Bugu da ƙari, sabon guntu na AI na Nvidia, Groq 3 LPU (Sashin Gudanar da Harshe), an fitar da shi zuwa Samsung Foundry kuma ana kera shi ta amfani da tsarin 4nm.Han Jin-man, Shugaban Kamfanin Kasuwancin Kafa na Samsung kuma shugaban kamfanin Samsung Foundry, ya bayyana kwarin gwiwa kan samar da wadataccen abinci kuma ya ce, "Fasaharmu ta 4nm ba ta da kyau."
Samsung Electronics Device Solutions (DS) Mataimakin Shugaban Babban Shugaban Ci Gaban Ƙwaƙwalwa Hwang Sang-joon da Shugaba Han Jin-man sun yi waɗannan kalaman a ranar 16 ga Maris (lokacin gida) a rumfar Samsung Electronics' yayin GTC 2026 a San Jose, California.
Baƙon abu ne ga manyan masu zartarwa daga kasuwancin semiconductor na Samsung Electronics su halarci Nvidia's GTC a cikin mutum, bayyana samfuran, da kuma shiga cikin ayyukan jama'a.
Da farko, lokacin da aka tambaye shi game da fasahar tsarin da za a yi amfani da shi a cikin HBM na gaba, Mataimakin Shugaban Hukumar Hwang Sang-joon ya ce, "HBM5 yana amfani da tsarin 1c (ƙarni na shida na 10nm-class node) don ainihin mutu, yayin da ake haɓaka tushe ta hanyar amfani da tsarin 2nm na Samsung Foundry."
Samsung yana shirin ci gaba da amfani da tsarin 1c da aka yi amfani da shi ga ƙarni na shida na HBM4 yayin da yake ɗaukar mafi girman tsarin 2nm don mutuƙar tushe.
A baya can, Samsung Electronics shine farkon wanda ya fara amfani da 1c DRAM, gaban masu fafatawa, zuwa ga HBM4 core mutu, kuma yayi amfani da tsarin 4nm na Samsung Foundry don kera tushen mutu.A kan haka, kamfanin ya sami nasarar aiwatar da jagorancin masana'antu kuma, a cikin Fabrairu, ya zama farkon wanda ya samar da HBM4 ga Nvidia.
Mataimakin shugaban zartarwa Hwang Sang-joon ya ce, "Don HBM5E, ainihin mutun zai yi amfani da tsarin 1d nm, kuma tushen tushen zai yi amfani da tsarin 2nm na Samsung Foundry."Ya kara da cewa, "Yayin da aikin semiconductor ke ci gaba da inganta, za mu ci gaba da yin amfani da manyan matakai zuwa HBM5 da HBM5E."
Shugaba Han Jin-man ya halarci GTC a karon farko tun 2024 kuma da kansa ya gabatar da fasahar kafa kamfanin a rumfar Samsung Electronics.
Ya haskaka "Groq 3 LPU," wanda ya ja hankalin jama'a bayan Nvidia Shugaba Jensen Huang ya ambata a cikin jigon sa na GTC 2026 cewa "Samsung Electronics yana kera shi."
Han Jin-man ya ce, "A halin yanzu muna samar da Groq 3 LPU a masana'antar Pyeongtaek ta amfani da tsarin 4nm."Ya kara da cewa, "Yawan odar wannan shekara ya wuce yadda ake tsammani."
Ya ci gaba da cewa, "Samsung's HBM4 base die shima ana kera shi ta amfani da tsarin 4nm, don haka na yi imanin bukatar tsarin 4nm zai yi girma sosai a nan gaba."
Dangane da bayanan da Nvidia ta ba Samsung Foundry don samar da Groq 3 LPU, Han Jin-man ya ce, "Tun daga farkon 2023, kafin Nvidia ta sami Groq, mun riga mun fara aiki tare da Groq. Injiniyoyinmu sun shiga cikin aikin kai tsaye har ma sun taimaka da aikin ƙira. "
Ya jaddada, "Lokacin da Nvidia da Groq suka fara aiki tare, mun damu da cewa za su iya zaɓar wani wuri na daban, amma dole ne su yi la'akari da aikin kwakwalwan mu kuma sun gane karfin ƙarfin su. Tsarin mu na 4nm ba shi da ƙasa."
Lokacin da aka tambaye shi lokacin da Groq 3 LPU zai fara ba da gudummawar kudaden shiga, sai ya amsa, "Za a fara samar da yawan jama'a a ƙarshen Q3 ko farkon Q4. Muna buƙatar kallon martanin kasuwa, amma na yi imanin buƙatun Groq 3 LPU zai ƙaru sosai a shekara mai zuwa."
A halin yanzu, Han Jin-man da Hwang Sang-joon sun dauki hotuna na tunawa da Jensen Huang a wurin GTC a wannan rana.A cikin hotunan, Huang da kansa ya sanya hannu kan wafer na Groq 3 LPU kuma ya rubuta "GROQ SUPER FAST," ya rubuta "AMAGING HBM4!"a kan wafer HBM4.Duk samfuran Samsung ne ke ƙera su.