Yaƙin ga abokin ciniki yana tilasta masana'antun semiconductor na kwangila don matsawa kusa da masu zanen kaya. Ɗayan zaɓi don ƙyale abokan ciniki daga ko'ina cikin duniya su amfana daga ƙwararrun kayan aikin EDA tare da duk sabbin canje-canje shine ƙaddamar da ayyuka a cikin gajimare na jama'a. Kwanan nan, an nuna nasarar wannan hanyar ta hanyar sabis don bincika topology na ƙirar guntu, wanda TSMC ta tura akan dandamali na Microsoft Azure. Maganin ya dogara ne akan tsohuwar software na Mentor Graphics' Caliber nmDRC, a watan Afrilu 2017 ta Jamus Siemens.
Yadda akan AMD, cikakken bincike na (jiki) topology A cikin tarihin kamfanin, 7nm Vega 20 GPU tare da transistor biliyan 13,2 ya kammala zane a cikin sa'o'i 10 kacal. Fas ɗin na biyu ya ɗauki ƙarin sa'a kaɗan. Hanya guda biyu a cikin sa'o'i 19 na gwaji a cikin girgije shine kyakkyawan sakamako, AMD yana da tabbaci. Wannan yana tabbatar da nasarar wannan tsarin kuma yana buɗe sababbin dama ga masu zanen kaya: sababbin samfurori za su iya bayyana a kasuwa da sauri kuma tare da aiwatarwa mafi kyau.
Yana da ban sha'awa a lura cewa an gwada AMD Vega 20 GPU akan dandamali mai nisa akan na'urori masu sarrafawa na AMD EPYC 7000. An tura software na Caliber nmDRC akan nau'ikan 4410 ko injunan kama-da-wane 69 (tare da mafi girman bandwidth ƙwaƙwalwar ajiya). Don irin wannan babban aikin ƙwaƙwalwar ajiya kamar duba topology na processor, wannan yana da mahimmanci.
Masu haɓaka software na Caliber nmDRC suma sun ba da gudummawa ga nasarar kasuwancin. Software na sabunta yana buƙatar ƙarancin ƙwaƙwalwar ajiya 50% don aiwatar da ayyukan tabbatar da topology iri ɗaya. Kamfanin EPYC na AMD, in ji kamfanin, yana ba da ƙarin bandwidth 33% fiye da abubuwan da Intel ke bayarwa. Musamman, a cikin sabis na Azure, tsarin ƙwaƙwalwar ajiya yana aiki a cikin sauri har zuwa 263 GB / s, kuma injunan ƙirar HB-class suna ba da 80% ƙarin kayan aiki fiye da dandamalin girgije masu fafatawa.
source: 3dnews.ru