Xiaomi yana shirin gabatar da MIUI 13 mai amfani dubawa da kuma Redmi Note 11 jerin zuwa Global.
Xiaomi gabatar da Redmi Note 10 jerin bara. The Redmi Note 10 jerin sun ja hankalin masu amfani. Gaskiyar cewa saman samfurin jerin, Redmi Note 10 Pro, ya zo da wani Alamar AMOLED tare da 120HZ ƙimar wartsakewa ya kasance babban ci gaba a kan Redmi Note 9 Pro gabatar a shekarun baya. Domin Redmi Note 9 Pro zo da wani IPS LCD allo tare da 60HZ ƙimar wartsakewa. Xiaomi yanzu za a kaddamar da Redmi Note 11 jerin ba da jimawa ba. Bisa ga bayanin da muke da shi, matakin shigarwa na jerin zai zo tare da Redmi Note 11 Snapdragon 680 chipset. The Bayanan Kulawa Redmi 10, wanda aka gabatar a shekarar da ta gabata, ya zo da Snapdragon 678 chipset. Za mu kwatanta da Snapdragon 680 chipset a cikin sabon gabatar Redmi Note 11 yau tare da Snapdragon 678 chipset na magabata Redmi Note 10. Idan kana so, bari mu fara kwatanta mu yanzu.
Farawa tare da Snapdragon 678, wannan chipset, wanda aka gabatar a ciki Disamba 2020, shine ingantaccen sigar da Snapdragon 675 kerarre da Samsung 11nm (11 LPP) fasahar kere kere. The Snapdragon 680 chipset, wanda muka ji yanzu, an gabatar da sunansa a ciki Oktoba 2021, kuma ana samar da wannan chipset da TSMC's 6nm (N6) fasahar samarwa. Hakanan ya kamata a lura cewa wannan kwakwalwar kwakwalwar ta haɓaka ce ta Snapdragon 662. Wasu mutane suna tunani Snapdragon 680 a matsayin ingantaccen sigar Snapdragon 678 amma abubuwa ba haka suke ba. Snapdragon 680 shine ingantaccen sigar Snapdragon 662 kuma za mu gaya muku komai dalla-dalla a cikin kwatancenmu.
Bayanin Chipsets
Idan muka bincika sashin CPU na Snapdragon 678 daki-daki, yana da 2 Cortex-A76 kayan aiki hakan na iya kaiwa 2.2GHz gudun agogo da kuma 6 Cortex-A55 ingancin wutar lantarki hakan na iya kaiwa 1.8GHz gudun agogo. Idan muka yi magana game da Cortex-A76, shi ne Cibiya ta 3 ci gaba da Kungiyar Austin ta ARM. Kafin Cortex-A76 aka gabatar, da Kungiyar Austin ya ci gaba da Cortex-A57 da kuma Cortex-A72. Bayan haka, da tawagar Sophia da Cortex-A73 da Cortex-A75 cores. Shekara guda bayan kaddamar da Cortex-A75, da dadewa ci gaba Cortex-A76 mai karfin DynamIQ da Kungiyar Austin aka gabatar. Cortex-A76 ne mai superscalar core tare da mai ba da umurni cewa canza daga 3 fadi zuwa 4 nisa idan aka kwatanta da Cortex-A75. Daura da Cortex-A75, Cortex-A76 ya inganta sosai yi da kuma ƙarfin aiki. Idan zamuyi magana akai Cortex-A55, magajin Cortex-A53, Cortex-A55 an tsara ta Tawagar Cambridge don ƙara ƙarfin wutar lantarki. Daidai da bukatun kasuwar wayar hannu, hannu yana inganta tsarin ƙwaƙwalwar ajiya a ciki Cortex-A55 a kan Cortex-A53 kuma yana gyara wasu matsalolin aiki tare da wasu micro Architecture canje-canje. A ƙarshe, game da wannan ainihin hannu yana ƙara wasu mahimman fasali zuwa ga Cortex-A55 ta sauya sheka daga ARMv.8.0 gine-gine zuwa ARMv.8.2 gine-gine.
Idan muka bincika sashin CPU na Snapdragon 680 daki-daki, yana da 4 Cortex-A73 kayan aiki hakan na iya kaiwa 2.4GHz gudun agogo da kuma 4 Cortex-A53 mai dacewa da inganci tare da 1.8GHz gudun agogo. Snapdragon 662, a daya bangaren, yana da 4 Cortex-A73 murdiya tare da ƙananan saurin agogo fiye da Snapdragon 680 da kuma 4 Cortex-A53 cores, wadanda suke daidai da Snapdragon 680. Ga abin da za mu iya tsinkaya. The Snapdragon 680 an gabatar da wasu ƙananan canje-canje ta overclocking da Cortex-A73 core a cikin Snapdragon 662 zuwa mafi girman saurin agogo. idan Snapdragon 680 kasance wani ingantaccen sigar na Snapdragon 678, da mun gani mafi girma clocked Cortex-A76 da kuma Cortex-A55 muryoyin maimakon Cortex-A73 da kuma Cortex-A53 muryoyin. Snapdragon 680 shine ingantaccen sigar snapdragon 662, ba Snapdragon 678 ba.
Amma ga Cortex-A73, cibiya ce ta inganta ARM ta tawagar Sophia. Cortex-A73 kawo 30% aiki da kuma 30% ingancin wutar lantarki karuwa a kan Cortex-A72. Lokacin da ARM ya gabatar da Cortex-A73, ya yi magana game da ƙarfin ƙarfin wayoyin zamani na yau, wanda har yanzu bai rasa mahimmancinsa ba. hannu ya maimaita cewa aiki mai dorewa of wayoyin salula na zamani dole ne yayi kyau. Domin wayoyin salula na zamani da wani takamaiman ƙirar zafi. Idan kayi kokarin cinyewa 10W ko fiye da iko on wayowin komai da ruwan, za ku gane cewa ku na'urar tana yin zafi sosai, da aikin yana raguwa kuma ba ku gamsu ba. Shi ya sa hannu yana kokarin inganta aiki da kuma rage amfani da wutar lantarki of sabon CPU cores. Bari muyi magana game da Cortex-A53 sannan kayi sharhi akan ayyukan CPU na Snapdragon 678 da kuma Snapdragon 680. Magaji ga Cortex-A7, da Cortex-A53 shi ne cibiya kungiyar Cambridge ta tsara tare da mai da hankali kan ƙarfin aiki. Cortex-A53 sami 64-bit goyon bayan gine-gine ba samuwa akan Cortex-A7. Cikin sharuddan yi, da Cortex-A53 ya haɗa da ingantaccen haɓakawa idan aka kwatanta da Cortex-A7, amma kuma yana ƙaruwa amfani da wutar lantarki.
Za mu yi amfani Gak Bench 5 don kimantawa da Ayyukan CPU na chipsets. Anan ga sakamakon Geekbench 5 na na'urorin biyu ta amfani da Snapdragon 680 da Snapdragon 678:
Snapdragon 678: Single Core: 531 Multi-Core: 1591
Snapdragon 680: Single Core: 383 Multi-Core: 1511
a cikin maki guda-core, da Cortex-A76 muryoyin na Snapdragon 678 ya yi gagarumin bambanci. The Cortex-A76 yana da dikodi mai faɗi 4 yayin da Cortex-A73 yana da dikodi mai faɗi 2. Daya daga cikin dalilan yi bambanci ne saboda yawan dikodi. Snapdragon 678 yana da mafi kyawun aiki fiye da Snapdragon 680. The Snapdragon 680 Abin takaici yana baya da Snapdragon 678.
GPU Performance
Amma GPU, Snapdragon 678 ya zo da Adreno 612 ya rufe a 845MHz yayin da Snapdragon 680 ya zo da Adreno 610 ya rufe a 1100MHz. Idan muka kwatanta sassan sarrafa hoto, Adreno 612 tayi mafi kyau aiki fiye da Adreno 610. A ƙarshe, bari muyi magana game da Modem da kuma Mai sarrafa Siginar Hoto kuma ka tantance wanda ya ci nasara.
Mai sarrafa Siginar Hoto
The Snapdragon 678 yana da dual Mai sarrafa siginar hoto 14-bit mai suna Spectra 250L. snapdragon 680, a daya bangaren, yana da a Mai sarrafa siginar hoto mai sau uku 14-bit mai suna Spectra 346. Farashin 346 iya rikodin 60FPS bidiyo a 1080P ƙuduri, yayin da Farashin 250L iya rikodin 30FPS bidiyo a 4K ƙuduri. Farashin 250L yana goyan bayan firikwensin kyamara har zuwa 192MP ƙuduri yayin da Farashin 346 yana goyan bayan firikwensin kyamara har zuwa 64MP ƙuduri. The Farashin 250L yana gaba da Farashin 346 a cikin wadannan al'amura. Farashin 250L iya rikodin bidiyo tare da ƙuduri na 30FPS 16MP+16MP tare da kamara biyu da kuma 30FPS 25MP tare da kyamara guda daya. Spectra 346, a daya hannun, iya harba videos da wani ƙuduri na 30FPS 13MP+13MP+5MP tare da kamara uku, 30FPS 16MP + 16MP tare da kyamarar dual da kuma 30FPS 32MP tare da kyamara guda ɗaya. A wannan batun, da Farashin 346 yana gaba da Farashin 246L.
Modem
A gefen modem, yana da Snapdragon 678 X12 LTE modem yayin da Snapdragon 680 X11 yana da modem LTE. X12 LTE Modem iya kaiwa 600 mbps Download da kuma 150 mbps Upload gudu. X11 LTE Modem iya kaiwa 390 mbps Download da kuma 150 mbps Upload gudu. Snapdragon 678 tare da modem X12 LTE zai iya cimma abubuwa da yawa mafi girma download gudu fiye da Snapdragon 680 tare da X11 LTE modem. A gefen modem, da Mai nasara shine Snapdragon 678.
Idan muka yi cikakken kimantawa, Snapdragon 678 yana gaba Snapdragon 680 a mafi yawan maki. Me ya sa Snapdragon gabatar da snapdragon 680, wani ingantaccen sigar Menene Snapdragon 662? Me yasa Xiaomi zabi don amfani da Snapdragon 680 chipset a cikin Redmi Note 11? Snapdragon iya gabatar da kowane chipset yana so, amma ya kai ga masana'antun na'ura don zaɓar abin da ya dace chipsets kuma amfani da su a cikin na'urori. Xiaomi yana yin ba daidai ba ta amfani da Snapdragon 680 chipset a cikin Bayanin Redmi 11. Idan aka kwatanta da Redmi Note 10, da Redmi Note 11 ba zai bayar da gagarumin ci gaba a cikin aiki ba kuma zai yi mara kyau a wasu wuraren. Rayuwar baturi na Bayanan Kulawa Redmi 11, wanda za a gabatar da shi nan ba da dadewa ba, zai dan yi kyau fiye da na baya Bayanan Kulawa Redmi 10, amma ba ma tunanin za ku ji bambanci. Muna ba ku shawara cewa kada ku yi tsammani da yawa daga wannan tsara. Kar ku manta ku biyo mu idan kuna son ganin ƙarin irin wannan kwatancen.
