zu den Ryzen-Threadripper-Prozessoren werden dann veröffentlicht.

Out of curiosity I took a look at the wikipedia page for AMD's K12 architecture, which has little info other than that the architecture was supposed to debut in 2017. Jetzt ist Ihre Meinung gefragt zu AMD K12: Angebliches erster ARM-Kern mit SMT AMDs erster selbstentwickelter ARM-Kern soll SMT unterstützen, also mindestens zwei Threads gleichzeitig abarbeiten können. Finde ich ja wirklich interessant, hoffentlich kann AMD hier auch genug absetzen, die sollen lieber auch kleinere ARM Chips bauen für SMART Phones dann könnte AMD wirklich gut mitschneiden damit. However... it was merely competitive, and wasn't going to rock the boat. Eigenes ARM-Know-How könnte für AMD gerade in Bezug auf HSA wichtig werden. [4] As of 2018[update] the product still hasn't been released, with development of ARM architectures continuing but no products planned. Originally Rory visioned a hybrid of x86-arm. That was in 2015. Beide Auftragsfertiger setzen auf die moderne FinFET-Technik. No, the article title is clickbait BS.
Stories You Might’ve Missed: VR childbirth and Healthful Mind, Dave & Buster’s to debut Jurassic World VR Expedition, Meet USDZ, an AR file format from Apple and Pixar, a single processor, 1U half-rack development kit, Killer Networking Wireless xtend debuts at Computex 2018, Oculus AR rumors abound, Rift gets Google Chrome support, Star Wars Ray-Tracing Demo and Google’s Maps API at GDC, Indeed shows increasing demand for VR and AR game development, SteamVR adds resolution scaling feature for HTC Vive and other headsets, VR Square, a VR theme park, is opening in Seoul, Researchers using eye-tracking to exploit saccadic suppression in VR, The best smartphones for a great VR experience, Meltdown and Spectre fixes: all you need to know, Las Vegas Strip’s Big Apple roller coaster has a new VR experience option, VRWorld: Our Most Popular Stories of 2017, Alibaba using Singles Day Festival as its AI Track Court, HTC Vive, Oculus Rift and PSVR All Getting Black Friday Discounts, Stories You Might’ve Missed: Snapdragon XR1 and Google’s new VR display, The Five Sports We Desperately Want To See Hit VR, Cutting-edge Varjo Mixed Reality coming to Augmented World Expo. IIRC even modern AMD and Intel chips still implement segmentation, the old memory abstraction technique, only for compatibility during POST (when you reach the OS, it'll go to the modern 64 bit mode). [7] To date, AMD has not officially thrown in the towel on resurrecting its K12 initiative. Veröffentlicht am: Dienstag, 20. Wäre irgendwie dämlich eine Microserver-Sparte abzuschreiben, nur um ein Design ein Jahr danach mit dem Target auf den Markt bringen zu wollen. Unsere Kaufberatung zu den aktuellen Intel- und AMD-Prozessoren hilft dabei, die Übersicht nicht zu verlieren. inb4 K12 winds up being Apple's new uArch they developed "in house". If the data set your application uses doesn’t fit in 512KB L2 and let’s say 2MB of L3 cache, your single thread can capture the 1MB L2 + 8MB L3, and that is something high-resolution, high-bandwidth video applications might require. AMD möchte mit seiner neuen Zen-Architektur leistungsmäßig wieder zu den Prozessoren von Intel aufschließen.

AMD K12 und Zen feiern Tape-Out. Dies bedeutet, dass die Entwicklung des Chipdesigns abgeschlossen und erste Chips bereits erfolgreich produziert wurden. So I'd say it's dead, and they'd need to start from scratch basically if they wanted to compete against Apple's Arm v9 CPUs. Overall architecture can be virtually identical if the market is similar (desktops/laptops/servers). Also risc-v increasingly a factor I heard. The ISAs are so different it's not exactly easy nor efficient to do it. ", "AMD reveals K12: New ARM and x86 cores are coming, Already deep into development", "Nvidia in Advanced Talks to Buy ARM, Upend Silicon Industry", https://en.wikipedia.org/w/index.php?title=AMD_K12&oldid=976889819, Creative Commons Attribution-ShareAlike License, This page was last edited on 5 September 2020, at 17:38. Wenn du aber erst mal 150 Mio im Vorfeld in dessen Entwicklung investiert hast, brauchst du nochmal 5 Millionen Chips, um überhaupt deine Kosten wieder reinzukriegen. IMO AMD might have already designed Zen backend with multiple ISA in mind, and they could design an ARM frontend to release an ARM processor in a few years if ARM continues to capture the market. Apple won the ARM war, hands down. AMD started to develop 64-bit ARM core and codenamed the core ‘K12’ and implemented Calxeda’s / Silver Lining Systems fabric to use a fast and efficient interconnect that connects eight ARM cores with two 10GbE controllers inside this compact A1100 SoC. AMD sollte lieber die Ressourcen in zukunftsweisende Technologien wie HSA stecken. With Zen being so successful, I guess it doesn’t make much sense for them to build/design a competing ARM solution right now. Consider it shelved, not dead entirely. Besides Calxeda’s networking fabric, AMD’s take on ARM cores through K12 and Cortex-A57 are very interesting and if you followed AMD’s x86 product lineup, similarities are unmissable. At least, that’s what AMD is gambling on. Back in 2016, AMD announced the K12 Core chip, a project led by then AMD lead CPU architect Jim Keller based on the 64-bit ARMv8 design.

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