Qualcomm Snapdragon processor guide - Android Authority

Qualcomm Snapdragon 888 chip in hand ... The Snapdragon 865 Plus differed from the vanilla 865 by offering a 3.1GHz top-end CPU core (the ... LinksonAndroidAuthoritymayearnusacommission. Learnmore. SnapdragonSoCguide:AllofQualcomm'ssmartphoneprocessorsexplainedFromentry-leveltocutting-edge,webreakdownallthemajorSnapdragonprocessors.FeaturesByHadleeSimons•September1,2021QualcommQualcomm’sSnapdragonprocessorsarethemostubiquitousSoCsintheAndroidsmartphonespace.SamsungusesSnapdragonforitsGalaxySlineintheUSandafewothermarkets,anditalsopowersdevicesfromXiaomi,OnePlus,andessentiallyeverymanufacturermakingflagshipphonesthatdoesn’talsomakeitsownsilicon.There’saveryhighchancethatyou’rereadingthisonadeviceusingaQualcommSnapdragonprocessorrightnow.Snapdragonchipsaren’tjustfoundinexpensiveflagshipsmartphonesthough.There’sawholeportfolioofprocessorsbuiltforhandsetsatvariouspricepoints.Performanceandfeaturesdifferafairbitbetweenthesemodels,solet’sbreakdownhowthecompany’slatestSoCscompareandwhatcapabilitiesyoushouldexpect. Snapdragon800series—PremiumtierQualcommLookingfortheverybestQualcommsmartphoneprocessor?ThatwillbetheSnapdragon888,whichwasannouncedinDecember2020andpowersatonofhigh-endphonesin2021.It’spartoftheSnapdragon800series,whichisthecompany’sflagshipchipfamily.The5nmchipsetisamajorleapinpoweroverpreviousQualcommSnapdragonsilicon,featuringonebrandnewCortex-X1CPUcoreclockedat2.84GHz,threenewCortex-A78coresrunningat2.4GHz,andfour1.8GHzCortex-A55cores.Infact,youcanreportedlyexpect25%betterperformanceandpowerefficiencyoverpreviousgenerations.QualcommhasalsoupgradedtheGPUhere,withitsindustry-leadingAdrenographicstechtoutingamassive35%performanceboostanda25%efficiencyboostoverpreviouschips.ThismakesforquitepossiblythebiggestleapinAdrenoperformancewe’veseeninyears.Anotherbigupgradeisthemovetoanintegrated5Gmodem.EarlierSnapdragon8005Gchipsofferedanexternalmodem,whichgenerallyresultsinlessefficientperformance.SoexpecttoseeimprovedbatterylifeonSnapdragon888phoneswhenusing5G.Eitherway,Qualcomm’sSnapdragon8005GprocessorssupportbothmmWaveandSub-6GHz5Gstandards.Otherwise,youcanalsoexpectWi-Fi6E,Bluetooth5.2,andQuickCharge5tech.Thelattersupports100W+chargingafterwesawseveralphonessupportthesespeedsin2020.QualcommwouldfollowupontheSnapdragon888withtheSnapdragon888PlusinJune2021.TheheavyweightCPUcoregetsa5.4%clockspeedboostandthechipsetalsogainsfastermachinelearningcapabilities.Otherwise,thisisexactlythesameastheSnapdragon888.Sothere’sreallynotmuchofadifferencebetweenthemintermsofreal-worldusage. MoreQualcommcoverage:HowtounderstandKryoCPUnumberinginSnapdragonchipsSomeofthemoreprominentphoneswiththeSnapdragon888serieschipsetsincludetheXiaomiMi11series,SamsungGalaxyS21range(intheUS),SonyXperia1IIIand5III,OnePlus9series,andXiaomiMix4.Inotherwords,withtheexceptionofAppleandHuawei,almostallflagshipsmartphonesareusingtheseprocessorsin2021.TheSnapdragon888seriesisn’ttheonlynewSnapdragon800seriesprocessorfor2021,asQualcommalsolaunchedtheSnapdragon870andSnapdragon860thisyear.Revealedearlierthisyear,theSnapdragon870isliterallyatinyupgradeover2020’sSnapdragon865and865Plusflagshipprocessors.Allthreeofthesechipsetssportatri-clusterCPUarrangement,featuringonepowerfulCortex-A77core,threelesspowerfulbutstillverycapableCortex-A77cores,andfourlow-poweredbutefficientCortex-A55cores.AllthreeprocessorsalsoofferanAdreno650GPUthat’sstillafantasticperformerandcanhandleavarietyofadvancedgamesandemulators.TheSnapdragon865Plusdifferedfromthevanilla865byofferinga3.1GHztop-endCPUcore(thestandard865hasa2.84GHzclockspeed),aswellasa10%graphicsboostpresumablyviaaclockspeedboost.Meanwhile,theSnapdragon870differsfromthe865Plusbyuppingthetop-endclockspeedalittlemore(to3.2GHz).Insimpleterms,thereisn’tmuchofadifferencebetweenthesethreechipsetswhenitcomestoactualperformanceandcapabilities. Snapdragon888/888PlusSnapdragon865/865Plus/870Snapdragon855/855Plus/860CPUSnapdragon888/888Plus:1xCortex-X13xCortex-A784xCortex-A55Snapdragon865/865Plus/870:1xCortex-A773xCortex-A774xCortex-A55Snapdragon855/855Plus/860:1xCortex-A763xCortex-764xCortex-A55GPUSnapdragon888/888Plus:Adreno660Snapdragon865/865Plus/870:Adreno650Snapdragon855/855Plus/860:Adreno640DSPSnapdragon888/888Plus:Hexagon780(fusedscalar,tensor,andvector)Snapdragon865/865Plus/870:Hexagon698Snapdragon855/855Plus/860:Hexagon690ProcessSnapdragon888/888Plus:5nmSnapdragon865/865Plus/870:7nmFinFETSnapdragon855/855Plus/860:7nmFinFETModemSnapdragon888/888Plus:X60LTE/5G(integrated)7500Mbpsdown3000MbpsupSnapdragon865/865Plus/870:X55LTE/5G(external)7500Mbpsdown3000MbpsupSnapdragon855/855Plus/860:X24LTE(integrated)2000Mbpsdown316MbpsupCamerasSnapdragon888/888Plus:84MPsingle,64MP+25MPdual,or24MPtriple200MPsnapshotSnapdragon865/865Plus/870:64MPsingleor25MPdual200MPsnapshotSnapdragon855/855Plus/860:48MPsingleor24MPdual200MPsnapshotQuickChargeSnapdragon888/888Plus:5Snapdragon865/865Plus/870:4+Snapdragon855/855Plus/860:4+BluetoothSnapdragon888/888Plus:5.2Snapdragon865/865Plus/870:5.2(5.1for865)Snapdragon855/855Plus/860:5.1(5.0for855)QualcommalsolaunchedtheSnapdragon860thisyear,andit’seffectively2019’sSnapdragon855Pluswithacoupleofminortweaks.ThesetweaksincludeslightlybetterexternaldisplaysupportandtheabilitytoaddressmoreRAM.Eitherway,phoneswiththeSnapdragon860arestillpowerfulenoughforsmoothperformanceinadvancedgamesandingeneral.Butyoudomissoutonnewerfeatureslike5G,8Krecordingandsuper-fastimagingcapabilities,whichtheaforementionedchipsetsalloffer.Expecttofinduppermid-rangetoaffordableflagship-typedeviceswiththeSnapdragon870chipset,suchastheOnePlus9R,VivoX60Pro,MotorolaMotoG100,andRedmiK40.Otherwise,theSnapdragon860isastepbelowthe870,withthemid-rangePocoX3Prousingit.Upuntil2018’sSnapdragon845,theSnapdragon800seriesusedaclusterofpowerfulcoresandaclusterofpower-savingcores.But2019’sSnapdragon855seriesmarkedthefirsttimewesawthethree-tiersystemofheavy/medium/lightCPUcores.Qualcommalsousedtoofferin-housedesignedCPUcoresuntiltheSnapdragon821backin2016.Butthesedays,itusesArm’sCortexcoresandmakesafewtweakstotheminstead.ThecompanyrecentlyacquiredCPUcompanyNuvia,andhasrevealedthatitwillbeusingitsCPUtechinlaptops,flagshipphones,andmore.SoitcertainlysoundslikecustomCPUcorescouldbebackonthemenuinthenextfewyears.TheSanDiegocompanyhasalsoinvestedheavilyinotherbitsofsiliconforitschipsets,suchastheGPUs,modems,andimagesignalprocessorsforcameras.Thechipmakerhasbeendevelopingitsmachinelearningsiliconovertheyearstoo,boostingfeatureslikefaceunlock,scene/subject/objectrecognition,naturallanguageprocessing,andmore.Qualcommisn’ttheonlycompanymakingflagshipprocessors,withrivalchipsetsincludingtheSamsungExynos2100,Huawei’sHiSiliconKirin9000,andMediaTek’sDimensity1200.TheSnapdragon800rangeisgenerallyconsideredthetopdogintermsoffeatures,capabilities,andbrandname,althoughothercompetitorsgenerallyhaveplentytooffertoo.NotableSnapdragon800seriesphones XiaomiMi11 SamsungGalaxyS21series(US) AsusROGPhone5 OnePlus9series SonyXperia1III Snapdragon700series—BridgingthegapQualcomm’sSnapdragon700seriesisn’tquiteasstraightforwardasitsflagship800series.Thisisduetothesheernumberofthem,aswellasthelowerendchipscrossingintothe600series.TheSnapdragon700seriesisessentiallyanuppermid-rangefamilyofprocessors,andtheSnapdragon780Gisthemostcapableandrecentofthelot.Releasedearlyin2021,the780Ghasthesame5nmdesignasthelatestflagshipprocessors,supportsbothmmWaveandsub-6GHzflavorsof5G,aswellasatriple-tieredCPUdesign.You’relookingatoneCortex-A78CPUclockedat2.4GHz,threeCortex-A78CPUsclockedat2.2GHz,andfourCortex-A55CPUcores.Inotherwords,you’vegotenoughCPUpowertotakeittoflagshipprocessorsfromrivalcompanieslikeHuawei’sKirin9000andMediaTek’sDimensity1200.TheSnapdragon780GalsodeliversanAdreno642GPUthat’ssaidtohaveperformanceinlinewithslightlyolderflagships.Infact,AnandtechreportsthatyoucanexpectbettergraphicalperformancethanSnapdragon855phones,althoughitfallsbehindlastyear’sSnapdragon865devices.That’sstillamajorleapforwardfortheQualcomm’smid-rangeprocessors,whichhaveusuallylaggedfarbehindeventhecompany’solderflagshipchipsetsinthisarea.QualcommwouldfollowthisupwiththeSnapdragon778G,whichseemstobeslightlyinferiortothe780Gbutstillagreatmid-rangeprocessor.ThisoffersthesameCPUcores,anAdreno642LGPU,anda6nmmanufacturingdesign(comparedtothe780G’s5nmdesign).Thecompanyalsotoldusatthetimeoflaunchthatitwasusingadifferentfoundrytomakethesechips,presumablytogetaroundtheindustry-widechipshortage.Snapdragon780GSnapdragon778GSnapdragon768G/765/765GSnapdragon750GCPUSnapdragon780G:2xKryo670(Cortex-A78)6xKryo670(Cortex-A55)Snapdragon778G:2xKryo670(Cortex-A78)6xKryo670(Cortex-A55)Snapdragon768G/765/765G:2xKryo475(Cortex-A76)6xKryo475(Cortex-A55)Snapdragon750G:2xKryo475(Cortex-A77)6xKryo475(Cortex-A55)GPUSnapdragon780G:Adreno642Snapdragon778G:Adreno642LSnapdragon768G/765/765G:Adreno620Snapdragon750G:Adreno619DSPSnapdragon780G:Hexagon770Snapdragon778G:Hexagon770Snapdragon768G/765/765G:Hexagon696Snapdragon750G:Hexagon570ModemSnapdragon780G:SnapdragonX535G/LTE5G-3300Mbpsdown,uplinkTBCSnapdragon778G:SnapdragonX535G/LTE5G-3300Mbpsdown,uplinkTBCSnapdragon768G/765/765G:SnapdragonX525G/LTE5G-3700Mbpsdown,1600MbpsupSnapdragon750G:SnapdragonX525G/LTE5G-3700Mbpsdown,1600MbpsupCamerasSnapdragon780G:84MPsingle,64MP+20MPdual,25MP+25MP+25MPtriple192MPsnapshotSnapdragon778G:64MPsingle,36MP+22MPdual,22MP+22MP+22MPtriple192MPsnapshotSnapdragon768G/765/765G:32MPsingleor22MPdual192MPsnapshotSnapdragon750G:32MPsingleor22MPdual192MPsnapshotQuickChargeSnapdragon780G:4+Snapdragon778G:4+Snapdragon768G/765/765G:4+Snapdragon750G:4+BluetoothSnapdragon780G:5.2Snapdragon778G:5.2Snapdragon768G/765/765G:5.0(765,765G)5.2(768G)Snapdragon750G:5.1ProcessSnapdragon780G:5nmSnapdragon778G:6nmSnapdragon768G/765/765G:7nmSnapdragon750G:8nm QualcommlaunchedtheSnapdragon765series,750G,and768Glastyear,beingthefirm’sfirstmid-range5Gprocessors.Thesechipsetsallsportcomprehensive5Gcapabilities,7nmor8nmdesigns,a1+1+6CPUlayout,andrespectablegraphicalgrunt.The750GactuallyfeaturesnewerCPUcoresthough,whichshouldtheoreticallygiveitaslightboostonpaperoveritsstablemates.Butthiscomesattheexpenseofgraphicalperformance,machinelearningpower,andcameracapabilitiescomparedtothe765and768Gchips.Wesawatrendin2020forsomemanufacturerstousetheSnapdragon765Gchipsetfortheirflagshipchipsets,suchastheGooglePixel5andLGVelvet.Thisdemonstratesjusthowcapabletheseprocessorsarethesedays.We’renotsureifwe’llseearepeatofthistrendthisyearasQualcommhasreleasedcheaperSnapdragon800-seriesprocessorsasalternativestotheabsolutecutting-edgesilicon.Furthermore,LGisnolongerinthesmartphonebusinessandGoogleisusingitsownin-houseprocessorforthePixel6series.Therearestillafew4G-enabledSnapdragon700seriesprocessorsinusebymanufacturers,andthesearetheSnapdragon730series,Snapdragon732G,andSnapdragon720G,whicharenextonthetotempoleintermsofpowerandcapabilities.We’vegotocta-coreCPUsfeaturingtwopowerfulCortex-A76CPUsandsixCortex-A55cores,andpowerfulSpectraimagesignalprocessorsforhigh-resolutionimaging. TheSnapdragon700seriesisidealforthosewantingpowerandfeaturesonabudget.The700seriesdebutedwith2018’sSnapdragon710(withtheSnapdragon712beingamildupgrade).Thesetwochipsstilloffera2+6CPUcorelayout,butuseolderCortex-A75coresinsteadofthenewerCPUsseeninlater700seriesSoCs.Theyaren’treallyusedanymore,withmanufacturersoptingfortheabove-mentionedchipsetsinstead.Nevertheless,theseearlySnapdragon700serieschipsetshaveplentyincommonwiththelatestSnapdragon600familyprocessors(moreontheminabit).Furthermore,alloftheseaforementionedchipsetssupport192MPsnapshots,althoughtheytopoutatafarlowerresolutionformulti-frameprocessing(e.g.HDR,nightmode).Youwon’tget8Khereeither,but4Kat30fpsisbasicallyguaranteedatthistier. NotableSnapdragon700seriesphones GooglePixel5 LGVelvet MotorolaEdge20 XiaomiMi11Lite5G GooglePixel5a SamsungGalaxyA52 Snapdragon600series—ValueformoneyWheretheSnapdragon700seriestriestobridgethegapbetweenmid-rangeandflagship,theSnapdragon600seriesismostlyfocusedonthe~$300andundersegment.Wesay“mostly,”becauselastyear’sSnapdragon690actuallylookslikeitcandukeitoutwithsomeSnapdragon700-seriesprocessors.The8nmSnapdragon690isthefirst5G-enabledSnapdragon600seriesprocessor,althoughitseemstooffersub-6GHz5GonlyratherthanmmWaveseenonQualcomm’smoreexpensive5Gchips.Nevertheless,it’susingabeefyocta-coreCPU(2xCortex-A77and6xCortex-A55),andasolidAdreno619LGPU.Infact,QualcommsaysyoucanexpectaCPUandgraphicsboostof20%and60%respectivelyovertheSnapdragon675.Othernotablefeaturesinclude4KHDRvideoforthefirsttimeintheSnapdragon600series,thefirm’sTensorAcceleratormachinelearningsilicon,HEIF/HEVCphotoandvideocaptureforreducedfilesizes,andWi-Fi6connectivity.ThereisabigstepdownfromheretothenextSnapdragon600seriesprocessorsthough.Movingdowntheladder,we’vegotthe4G-onlySnapdragon675andtheSnapdragon670,datingbackto2018/2019andthusnotusedmuchanymore.ThesetwoSoCssharealotincommonwiththefirstSnapdragon700seriesprocessors(e.g.Snapdragon710).TheSnapdragon670and675offerpowerfulCortex-A75andA76CPUcoresrespectively,pairedwithlow-powerCortex-A55cores.YoucanalsoexpectageingbutdecentGPUs(inferiortothe700series),Bluetooth5support,andQuickCharge4+capabilities.The670and675alsodeliverthe700family’ssupportforfeatureslike4Krecording,192MPsnapshots,and48MPphotoswithmulti-frameprocessing. Read:TheglobalcomputerchipshortageexplainedGodownevenfurtherandyougettheSnapdragon665,whichisamildimprovementover2017’sSnapdragon660.BothofthesechipsusemucholderCPUcores(fourCortex-A73pairedwithfourCortex-A53cores),andlesscapableGPUsonpaper.Soexpectgeneralperformance,gaming,andcameraperformancetolagbehindtheSnapdragon670and675,letalonetheSnapdragon690.Infact,theSnapdragon665and660topoutat48MPsnapshotsupport(i.e.withoutmulti-frameprocessingsuchasHDR),sodon’tholdyourbreathfor64MPor108MPcameraswiththeseprocessors.QualcommalsolaunchedtheSnapdragon662inthefirsthalfof2020,essentiallybeingaSnapdragon665clonewithBluetooth5.1capabilitiesandHEIFsupport.Thelattermeansbetterqualitypictureswithnofilesizeincreaseoverpreviousformats,orthesamequalityathalfthefilesize.ThebreadandbutterofQualcomm’s600-seriesusedtobetheSnapdragon636and632.Theseprocessorstargetedalowerpricepointthanpreviouslymentioned600-seriessilicon,andalsobroughtbigcorestothetable(fourCortex-A73andfourCortex-A53).The636offereda4GmodemwithdecentspeedsandQuickCharge4,whichtheSnapdragon632lacks.Eitherway,bothofthesechipsuseAdreno500-seriesGPUs,makingthemlessadeptatgamingthanmorerecentSnapdragon600serieschips.Wedon’treallyseemany(ifany)newphonesusingthesechipsetstodaythough.Snapdragon690Snapdragon636Snapdragon632Snapdragon439CPUSnapdragon690:2xKryo560(Cortex-A77)6xKryo560(Cortex-A55)Snapdragon636:4x1.8GHzKryo260(Cortex-A73)4x1.6GHzKryo260(Cortex-A53)Snapdragon632:4x1.8GHzKryo250(Cortex-A73)4x1.8GHzKryo250(Cortex-A53)Snapdragon439:4x1.95GHzCortex-A534x1.45GHzCortex-A53GPUSnapdragon690:Adreno619LSnapdragon636:Adreno509Snapdragon632:Adreno506Snapdragon439:Adreno505RAMSnapdragon690:LPDDR4XSnapdragon636:LPDDR4X@1333MHzSnapdragon632:LPDDR3Snapdragon439:LPDDR3DSPSnapdragon690:Hexagon692HexagonTensorAcceleratorSnapdragon636:Hexagon680Snapdragon632:Hexagon546Snapdragon439:Hexagon536ModemSnapdragon690:X515G2,500Mbpsdown900MbpsupSnapdragon636:X12LTE600Mbpsdown150MbpsupSnapdragon632:X9LTE300Mbpsdown150MbpsupSnapdragon439:X6LTE150Mbpsdown75MbpsupCamerasSnapdragon690:32MPsingleor16MPdual(192MPsnapshot)Snapdragon636:25MPsingleor16MPdualSnapdragon632:24MPsingleor13MPdualSnapdragon439:12MPsingleor8MPdualQuickChargeSnapdragon690:4+Snapdragon636:4.0Snapdragon632:3.0Snapdragon439:3.0BluetoothSnapdragon690:5.1Snapdragon636:5.0Snapdragon632:5.0Snapdragon439:5.0ProcessSnapdragon690:8nmFinFETSnapdragon636:14nmFinFETSnapdragon632:14nmFinFETSnapdragon439:12nmFinFETTheSnapdragon636and632chipsetsreallymarkthecross-overpointbetweenmid-rangeandlow-endcapabilities.Buttheystillsportthoseever-importantbigCPUcores,whichmeansgeneralperformance(e.g.systemnavigation,cameraspeed,launching/loadingapps)shouldn’tbeanissue.NotableSnapdragon600seriesphones OnePlusNordN10 PocoM3 SonyXperia10III MotorolaMotoG9Power Snapdragon400series—Entry-levelNowwecometotheleastcapableSnapdragonseries(asidefromthedormantSnapdragon200family),designedforentry-levelsmartphones.Butthere’sgoodnewshere,asthelatestSnapdragon400chipsetisactuallyamassiveimprovement.TheSnapdragon480isthefirst5G-enabledprocessorintheSnapdragon400series,beingannouncedinApril2021.Thisisessentiallyacut-backSnapdragon750Gchipset,featuringmmWave5Gsupport,thesameAdreno619GPU,thesame8nmmanufacturingprocess,QuickCharge4Plustech,andsupportforFHD+120Hzdisplays.Wedoseeafewcompromisesthough,suchasolderCPUcores(2xCortex-A76and6xCortex-A55),lessimpressivecameracapabilities(no4Krecording,64MPsnapshotsupport),andslower5Gspeeds.Still,thisisamajorupgradeforthe400series,whichlackedrecentlyreleasedCPUtechand5Gcapabilities.ThisprocessorisalsotheoreticallysuperiortoallbutthelatestSnapdragon600seriesSoCs.The4G-totingSnapdragon460wasthetopdoguntilthe480cameout,andithasalotincommonwiththeSnapdragon662.ThisincludesoldbutstillrespectableCPUcores(fourCortex-A73andfourCortex-A53),thesameGPU,HEIFsupport,Bluetooth5.1,andeven48MPmulti-framecapturecapabilities.Snapdragon480Snapdragon460Snapdragon450Snapdragon439CPUSnapdragon480:4xKryo460(Cortex-A76)4xKryo460(Cortex-A55)Snapdragon460:4xKryo240(Cortex-A73)4xKryo240(Cortex-A53)Snapdragon450:8x1.8GhzCortex-A53Snapdragon439:4x1.95GhzCortex-A534x1.45GhzCortex-A53GPUSnapdragon480:Adreno619Snapdragon460:Adreno610Snapdragon450:Adreno506Snapdragon439:Adreno505DSPSnapdragon480:Hexagon686Snapdragon460:Hexagon683Snapdragon450:Hexagon546Snapdragon439:Hexagon536ModemSnapdragon480:SnapdragonX515G2500Mbpsdown,660MbpsupSnapdragon460:SnapdragonX11LTE390Mbpsdown,150MbpsupSnapdragon450:SnapdragonX9LTE300Mbpsdown,150MbpsupSnapdragon439:SnapdragonX6LTE150Mbpsdown,75MbpsupCamerasSnapdragon480:64MPsingleor25MPdualSnapdragon460:32MPsingleor22MPdual192MPsnapshotSnapdragon450:48MPsingleor22MPdual192MPsnapshotSnapdragon439:21MPsingleor8MPdualQuickChargeSnapdragon480:4+Snapdragon460:3.0Snapdragon450:3.0Snapdragon439:3.0BluetoothSnapdragon480:5.1Snapdragon460:5.1Snapdragon450:4.1Snapdragon439:5.0ProcessSnapdragon480:8nmSnapdragon460:11nmFinFETSnapdragon450:14nmFinFETSnapdragon439:12nmFinFET Nokia’sX20andtheMotorolaMotoG50arethefirstphoneswiththeSnapdragon480,whiletheSnapdragon460hasfounditswayintophonesliketheOnePlusNordN100,MotoE7Plus,andNokia3.4.Otherwise,theSnapdragon450and439werethetopchipsetsinthisseriesuntillastyear.Theseofferedocta-coredesignsbasedonlow-poweredCortex-A53cores,verymodestLTEspeeds,andunspectacularAdreno500-seriesGPUs.Inotherwords,phonespoweredbythesechipsaremorelikelytostrugglewithadvancedgames,cameraperformance,andeverydaysystemtasks.Theirownmajorsavinggraceisthatthey’reprettypower-efficientowingto14nmand12nmmanufacturingprocessesrespectively.Thosewantinggoodgamingperformance,thefastestcharging,thelatestBluetoothstandard,andthebestcamerashavetraditionallyhadtolookelsewhere.Fortunately,theSnapdragon460and480arebringingbigimprovementstothistier.YoushouldstilllookatphoneswithSnapdragon700or800chipsifyouwantthelatestandgreatestfeaturesandthebestperformance,butthingsaresteppingupinthissegment.NotableSnapdragon400seriesphones OnePlusNordN100 MotoE7Plus NokiaX20 XiaomiRedmi8A That’sallforourQualcommSnapdragonSoCguide!Letusknowyourthoughtsonthesilicongiant’sportfoliointhecomments.YoucanalsocheckoutourarticlechartingthehistoryoftheSnapdragon800familyoverhere. 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