Schlagwort: Ice Lake

Intel Launches Its Most Advanced Performance Data Center Platform

Intel Showcases New 3rd Gen Intel Xeon Scalable the Only Data Center Processors with Built-In AI; Delivering on Average 46% Increased Performance


  • New 3rd Gen Intel짰 Xeon짰 Sca짯lable pro짯ces짯sors com짯bi짯ned with Intel셲 port짯fo짯lio of Intel짰 Opta짯ne꽓 per짯sis짯tent memo짯ry and sto짯rage, Ether짯net adap짯ters, FPGAs and opti짯mi짯zed soft짯ware solu짯ti짯ons deli짯ver per짯for짯mance and workload opti짯miza짯ti짯ons across hybrid-cloud, high per짯for짯mance com짯pu짯ting (HPC), net짯wor짯king and intel짯li짯gent edge applications.
  • New 3rd Gen Intel Xeon Sca짯lable pro짯ces짯sors fea짯ture a fle짯xi짯ble archi짯tec짯tu짯re with inte짯gra짯ted arti짯fi짯ci짯al intel짯li짯gence (AI) acce짯le짯ra짯ti짯on with Intel짰 DL Boost tech짯no짯lo짯gy, plus advan짯ced secu짯ri짯ty capa짯bi짯li짯ties to pro짯tect data and appli짯ca짯ti짯on code with Intel짰 Soft짯ware Guard Exten짯si짯on (Intel짰 SGX) and Intel짰 Cryp짯to Acceleration.
  • New 3rd Gen Intel Xeon Sca짯lable pro짯ces짯sors are rapidly ram짯ping, having ship짯ped more than 200,000 units for reve짯nue in the first quar짯ter of 2021 with broad indus짯try adop짯ti짯on across all mar짯ket seg짯ments, inclu짯ding the world셲 top cloud ser짯vice pro짯vi짯ders set to deploy ser짯vices; more than 250 design wins within 50 uni짯que OxM part짯ners; more than 15 major tele짯com equip짯ment manu짯fac짯tu짯r짯ers and com짯mu짯ni짯ca짯ti짯ons ser짯vice pro짯vi짯ders rea짯dy짯ing POCs and net짯wor짯king deploy짯ments; and over 20 HPC labs and HPC-as-a-ser짯vice envi짯ron짯ments lever짯aging our latest Xeon Sca짯lable processors.

SANTA CLARA, Calif., April 6, 2021 Intel today laun짯ched its most advan짯ced, hig짯hest per짯for짯mance data cen짯ter plat짯form opti짯mi짯zed to power the industry셲 broa짯dest ran짯ge of workloads from the cloud to the net짯work to the intel짯li짯gent edge. New 3rd Gen Intel Xeon Sca짯lable pro짯ces짯sors (code-named 쏧ce Lake) are the foun짯da짯ti짯on of Intel셲 data cen짯ter plat짯form, enab짯ling cus짯to짯mers to capi짯ta짯li짯ze on some of the most signi짯fi짯cant busi짯ness oppor짯tu짯ni짯ties today by lever짯aging the power of AI. () Wei짯ter짯le짯sen 쨩

Intel to Launch 3rd Gen Intel Xeon Scalable Portfolio

SANTA CLARA, Calif., March 22, 2021 Join Intel셲 Navin She짯noy, exe짯cu짯ti짯ve vice pre짯si짯dent in the Data Plat짯forms Group, and Lisa Spel짯man, cor짯po짯ra짯te vice pre짯si짯dent in the Xeon and Memo짯ry Group, on April 6 for the launch of the latest 3rd Gen Intel짰 Xeon짰 Sca짯lable pro짯ces짯sors (code-named 쏧ce Lake) and the latest addi짯ti짯ons to Intel셲 hard짯ware and soft짯ware port짯fo짯lio tar짯ge짯ting data cen짯ters, 5G net짯works and intel짯li짯gent edge infrastructure.

The vir짯tu짯al 쏦ow Won짯derful Gets Done 2021 launch event will fea짯ture Intel exe짯cu짯ti짯ves and eco짯sys짯tem part짯ners addres짯sing some of today셲 grea짯test busi짯ness oppor짯tu짯ni짯ties. The event will also include brief remarks by Intel Chief Exe짯cu짯ti짯ve Offi짯cer Pat Gel짯sin짯ger. () Wei짯ter짯le짯sen 쨩

2019 CES: Intel Advances PC Experience with New Platforms, Technologies and Industry Collaboration

  Today at CES 2019 in Las Vegas, Intel unvei짯led the next wave of PC inno짯va짯ti짯on that will advan짯ce the PC expe짯ri짯ence to help power every person셲 grea짯test con짯tri짯bu짯ti짯on, inclu짯ding: Details on our high짯ly inte짯gra짯ted plat짯form that will fea짯ture our upco짯ming first volu짯me 10nm PC pro짯ces짯sor, code-named 쏧ce Lake Pre짯view of a hybrid 10nm CPU archi짯tec짯tu짯re with Fove짯r짯os 3D pack짯a짯ging, () Wei짯ter짯le짯sen 쨩

Intel zeigt System mit lauff채higen 쏧ce Lake-Prozessor

W채h짯rend des heu짯ti짯gen 쏛rchi짯tec짯tu짯re Day hat Intel laut Hard짯ware짯lu짯xx, ein lauf짯f채짯hi짯ges Sys짯tem Code짯na짯me 쏶un짯ny짯co짯ve mit einem Pro짯zes짯sor auf Basis der f체r 2020 erwar짯te짯ten 쏧ce Lake-Architektur gezeigt. Urspr체ng짯lich stammt das Bild vom Hot짯Hard짯ware Twit짯ter-Account, wur짯de aber dort wie짯der ent짯fernt. () Wei짯ter짯le짯sen 쨩

Intel ab Ice Lake k체nftig auch mit 512 KiB L2-Cache je Kern

Seit Ein짯f체h짯rung der Neha짯lem-Archi짯tek짯tur im Jahr 2008 Intels ers짯te Platt짯form mit inte짯grier짯tem Memo짯ry-Con짯trol짯ler schw철rt der Markt짯f체h짯rer im x86-Bereich f체r sei짯ne Pro짯zes짯so짯ren der Core-Fami짯lie auf die immer glei짯che Bau짯wei짯se: jeder Kern besitzt einen eige짯nen, 256 KiB gro짯횩en L2-Cache, der gemein짯sam f체r Daten und Instruk짯tio짯nen genutzt wird. () Wei짯ter짯le짯sen 쨩