Isku-dhafka wareegga IC chips hal goob iibsada EPM240T100C5N IC CPLD 192MC 4.7NS 100TQFP
Sifooyinka Alaabta
| NOOCA | SHARAXA |
| Qaybta | Wareegyada isku dhafan (ICs) Ku dhexjira CPLDs (Aaladaha macquulka ah ee Barnaamijyada Qalafsan) |
| Mfr | Intel |
| Taxane | MAX® II |
| Xidhmada | saxaarad |
| Xidhmada caadiga ah | 90 |
| Xaaladda Alaabta | Firfircoon |
| Nooca Programmeable | In System Programmable |
| Waqtiga daahitaanka tpd(1) ugu badnaan | 4.7 ns |
| Supply Voltage - Gudaha | 2.5V, 3.3V |
| Tirada macquulka ah walxaha / xannibaadyada | 240 |
| Tirada Macrocells | 192 |
| Tirada I/O | 80 |
| Heerkulka shaqada | 0°C ~ 85°C (TJ) |
| Nooca Koritaanka | Dusha sare |
| Xidhmada / Kiis | 100-TQFP |
| Xidhmada Aaladda Bixiyaha | 100-TQFP (14×14) |
| Lambarka Alaabta Saldhigga | EPM240 |
Kharashka ayaa ahaa mid ka mid ah arrimaha ugu waaweyn ee wajahaya 3D chips-ka baakadeysan, Foveros waxay noqon doontaa markii ugu horreysay ee Intel ay soo saarto si mug sare leh iyada oo ay ugu wacan tahay tignoolajiyada baakadaha hormuudka ka ah.Intel, si kastaba ha ahaatee, waxay leedahay jajabyada lagu soo saaro xirmooyinka 3D Foveros ay yihiin kuwo aad u qiimo badan oo la tartamaya naqshadaha jajabyada caadiga ah - mararka qaarkoodna xitaa way ka jaban yihiin.
Intel waxa ay u qaabaysay Chip-ka Foveros in uu ahaado mid jaban intii suurtagal ah oo wali la kulma yoolalka waxqabadka ee shirkadu sheegtay – waa chip-ka ugu jaban ee xidhmada Meteor Lake.Intel weli lama wadaagin xawaaraha Foveros interconnect / foornada saldhigga laakiin waxay sheegtay in qaybaha ay ku socon karaan dhowr GHz ' qaabeyn aan toos ahayn (bayaan tilmaamaya jiritaanka nooc firfircoon oo lakabka dhexdhexaadka ah Intel ayaa horay u soo koraya. ).Markaa, Foveros uma baahna naqshadeeyaha inuu u tanaasulo xaddidaadda xajmiyeedka ama xannibaadaha daahitaanka.
Intel waxa kale oo ay rajaynaysaa in naqshaddu ay si fiican u miisaanto marka la eego waxqabadka iyo qiimaha labadaba, taasoo la macno ah inay bixin karto nashqado khaas ah qaybaha kale ee suuqa, ama noocyada nooca waxqabadka sare leh.
Qiimaha qanjidhada horumarsan ee transistor-kiiba si aad ah ayuu u korayaa iyadoo hababka silikoonku ay ku soo wajahan yihiin xadkooda.Iyo naqshadeynta cutubyada IP-yada cusub (sida is-dhexgalka I/O) ee qanjidhada yaryar ma bixiso soo-celin badan oo ku saabsan maalgashiga.Sidaa darteed, dib-u-isticmaalka tiles/chiplets-ka aan muhiimka ahayn ee 'kufilan ku filan' qanjidhada jira waxay badbaadin karaan wakhtiga, kharashka, iyo ilaha horumarinta, iyada oo aan la xusin fududaynta habka imtixaanka.
Hal chips, Intel waa inuu tijaabiyaa curiyeyaasha chips ee kala duwan, sida xusuusta ama is-dhexgalka PCIe, oo isku xigta, taas oo noqon karta geedi socod waqti-qaadasho ah.Taa bedelkeeda, soosaarayaasha chip-yada waxay sidoo kale tijaabin karaan jajabyada yaryar isku mar si ay u badbaadiyaan waqtiga.daboolayaashu waxay sidoo kale faa'iido u leeyihiin naqshadeynta jajabyada noocyada TDP ee gaarka ah, maaddaama naqshadeeyayaasha ay habeyn karaan jajabyo yaryar oo kala duwan si ay ugu habboonaadaan baahidooda naqshadeynta.
Inta badan qodobbadani waxay u muuqdaan kuwo la yaqaan, dhammaantoodna waa isla arrimaha keenay AMD inay hoos u dhigto waddada Chipset-ka ee 2017. AMD ma ahayn tii ugu horreysay ee adeegsata naqshadaha ku salaysan chipset-ka, laakiin waxay ahayd soo-saareyaashii ugu horreeyay ee adeegsada falsafadda naqshadeynta chips casri ah oo soo saara mass, wax Intel aad moodo inuu soo daahay.Si kastaba ha ahaatee, tignoolajiyada baakadaha 3D ee Intel ay soo jeedisay ayaa aad uga adag AMD's naqshadaynta lakabka dhexe ee ku salaysan, kaas oo leh faa'iidooyin iyo khasaare labadaba.
Farqiga ayaa ugu dambeyntii ka muuqan doona jajabyada la dhammeeyey, iyadoo Intel uu sheegay in 3D-ga cusub ee Meteor Lake la filayo inuu diyaar noqdo 2023, iyada oo Arrow Lake iyo Lunar Lake ay imanayaan 2024.
Intel waxa kale oo ay sheegtay in Ponte Vecchio Supercomputer Chip oo lahaan doona in ka badan 100 Bilyan Transistor, la filayo in uu xuddun u noqdo Aurora oo ah supercomputer-ka aduunka ugu dheereeya.
