[I-ODCC Pre-Exhibition Reveal] Isixazululo se-YMIN Server Motherboard Capacitor: Ukujova “I-Stability Gene” ku-AI’Computing Power Base, Kushintshwa Abaqhudelana Naye BaseJapane

[I-ODCC Pre-Exhibition Reveal] Isixazululo se-YMIN Server Motherboard Capacitor: Ukujova “I-Stability Gene” ku-AI’Computing Power Base, Kushintshwa Abaqhudelana Naye BaseJapane

Ukuzinza kokunikezwa kwamandla kwamabhodi omama weseva ye-AI kunquma ngokuqondile umkhawulo ophezulu wokukhipha amandla ekhompyutha. I-YMIN Electronics yethule i-low-ESR multilayer solid capacitor + isixazululo senhlanganisela ye-polymer tantalum capacitor yamasekhethi wamandla we-CPU/GPU. Ukusebenza kwayo kungqubuzana ne-TDK ne-Panasonic, ehlinzeka ngosekelo oluyisisekelo lokushintsha amabhodi omama asekhaya. Vula ukhiye wamandla ekhompiyutha azinzile ku-booth C10 embukisweni waseBeijing ODCC kusukela ngomhlaka-9 Septhemba kuya ku-11!

I-AI Server Motherboard - Isixazululo

Umsindo wokunikezwa kwamandla we-Motherboard uyimbangela eyinhloko yokuguquguquka kokusebenza kwe-chip ye-AI. Isixazululo se-YMIN sifinyelela uzinzo ekugcineni ngokusebenzisa izindlela ezintathu ezibalulekile zobuchwepheshe:

① Ukuhlunga okudlulele nezici zemvamisa ephezulu: Ama-Multilayer polymer solid capacitor (MPD/MPU series) aneESR ephansi njengo-3mΩ, ecindezela ngempumelelo umsindo wefrikhwensi futhi inikeza indawo yamandla ehlanzekile ye-CPU/GPU.

② Ukusabela Kwesikhashana kanye Nokugcwalisa Amandla: I-Polymer Tantalum Capacitors Eqhubayo (TPB/TPD Series) inikeza impendulo esheshayo izikhathi ezingu-10 kunama-electrolytic capacitor endabuko, afane ncamashi nezidingo zamanje zesikhashana ze-CPU/GPU.

③ Ukuzinza Kwezinga Lokushisa Okuphezulu Nokuphila Okude: I-Polymer Solid Aluminium Electrolytic Capacitors (NPC/VPC/VPW Series) igcina ukusebenza okuhle kakhulu ngisho nasemazingeni okushisa afika ku-105°C, nokuphila kwamahora angu-2,000-15,000. Banikeza enye indlela efanelekile yemikhiqizo yaseJapan, iqinisekisa ukuthi ukushintshashintsha kwamandla kagesi ebhodi lomama kugcinwa ngaphakathi ku-±2% ngaphansi komthwalo ogcwele. Lonke uchungechunge lwe-YMIN lusekela amazinga okushisa angu-105°C, luphila isikhathi esingaphezu kwamahora angu-2,000, futhi luyiphini-to-pin luhambisana nemikhiqizo yaseJapane, okusiza ukushintshashintsha kwamandla kagesi ebhodi lomama ukuthi kuhlale ngaphakathi ±2% ngaphansi komthwalo ogcwele.

Amaphuzu Avelele Womkhiqizo

Isiphetho

Shiya amazwana mayelana nezinkinga zakho zokunikezwa kwamandla ebhodi lomama futhi sizoziphendula bukhoma nochwepheshe bethu. Kusukela ngomhlaka-9 kuSepthemba kuya ku-11, vakashela i-Booth C10 embukisweni we-ODCC. Letha izidingo zakho zokuklama futhi uxoxe ngezixazululo zokumiselela!