UHank Uphanda: Iingozi Zendlela Enkulu | Isixhumi se-9 Pin D Sub

Isishwankathelo: Ukuze kusebenze ucinezelo olungenalahleko, i-bitmap encedisayo isetyenziselwa ukubonelela ngolwazi olusecaleni malunga ne-bitmap yegrafu. I-bit nganye kwi-bitmap encedisayo imele igama kwi-bitmap yegrafu. I-bit engu-zero kwi-bitmap encedisayo ithetha ukuba igama elihambelanayo kwi-bitmap yegrafu alidluliselwa. Ke ngoko, limiselwe kwixabiso elimiselweyo, , ngexesha lokuthomalalisa. Eli xabiso elimiselweyo linokuba ligama le-all-zeros, okanye igama le-all-ones kuxhomekeke kwinyathelo le-BFS. I-bit enye kwi-bitmap encedisayo ithetha ukuba igama elihambelanayo kwi-bitmap yegrafu liyadluliselwa.

Ukulinganiswa kwe-Beta ukunciphisa ukugqwethwa okungekho kumgca we-amplifiers ye-bipolar transistor Inombolo yePatent 10250211

“Kukho imbali phantsi kweenyawo zakho,” utshilo. “Yiloo nto inxulumene nexesha elidlulileyo, uyazi? Ndicinga ngendawo endikuyo, ingakumbi e-Oak Bluffs. Ungajonga iifoto ezindala zabantu abaselunxwemeni benxibe iimpahla zabo zokudada ezinde ezifikelela emaqatheni abo, ndize ndicinge, mhlawumbi ndithatha into abayilahlileyo.”

Uphuculo lokusebenza luvela kwiinguqu ezininzi. Okokuqala, i-1650 ine-bandwidth engaphezulu yememori kunye nee-CUDA cores xa kuthelekiswa ne-1050/1050 Ti. Okwesibini, ikwixesha eliphezulu kakhulu. Kwaye okwesithathu, uyilo lweTuring luxhasa ukubalwa kwe-FP32 kunye ne-INT ngaxeshanye, okunokunyusa ukusebenza nge-10-30% ngaphezulu kwe-Pascal GPUs (kuxhomekeke kumdlalo kunye nezicwangciso). Kodwa masiyeke ngentshayelelo size sifikelele kwiziphumo zokusebenza zokwenyani.

Naziphi na iimpawu zorhwebo okanye imifanekiso yomntu wesithathu eboniswe apha zenzelwe iinjongo zokubhekisela kuphela. Asinagunya lokuthengisa naziphi na izinto ezinezo zimpawu zorhwebo.

Umsunguli(abasunguli): uPrajkta Vyavahare (e-Indore, , IN), uRajat Chauhan (e-Dehradun, , IN), uSiva Srinivas Kothamasu (e-Bangalore, , IN) Ababelwe: I-TEXAS INSTRUMENTS INCORPORATED (e-Dallas, TX) Ifemu yoMthetho: Akukho Cebisi Inombolo yesicelo, Umhla, Isantya: 15447230 ngomhla we-03/02/2017 (iintsuku ezingama-775 usetyenziso luza kukhutshwa)

[A61K] AMALUNGISELELO EENJONGO ZONYANGO, ZAMAZINYO, OKANYE ZEZINDLU ZASENDLELE (izixhobo okanye iindlela ezilungiselelwe ngokukodwa ukuzisa iimveliso zamayeza kwiifom ezithile zomzimba okanye zokuphatha A61J 3/00; imiba yeekhemikhali, okanye ukusetyenziswa kwezinto zokususa ivumba lomoya, ukubulala iintsholongwane okanye ukubulala iintsholongwane, okanye iibhandishi, iibhandishi, iipads ezifunxayo okanye izinto zotyando A61L; izinto zesepha C11D)

Imbali/Umnombo Wentsapho Yakho: Fowunela ukuze ufumane idinga; 267-626-4437 okanye uthumele i-imeyile kuConnieBriggs@comcast.net. Vumela uConnie akuncede uqalise ukukhangela kwakho.

Lilonke, ndonge malunga ne-$300 kwi-Mac mini RAM install emva kokujonga ukuthenga i-iFixit Toolkit. Ucinga ntoni ngokuphucula i-RAM kwi-2018 Mac mini? Ngaba yinto onokucinga ukuyenza ukuze wonge imali? Bhala izimvo zakho kwizimvo ezingezantsi.

IGeForce GTX 1650 ngokwayo, ngelishwa, ayibonakali kakuhle njengoko umgca weTuring usiya usiya phambili. Entliziyweni kukho isiseko esitsha seGPU esibizwa ngokuba yi "TU117," esinee-CUDA cores ezili-1,024 kunye nee-TMU ezingama-64. Nangona kunjalo, iNvidia ikhethe ukuyicima kancinci le GPU die, kwaye endaweni yoko iGTX 1650 nganye iya kuba nokufikelela kwii-CUDA cores ezingama-896 kunye nee-TMU ezingama-56 kuphela. Akukho nto ichaphazelekileyo yiGPU back-end, esebenzisa i-128-bit-wide memory interface edibanisa ne-4GB ye-GDDR5. I-cut-down die ibonisa ukuba iNvidia inokuqalisa iGeForce GTX 1650 Ti kwixesha elizayo nge-TU117 core enikwe amandla ngokupheleleyo. Kodwa oko kungolunye usuku.

Isishwankathelo: Indlela, inkqubo, kunye nemveliso yenkqubo yekhompyutha ziquka izixhobo zoyilo lwe-elektroniki oluzenzekelayo (i-EDA) ezisetyenziswa neenkqubo ze-CMOS eziqhelekileyo ukuyila nokuvelisa iisekethe ezihlanganisiweyo eziqinisiweyo ze-radiation-harded (rad-hard) (ii-IC) ezinenqanaba eliqikelelweyo lobunzima be-radiation ngelixa zigcina inqanaba elifunekayo lokusebenza kunye nendawo yesekethe yokulandelela. Ezi zixhobo ziquka iidekhi zoyilo lwe-rad-hard (i-DRC), iimodeli ze-SPICE eziqiniweyo, kunye neelayibrari zeeseli eziqiniweyo ze-rad-hard. Inkqubo yokukhupha iinxalenye ze-parasitic eziqiniweyo isebenzisa imithetho ye-DRC eqiniweyo ukuze ifumane ukwenzeka kwezixhobo ze-parasitic, ukubala imiphumo yazo ekusebenzeni kwesekethe, kunye nokubuyisela olu lwazi kwizixhobo zokulinganisa uyilo kunye nesekethe. Utshintsho kuyilo luyacetyiswa kwaye luphunyezwe ngamanqanaba ahlukeneyo okwenziwa ngokuzenzekelayo. Ezinye zezi zixhobo zinokubonelelwa njengezixhobo zekhithi yoyilo lwenkqubo ye-rad-hard (i-PDK). Zingasetyenziswa kunye nezixhobo ze-EDA zorhwebo ukuze kube lula ukufakwa kweempawu ze-rad-hard kuyilo olutsha okanye olukhoyo lwe-IC.

Ingxaki kukuba ii-GPU azikho kwindawo engenabantu. Ukuba wakha iPC yokudlala, zonke ezinye iindawo zongeza kwixabiso. Ndisebenzise ulwakhiwo olunexabiso eliphakathi (malunga ne-$725, ngaphandle kweGPU) ukubala ixabiso lokudlala leGPU nganye kwiPC yonke, kwaye amakhadi emizobo akhawulezayo agqibela ngokuba ziingcebiso ezingcono kakhulu kuloo mbono.