Hank Ya Bincike: Haɗarin Babbar Hanya | 9 Pin D Sub Connector

Takaitaccen Bayani: Don kunna matsi mara asara, ana amfani da bitmap na taimako don samar da bayanai na gefe game da bitmap na jadawali. Kowane bit a cikin bitmap na taimako yana wakiltar kalma a cikin bitmap na jadawali. Bit sifili a cikin bitmap na taimako yana nufin cewa kalmar da ta dace a cikin bitmap na jadawali ba a watsa ta ba. Saboda haka, an saita ta zuwa ƙimar tsoho, , yayin rage matsi. Wannan ƙimar tsoho na iya zama ko dai kalma mai sifili, ko kalmar mai sifili dangane da matakin BFS. Bit ɗaya a cikin bitmap na taimako yana nufin cewa kalmar da ta dace a cikin bitmap na jadawali ana watsa ta.

Daidaitawar Beta don rage karkacewar da ba ta layi ba na amplifiers na bipolar transistor No. 10250211

"Akwai tarihi a ƙarƙashin ƙafafunku," in ji ta. "Wannan alaƙa ce da ta gabata, kun sani? Ina tunanin inda nake, musamman a Oak Bluffs. Kuna iya kallon tsoffin hotunan mutane a bakin teku da dogayen rigunan ninkaya har zuwa idon sawunsu kuma ina tunanin a raina, wataƙila ina ɗaukar wani abu da suka yi watsi da shi."

Inganta aikin ya samo asali ne daga canje-canje da dama. Na farko, 1650 yana da ƙarin bandwidth na ƙwaƙwalwar ajiya da kuma CUDA cores idan aka kwatanta da 1050/1050 Ti. Na biyu, ya ɗan fi girma. Na uku, tsarin Turing yana goyan bayan lissafin FP32 da INT a lokaci guda, wanda zai iya haɓaka aiki da kashi 10-30 cikin ɗari akan Pascal GPUs (ya danganta da wasan da saituna). Amma bari mu tsaya da gabatarwa mu je ga ainihin sakamakon aikin.

Duk wani alamar kasuwanci ta wasu kamfanoni ko hotuna da aka nuna a nan don dalilai na asali ne kawai. Ba mu da izinin sayar da duk wani abu da ke ɗauke da irin waɗannan alamun kasuwanci.

Mai ƙirƙira: Prajkta Vyavahare (Indore,, IN), Rajat Chauhan (Dehradun,, IN), Siva Srinivas Kothamasu (Bangalore,, IN) Wanda aka naɗa: TEXAS INSTRUMENTS INCORPORATED (Dallas, TX) Kamfanin Lauya: Babu Lambar Aikace-aikacen Lauya, Kwanan Wata, Sauri: 15447230 a ranar 03/02/2017 (kwanaki 775 kafin a fitar da app)

[A61K] SHIRYE-SHIRYE DON DALILAN LAFIYA, HAKORI, KO BANDAKI (na'urori ko hanyoyin da aka tsara musamman don kawo kayayyakin magunguna zuwa takamaiman fom ɗin jiki ko gudanarwa A61J 3/00; fannoni na sinadarai na, ko amfani da kayan don cire ƙamshi daga iska, don kashe ƙwayoyin cuta ko tsaftace su, ko don bandeji, miya, kushin sha ko kayan tiyata A61L; abubuwan sabulu C11D)

Tarihin Iyalinka/Asalinka: Kira don neman alƙawari; 267-626-4437 ko aika imel zuwa ConnieBriggs@comcast.net. Bari Connie ta taimaka maka ka fara bincikenka.

A takaice dai, na adana kimanin dala $300 akan shigar da Mac mini RAM bayan na yi amfani da kayan aikin iFixit Toolkit. Me kuke tunani game da haɓaka RAM a cikin Mac mini na 2018? Shin wani abu ne da za ku yi la'akari da yi don adana kuɗi? Ku yi tsokaci a cikin sharhin da ke ƙasa tare da ra'ayoyinku da ra'ayoyinku.

Abin takaici, GeForce GTX 1650 kanta ba ta da kyau kamar yadda layin Turing ya nuna. A zuciyar akwai sabon GPU core mai suna "TU117," wanda ke ɗauke da jimillar CUDA core 1,024 da TMU 64. Duk da haka, Nvidia ta zaɓi ta kashe wannan GPU dies ɗin, kuma maimakon haka, kowane GTX 1650 zai sami damar zuwa CUDA core 896 da TMU 56 kawai. Ba a taɓa samun matsalar ba a GPU, wanda ke amfani da hanyar sadarwa ta ƙwaƙwalwa mai faɗin bit 128 wanda ke haɗawa da 4GB na GDDR5. Wannan na'urar ta nuna cewa Nvidia za ta iya ƙaddamar da GeForce GTX 1650 Ti a nan gaba tare da cikakken TU117 core don kunna shi. Amma wannan na wata rana ne.

Takaitaccen Bayani: Tsarin aiki, tsarin aiki, da samfurin shirye-shiryen kwamfuta sun haɗa da kayan aikin sarrafa kansa na ƙirar lantarki (EDA) waɗanda ake amfani da su tare da hanyoyin CMOS na yau da kullun don tsarawa da samar da da'irori masu tauri (rad-hard) waɗanda aka haɗa (ICs) waɗanda ke da matakin tauri na radiation yayin da suke riƙe da matakin aiki da yankin bin diddigin da'ira da ake so. Kayan aikin sun haɗa da benaye na duba ƙa'idodin ƙira na rad-hard (DRC), samfuran SPICE masu tauri, da ɗakunan karatu na tantanin halitta na rad-hard. Tsarin cire abubuwan parasitic na rad-hard yana amfani da ƙa'idodin DRC masu tauri don gano abubuwan da ke faruwa na na'urorin parasitic, ƙididdige tasirinsu akan aikin da'ira, da kuma mayar da wannan bayanin zuwa kayan aikin kwaikwayo na tsari da da'ira. Ana ba da shawarar canje-canje ga tsarin kuma ana aiwatar da su tare da matakai daban-daban na sarrafa kansa. Wasu daga cikin waɗannan kayan aikin za a iya samar da su azaman abubuwan haɗin kayan aikin ƙira na rad-hard (PDK). Ana iya amfani da su tare da kayan aikin EDA na kasuwanci don sauƙaƙe haɗa fasalulluka na rad-hard cikin sabbin ƙira na IC ko na yanzu.

Matsalar ita ce GPUs ba sa wanzuwa a cikin wani yanayi na rashin tsaro. Idan kana gina PC na caca, duk sauran sassan suna ƙara farashin. Na yi amfani da ginawa mai tsada (kusan $725, ban da GPU ba) don ƙididdige ƙimar caca gabaɗaya na kowane GPU na PC gaba ɗaya, kuma katunan zane-zane masu sauri suna ƙarewa mafi kyawun shawarwari daga wannan hangen nesa.