Iyini i-DAW Bench nokuthi ungayikhetha kanjani i-PC engcono kakhulu ye-DAW yakho

Uma usebenza ngomculo kukhompyutha yakho, ngokushesha noma kamuva uzoba nombuzo ofanayo: Hlobo luni lwekhompyutha engiludingayo ukuze i-DAW yami isebenze kahle futhi ingagcwali ukuchofoza, ama-pop, kanye nokuphahlazeka?Noma ubani osebenzisa i-Ableton, i-Cubase, i-Pro Tools, i-Reaper, i-FL Studio noma enye i-sequencer uyazi ukuthi izincazelo "ezijwayelekile" ze-PC azihlali ziyireferensi yangempela yomsindo.

Kulesi simo, kuvela i-DAWBench, uhlu lwezivivinyo ezidalwe ngqo ukukala ukusebenza kwamakhompyutha ku ukukhiqizwa komculo. Akuyona indlela ejwayelekile yokulinganisa njenge-Geekbench noma i-Passmark, kodwa inqwaba yezivivinyo ezenzelwe ukuxuba, ukuqonda, kanye nokusetshenziswa kwe-plugin okujulile.Ukuqonda ukuthi i-DAW Bench iyini, ukuthi isetshenziswa kanjani, nokuthi ungayichaza kanjani imiphumela yayo kubalulekile uma ufuna ukukhetha okulungile phakathi kwe-Intel Core, i-AMD Ryzen, ama-core amaningi, imvamisa ephezulu nge-core ngayinye, noma ngabe ukusebenzisa i-overclocking noma ukushintsha i-processor kuyazuzisa yini. I-BIOS.

Iyini i-DAWBench futhi kungani ihlukile kwezinye izilinganiso?

Empeleni, i-DAWBench iyisethi yamaphrojekthi nezindlela zokuhlola zama-DAW ahlukene ahlanganisa Balingisa izimo zokuxuba umsindo zangempela kanye nokucubungulaNgokungafani nama-benchmark ajwayelekile (i-Geekbench, i-AnTuTu, i-Passmark, njll.), ayigcini ngokucindezela umsindo noma ukuguqula amafayela: izama ukuphinda uhlobo lomthwalo olutholwa yisitudiyo lapho isebenza ngamathrekhi amaningi, ama-plugin, kanye nokucushwa okuhlukile kwe-buffer.

Ama-benchmark amaningi ajwayelekile alinganisa izinto ezifana ukucindezelwa kwedatha, ukufaka ikhodi yevidiyo, noma imisebenzi exubile ye-CPU ne-GPUKonke lokho kuhle futhi kuhle ekutholeni umbono ojwayelekile, kodwa akukutsheli okuningi ngokuthi uzokwazi yini ukusebenzisa amathrekhi ayi-100 ngama-plugin asindayo kumasampula angu-64 ngaphandle kokuthi i-Ableton yakho iphahlazeke. I-DAWBench, ngakolunye uhlangothi, igxile esimweni esijwayelekile sesitudiyo: ukucubungula ngesikhathi sangempela, ukubambezeleka okuphansi, imithwalo ehambisanayo, kanye nokuziphatha kwesistimu ngaphansi kokucindezeleka okuqhubekayo.

Umgomo womdali wayo kanye nomphakathi owayamukele uwukuphakamisa ireferensi evamile nephindaphindwayo yokuqhathanisa amapulatifomu hardware emkhakheni womsindoNgamanye amazwi, akufanele uthembele kuphela emibonweni yeforamu ehlukanisiwe, kodwa kunalokho bheka izinombolo eziqondile ezibonisa ukuthi zingaki izimo ze-plugin ezingase zisetshenziswe ngaphambi kokuba kwenzeke ukuchofoza nokuyeka.

Ngokomlando, kuye kwanyatheliswa izinguqulo ezahlukene ze-DAWBench, okuhlanganisa ne-DAWBench 2017, esasetshenziswa kabanzi, yize kunezinhlobo zakamuva. Naphezu kweminyaka, ukuqonda kokuhlolwa (ukubala izimo ze-plugin ngaphansi kwe-latency ehlukene kanye nemithwalo) kusasebenza ngokuphelele ukuze uthole umbono omuhle ngokusebenza okuhlobene kwe-CPU ngayinye.

Izivivinyo ze-DAWBench zihlelwa kanjani ku-DAW yangempela?

Ukudala i-benchmark ewusizo ngempela yomsindo akuyona into encane njengoba kubonakala. Umqondo ulula: dala iphrojekthi yokuhlola okulula ukuyilanda nokuyiqhuba, nokuthi abasebenzisi bangakwazi... linganisa ukuthi zingaki ama-plugin uhlelo lwakho olungawaphatha ngaphandle kwezinto zobucikoKodwa empeleni, imininingwane eminingi iyasebenza engaphazamisa umphumela uma ingalawulwa kahle.

Ukuze isivivinyo sibe sibi kakhulu, kubalulekile ukunquma, phakathi kwezinye izinto, ukuthi iyiphi i-DAW okufanele isetshenziswe, ukuthi yiliphi izinga lesampula kanye nokujula kwe-bit, ukuthi yimaphi ama-plugin, ukuthi ungazibala kanjani izikhathi, noma ukuthi iphrojekthi kufanele idlalwe kangaki ngaphambi kokwamukela isibalo. Akuwona wonke umuntu ozimisele ukufaka i-DAW demo, ukulungiselela iphrojekthi eyinkimbinkimbi, nokubuyekeza izilungiselelo zomsindo ngokuningiliziwe.Ngakho-ke, umklamo we-DAWBench uzama ukulinganisela ukunemba kanye nokulula kokusetshenziswa.

Esinye seziphakamiso ezivamile ukusebenzisa i-DAW yamahhala noma yokulinga ukuthi:

• Usekelo olusebenzayo lwezinqubo eziningi.
• Yiba nenjini enekhono lokwelula isikhathi.
• Vumela ukulanda izinguqulo ezithile ukuqinisekisa ukuthi wonke umuntu uhlola ngendlela efanayo.

Izinketho ezifana ne-Studio One Prime sezicatshangelwe, kodwa ziletha izinkinga: ukulinganiselwa kwezinguqulo zamahhala, i-ascargas okudinga ukubhaliswa kwangaphambilini kanye nokuntuleka kokulingana phakathi kwe-macOS kanye WindowsKulowo mongo, i-Reaper ivame ukuba yiyona engcono kakhulu: ungalanda cishe noma yiluphi uhlobo olukhishwe, lulula, futhi isikhathi sokuhlola sisebenza ngokugcwele.

Isibonelo esijwayelekile ukusebenzisa iphrojekthi ye-Reaper ezinikele enamathrekhi omsindo amaningana kanye nezinsimbi ezithile ezakhelwe ngaphakathi. Kokunye kokuhlolwa okuchazwe, kwalungiswa iphrojekthi ene- Amathrekhi omsindo angu-15 kanye nezinsimbi zomculo ezi-5 ze-Reaper, ezicindezelwe ku-OGG ukuze kusatshalaliswe kalulaUkuhlolwa kuqukethe ukulinganisa. el tiempo ukukhiqiza ngamanani ahlukene okuthatha amasampula (isb., 44,1 kHz kanye no-192 kHz) bese uqhathanisa imiphumela phakathi kwamaqembu.

Kuprosesa endala njengeCore2Duo, ukukhiqiza ku-44,1 kHz kunikeze isikhathi esiseduze ne- Imizuzu emi-2 nemizuzwana engama-50, kuyilapho ku-192 kHz isikhathi sanda kakhuluLokhu kubonisa kahle ukuthi umthwalo uyanda kanjani njengoba izinga lokuthola amasampula likhuphuka futhi kunikeza iphethini yokuqhathanisa ewusizo phakathi kwezizukulwane ze-CPU.

IBHASI LE-DAWBench, i-DAWBench DSP kanye nokuhlolwa okugxile kuma-plugin

Ngaphakathi kwe-DAWBench ecosystem kunezinhlobo ezahlukene zokuhlolwa, kodwa umqondo oyisisekelo uyafana: Kulayishwa izimo eziningi ze-plugin efanayo kuze kube yilapho uhlelo luyeka ukudlala kahle kuya kusayizi othile we-buffer. Enye yezinhlobo ezaziwa kakhulu yi-DAW Bench BUS, ethandwa kakhulu uma kuqhathaniswa ama-CPU anamandla edeskithophu njenge-AMD's Ryzen 9 noma uchungechunge lwe-Intel's high-end Core.

I-DAWBench BUS ngokuvamile isebenzisa amaketanga e-plugin alingisa amabhasi axutshwe kakhulu, aklanyelwe ukukhombisa ukuthi uhlelo luziphatha kanjani ngaphansi komthwalo. izimo eziyinkimbinkimbi zokuxuba nezindlela eziningi ngasikhathi sinyeKulezi zivivinyo, amaprosesa e-AMD Ryzen 9 avame ukusebenza kahle kakhulu, aze adlule amazinga okusebenza, yize ngezinye izikhathi eba ngemuva kwezinye izivivinyo ze-DAW Benchmark ezigxile ohlotsheni oluhlukile lomthwalo.

Enye indlela evamile ukuhlola ukusebenza kwe-serial kwe-plugin edinga kakhulu (isibonelo, i-saturator noma i-preamp efana ne-SGA 1566) kuthrekhi eyodwa. Kuleso simo, ukuhambisana akubalulekile njengamandla e-core eyodwa ye-CPU., njengoba lonke uchungechunge luthembele entanjeni eyodwa yokucubungula.

Ekuhlolweni okuthile ku-i9-10900K, silinganise ukuthi zingaki izimo ze-plugin ye-SGA 1566 ezingafakwa kuthrekhi ngaphambi kokuba kuvele izinto zobuciko, ngosayizi we-buffer ohlukene (amasampula angu-48, 256, kanye no-2048). Imiphumela ikhombisa izibalo ezizungeze Izikhathi ezingu-20-26 ezilandelanayo kuye ngosayizi we-buffer kanye nokucushwa kwe-overclockingfuthi ziwusizo ekuboneni ukuthi imvamisa yewashi nge-core ngayinye ithonya kangakanani ukusebenza lapho kungekho zintambo eziningi ezisetshenziswayo.

Kuyathakazelisa ukubona ukuthi lezi zivivinyo zihlukanisa kanjani ngokucacile. Ukuziphatha kwe-CPU ezimweni ezifanayo kakhulu uma kuqhathaniswa nezimo ezilawulwa yi-core eyodwa noma ezimbalwaLokhu kuyisihluthulelo sokuqonda ukuthi kungani iprosesa ingenza kangcono lapho ixuba kuneyokwenza kahle, noma okuphambene nalokho.

Isibonelo sangempela: I-DAWBench ku-Intel i9-10900K

Isibonelo esiwusizo kakhulu yileso somsebenzisi owahlola i-DAW Bench 2017 nge-PC esekelwe ku- I-Intel i9-10900K, i-RAM engu-64 GB DDR4 3200 MHz kanye ne-Reaper 6.53, ehambisana nesixhumi esibonakalayo se-RME Babyface Pro. Inhloso yaso kwakuwukuhlola umthelela wezici ezintathu: ukunqwabelana kwe-overclocking, ukucushwa okuzenzakalelayo kwe-UEFI, kanye nokusetshenziswa noma ukungasebenzisi i-Hyper-Threading.

Ukucushwa kwehadiwe kwakuhlanganisa ibhodi lomama le-ASUS ROG STRIX Z490-F, isitoreji I-NVMe yesistimu namaphrojekthi, I-SSD I-SATA yamalayibrari namadiski omshini wokugcina umlando kanye nama-backups. Uhlelo lwesitudiyo olusezingeni eliphezulu lwesimanje olujwayelekile, olunokupholisa umoya okusezingeni eliphezulu kanye nokunikezwa kwamandla kwekhwalithi ephezulu, ngaphandle kwezingxenye ezibizayo.

Okokuqala, wahlola i-CPU nge Isebenza ngesivinini esingaphezu kwe-4,8 GHz kuwo wonke ama-core, inkumbulo ikuma-3200 MHz (iphrofayili ye-XMP), i-virtualization ikhutshaziwe futhi i-Hyper-Threading ivuliweImiphumela evela ku-DAWBench, elinganisa ukuthi zingaki izimo ze-plugin ezingalayishwa ngaphambi kokuba iphrojekthi iqale ukuphahlazeka, yayicishe ibe:

• Amasampula e-buffer angu-48: izibonelo ezingu-183.
• Amasampula e-buffer angu-256: izibonelo ezingu-274.
• Amasampula e-buffer angu-2048: izibonelo ezingu-329.

Wabe esephinda isivivinyo nge-CPU ku Amanani e-BIOS “Okuzenzakalelayo Okulungiselelwe”Ukugcina inani elifanayo le-RAM, nge-virtualization ikhutshaziwe kanye ne-Hyper-Threading ivuliwe. Kule modi, i-CPU ikala amaza ngokuguquguqukayo: aphezulu ngama-cores ambalwa, aphansi ngama-cores amaningi. Imiphumela yayiyi:

• Amasampula angu-48: izibonelo ezingu-176.
• Amasampula angu-256: izibonelo ezingu-236.
• Amasampula angu-2048: izibonelo ezingu-295.

Ekugcineni, wahlela iprosesa nge i-overclocking ibe yi-4,8 GHz kodwa ikhubaza i-Hyper-Threadingukugcina konke okunye kufana. Inani lezibonelo lehle kakhulu:

• Amasampula angu-48: izibonelo ezingu-123.
• Amasampula angu-256: izibonelo ezingu-200.
• Amasampula angu-2048: izibonelo ezingu-231.

Lapho kugxilwa kuphela ekuhlolweni kwe-plugin elandelanayo (ithrekhi eyodwa ene-SGA 1566 ehlanganisiwe), imiphumela yahlala ifana kuzo zonke izilungiselelo: cishe izikhathi ezingu-20-26 kuye nge-buffer, ngaphandle komehluko omkhulu kuye ngokuthi i-Hyper-Threading ivuliwe noma cha.Lokhu kwenza kucace ukuthi i-HT iyasiza kakhulu emithwalweni eminingi, kodwa ayinikezi lutho ezimweni ezinemicu eyodwa.

Into ebalulekile okufanele uyithathe kuleli cala ukuthi, kulolu hlobo lomthwalo we-DAWBench, Ukweqisa ama-overclocking emhlabeni wonke kuthuthukisa ukusebenza uma i-CPU ilayishwe kakhulu futhi wonke ama-core esebenza ngesikhathi esisodwa.Njengoba i-BIOS isezingeni elizenzakalelayo, iprosesa ingafinyelela imvamisa ephezulu kancane ngama-cores ambalwa asebenzayo (afinyelela ku-100 MHz eyengeziwe uma kuqhathaniswa ne-OC) kodwa yehle iye cishe ku-4,4 GHz lapho wonke ama-cores esetshenziswa, okujezisa ukusebenza ekuhlolweni okuhambisana kakhulu.

Kusobala futhi ukuthi Ukukhubaza i-Hyper-Threading kunciphisa kakhulu ukusebenza kwe-multithreadedNakuba kungathuthukisi kakhulu noma kungaphazamisi ukusebenza kochungechunge olulodwa, kulesi simiso esithile, bekungekho nzuzo yangempela yokukhubaza i-Hyper-Threading yomsindo, ngokuphambene nalokho okuxoxwa ngakho ngezinye izikhathi ezinkundleni zokuxhumana.

Ukukhethwa kwe-CPU ye-Ableton namanye ama-DAW: i-Intel vs AMD, ama-P-cores, ama-E-cores kanye ne-AM5

Omunye wemibuzo evame kakhulu phakathi kwabakhiqizi bomculo ukuthi iyiphi iprosesa okufanele bayithenge ukuze basebenze ne-Ableton Live noma amanye ama-DAW. Abasebenzisi abaningi bahlukene phakathi Isizukulwane se-Intel Core sesizukulwane se-13/14, i-AMD Ryzen 7000/9000 kanye nochungechunge olusha lwesizukulwane se-15 se-Intel, hhayi nje kuphela ukwazisa ukusebenza kwamanje kodwa futhi nethuba lokukhula kwesikhathi esizayo.

Ezingeni elingokoqobo, kukhona labo abavela amalaptop ochwepheshe abanama-CPU anamandla aphansi, njenge-Dell Precision ene- I-Intel i5-1250P kanye ne-RAM engu-32 GBFuthi umqondo ukwakha ikhompyutha yedeskithophu ezinikele ekukhiqizweni kwe-Ableton kuphela. Ezimweni ezinjalo, ezinye izindlela ezivamile zifaka phakathi i-i7 13700/14700, i-Ryzen 7 9700X, noma ngisho nemodeli "K" evela esizukulwaneni se-15 esizayo se-Intel, ebiza kakhulu kodwa enikeza amandla amakhulu okusebenza.

Elinye lamaphuzu adala umsindo omkhulu ukuziphatha Ama-cores asebenza kahle kakhulu (ama-P-cores) uma kuqhathaniswa nama-cores asebenza kahle kakhulu (ama-E-cores) kuma-processor e-hybrid e-Intel. Abanye abasebenzisi bayaqiniseka ukuthi i-Ableton isebenzisa kahle ama-P-cores futhi ayinaki ama-E-cores, okubenza bazibuze ukuthi kunengqondo ngempela yini ukukhokhela i-CPU enama-cores amaningi asebenzayo okuthiwa i-DAW ngeke iwasebenzise.

Iqiniso licacile kancane: i-Ableton, njengamanye ama-DAW anamuhla, Yebo, isebenzisa ama-core amaningi, kodwa indlela ehambisa ngayo imisebenzi kanye nendlela uhlelo lokusebenza olungenelela ngayo ihlukile. (I-Windows, i-macOS) ingathinta ukuthi yiziphi izintambo ezigcina ziyi-P-cores noma i-E-cores, ikakhulukazi uma izilungiselelo zamandla ne-affinity zingalungiswanga kahle. Kodwa-ke, i-DAWBench ikuvumela ukuthi ubone ngendlela engokoqobo ukuthi yiziphi izilungiselelo ze-BIOS, amandla, kanye ne-CPU ezinikeza imiphumela emihle kakhulu.

Uma kuqhathaniswa imiphumela ye-DAWBench BUS kanye nezinye izivivinyo ezifanayo, kuyabonakala ukuthi Amaprosesa e-AMD e-Ryzen 9 anikeza ukusebenza okuhle kakhulu emisebenzini exubile kakhulu.Ngokuvamile bahamba phambili kumashadi, yize ezivivinyweni ezithile bengebona abawinile ngokuphelele ngaso sonke isikhathi. Ngaphezu kwalokho, i-AMD ivame ukuba nenzuzo ekusebenziseni amandla: Amaprosesa e-Ryzen avame ukunikeza amandla aphezulu ngenkathi egcina ukusetshenziswa kwamandla kwe-TDP okuphansi kanye namandla angempela kunamaprosesa e-Intel aphezulu ane-overclocking enamandla.

Esinye isici esinzima kakhulu yi- ubude besikhathi beplatifomuAbasebenzisi abaningi bayakwazisa ukuthi isokhethi le-AM5 le-AMD lizothola okungenani esinye isizukulwane (isibonelo, amaprosesa e-Zen 6 esikhathi esizayo), okubavumela ukuthi bathenge i-Ryzen 9 7900 noma i-9700X namuhla futhi bacabangele ukuthuthukela kumodeli ephezulu eminyakeni embalwa ngaphandle kokushintsha i-motherboard yabo noma i-RAM. Endabeni ye-Intel, labo abasebenzisa amaprosesa esizukulwane se-13/14 bayazi ukuthi kungenzeka ukuthi Ayikho indawo yokuthuthukisa ngaphakathi kwesokhethi efanayoFuthi ukuthi ukuze kudlulelwe esizukulwaneni se-15 nge-265K (isibonelo) kuzodingeka kuvuselelwe yonke ipulatifomu.

Isibonelo sangempela sesinqumo esisekelwe kulezi zinto ezicatshangelwayo yileso somsebenzisi, okwathi ngemva kokuqhathanisa izinketho ezisekelwe ezivivinyweni ze-DAW Bench kanye nokusetshenziswa kwamandla, wagcina ehlanganise uhlelo olune- I-Ryzen 9 7900 kanye ne-RAM engu-64 GB yokukhiqiza umculoIthemba labo ukuthi i-AMD izokhipha i-Zen 6 ye-AM5, ngaleyo ndlela inikeze indlela yokuthuthukisa yesikhathi esizayo ngaphandle kokwenza kabusha lonke uhlelo.

Ubudlelwano phakathi kwe-DAW, i-CPU, kanye nezinye izingxenye zekhompyutha

Ngaphandle kweprosesa, kubalulekile ukuqonda ukuthi umthwalo womsebenzi usatshalaliswa kanjani ohlelweni lomsindo. Indawo yokusebenzela yomsindo yedijithali akuyona nje i-CPU: Ibhodi lomama, i-RAM, isitoreji, i-GPU, ukunikezwa kwamandla, kanye nekesi konke kuthinta ukusebenza okuphelele ngezinga elikhulu noma elincane.Ukuba neprosesa enamandla akusizi kakhulu uma ezinye izinhlelo zikuphazamisa.

Ibhodi lomama linquma isokhethi, uhlobo kanye nenani le-RAM, inani lezikhala ze-M.2, ukuxhumeka kwediski, kanye nenani lamachweba. USB iyatholakala kuma-interface, abalawuli be-MIDI, kanye nezixazululo zokuqondisa ezifana Ubhanana weVoiceemeeter. Ugesi unesibopho sokuhlinzeka ngama-voltage azinzile; ugesi osezingeni eliphansi ungabangela ukungazinzi nomsindo kagesi ongafuneki.Icala, ngokwalo, lithonya umsindo wokupholisa nomsindo we-studio.

Kodwa-ke, maqondana nomthelela oqondile ekusebenzeni kwe-DAW, izingxenye ezibalulekile yilezi:

• Iprosesaowenza iningi lomsebenzi, ikakhulukazi ekuxubeni nasekuqondiseni.
• Inkumbulo RAM, obuningi bayo bubaluleke kakhulu kunesivinini ezimweni eziningi.
• amayunithi we isitorejiijubane labo elisiza ngokulayisha nokusakaza umsindo, kodwa akuvamile ukuba yimbangela enkulu uma usuvele usebenzisa ama-SSD.

Izivivinyo eziningi zokuqhathanisa ziye zalingisa amaphrojekthi okuxuba nokuphatha kahle kuma-DAW adumile (i-Pro Tools 12.5 HD, i-Cubase Pro 12, i-Ableton Live 11, i-Reaper 6.81 kanye ne-FL Studio 20) ukuze zibone ukuthi zisabela kanjani ngaphansi kwezimo ezilinganayo. Imiphumela ikhombisa ukuthi i-DAW ngayinye iphatha i-CPU, i-RAM, kanye nediski ngendlela ehlukile kancane.Lokhu kuchaza ukuthi kungani umshini ofanayo ungasebenza kahle ne-sequencer eyodwa futhi ungasebenzi kahle komunye.

Engxubeni engabizi kakhulu enamathrekhi omsindo ayi-100 kuma-bits angu-44,1 kHz/24 kanye ne-plugin eyodwa efakiwe kuthrekhi ngayinye (ama-plugins ayi-100 esewonke), kwaphawuleka ukuthi I-Cubase isebenzise i-CPU encane kakhuluPhakathi naleso sikhathi, ukusetshenziswa kwe-RAM kwe-FL Studio kwanda kakhulu, kwafinyelela cishe ku-8 GB, cishe kathathu kunalokho kwamanye ama-DAW. Ngamanye amazwi, i-FL Studio yayivame ukusebenzisa imemori eningi ukunciphisa ukufinyelela kwediski, ngisho nangaphansi kwemithwalo emaphakathi.

Lapho izidingo zanda ngokungeza kufikela kokufakwa okungu-4 ngethrekhi ngayinye (Ama-plugin angu-400 esewonke), kwabonwa amaphethini amaningana athakazelisayo:

• Wonke ama-DAW asebenzise ama-cores angu-16 kanye nemicu engu-32 ye-CPUokuqinisekisa ukuthi lezi zinhlelo zokusebenza ziyakala ngemicu eminingi kumaphrojekthi amakhulu okuxuba.
• I-Pro Tools ibe yi-RAM encane kakhulu, kodwa ngenxa yokusetshenziswa kwesitoreji okwandisiwe ngesikhathi sokudlala, ijoyina i-Ableton njenge labo abancike kakhulu ekusebenzeni kwediski.
• I-FL Studio yahlala iyi-DAW esebenzisa i-RAM eningi kakhulu, yize kulokhu kuhlolwa okusele kwasondela kancane ezibalweni zayo.
• I-FL Studio nayo ifune i-CPU eningi kakhulu, cishe kuphindwe kabili ukusetshenziswa kwe-CPU kwe-Ableton ne-Cubase, okwakubonakala kulula kakhulu ngaleyo ndlela, nge-Pro Tools kanye ne-Reaper phakathi nendawo.
• I-FL Studio yiyona kuphela engazange ithinte ama-drive okugcina ngesikhathi sokudlala kunoma yikuphi ukuhlolwa, okuyinto Lokhu kuchaza ngokwengxenye ukuthi ukusetshenziswa kwe-RAM ephezulu ukugcina konke kulayishiwe nokunciphisa ukusakazwa okuvela kudiski.

Ezimweni zokuphatha kahle kakhulu, ngefayela le-stereo eliyi-192 kHz, elingu-32-bit elihambayo elihambisana Ama-plugin ayi-10 asindayo kakhulu anesampula engaphezulu, izihlungi zesigaba esiqondile kanye nezinye "izinto ezinhle" ezisebenzisa i-CPUImiphumela ishintshile: Ukusetshenziswa kwe-CPU bekufana kakhulu kuwo wonke ama-DAW, kodwa yi-Cubase ne-Reaper kuphela ezinikeza ukudlala okubushelelezi ngaphandle kwezinto zobuciko.

Ku-Pro Tools, kwakunezikhathi ezithile lapho kwakunezixwayiso zokulayisha ngokweqile kwe-CPU, lapho ku-FL Studio kuchofozwa khona kanye nezinto ezincane ezisetshenziswayo kwakuzwakala ngezikhathi ezithile, kanti e-Ableton ukuchofoza kanye nokuhlanekezela kwakuhlala njalo kangangokuthi kwakwenza kwaba nzima ukusebenza ekuqondeni ngaphansi kwalezo zimo. Ukusetshenziswa kwe-RAM nediski akukashintshi kuzo zonke izinhlelo.Lokhu kwenza kucace bha ukuthi, kulolu hlobo lomsebenzi, wonke umthwalo uwela ku-microprocessor futhi, ngaphezu kwalokho, kuma-core ambalwa kakhulu athile.

Lokho i-DAW Bench nezinye izivivinyo ezisifundisa kona ngokwakha i-PC yomsindo

Uma sihlanganisa konke okungenhla, kuvela iziphetho ezicacile nezisebenzayo. Okokuqala ukuthi, ngokukhiqizwa komculo, Ingxenye ebaluleke kakhulu yiprosesaEzindaweni ezixubile, lapho imisebenzi eminingi ihambisana khona, ukuba nama-core amaningi kuyasiza, futhi ama-CPU anama-core angu-12, 16 noma ngaphezulu enza umehluko ku-DAW Bench BUS kanye nokuhlolwa okufanayo.

Kodwa-ke, ekuqeqesheni noma ezintanjeni ezisindayo kakhulu ezinemizila embalwa, Okubalulekile amandla angaphakathi nohlelo.Ngamanye amazwi, amaza aphezulu kanye nokwakhiwa okusebenzayo, noma ngabe inani eliphelele lama-cores alilikhulu kangako. Lokhu kuchaza ukuthi kungani ngezinye izikhathi iprosesa enama-cores ambalwa kodwa asheshayo ingaphatha kangcono izikhathi ezithile zokuphatha kuneyodwa enama-cores amaningi kodwa ahamba kancane.

Okwesibili, inani le-RAM libaluleke kakhulu kunesivinini. I-16 GB yanele ezimweni eziningi ezivamile zokuxuba ngokusho kokuhlolwa kwethu, yize kulezi zinsuku I-32 GB iyinani elifanele kakhulu lokusebenza nabahloli bamasampula, imitapo yolwazi, kanye namaphrojekthi amakhulu.Ukwandisa imvamisa ye-RAM kuyasiza ngandlela thile, kodwa akushintshi ukusebenza ngendlela efanayo nokuthuthukiswa kwe-CPU.

Okwesithathu, amayunithi okugcina (ikakhulukazi ama-SSD) abalulekile ku- Izikhathi zokulayisha iphrojekthi, ukuvulwa komtapo wolwazi kanye nokudlala lapho i-DAW isebenzisa isikhala esiningi sediskiNoma kunjalo, uma ususebenza nama-SSD amahle, ngokuvamile ayisici esingenamkhawulo kakhulu sokufeza ukudlala okubushelelezi, ngaphandle kwasezimweni ezithile zama-DAW athembele kakhulu ekusakazweni, njenge-Ableton noma i-Pro Tools.

Konke lokhu kuhambisana kahle nalokho okwembulwa yi-DAWBench: Ukwehluka okukhulu kokusebenza phakathi kwezinhlelo cishe njalo kuvela ekuhlanganisweni kwe-CPU + ukucushwa kwe-BIOS + ukuphathwa kwentamboFuthi ngemva kwalokho kuphela lapho i-RAM nediski ziqala ukusebenza khona. Lungisa uhlelo lokusebenza (khubaza ukonga amandla okunamandla, sebenzisa abashayeli be-ASIO abaqinile(ukugcina i-BIOS ihlelwe kahle) nakho kubalulekile, kodwa "uhlaka" lomshini lusekukhetheni i-microprocessor.

Kulabo abazothuthukisa ama-PC abo ukuze akhiqize umculo nge-Ableton, i-Cubase, i-Reaper, noma isofthiwe efanayo, i-DAWBench iyithuluzi eliwusizo kakhulu Ukuhumusha imininingwane yobuchwepheshe ibe yinto ephathekayo: zingaki ama-plugin, yiziphi izikhathi zokubambezeleka, futhi ngaphansi kwaziphi izimo zomhlaba wangempelaUkukhetha phakathi kwe-Intel ene-P-cores kanye ne-E-cores, i-multi-core Ryzen, noma imodeli ephansi kancane ene-IPC engcono akuseyona ilotho uma ungathembela emiphumeleni evela ekuhlolweni komsindo okuthile okufana nalokhu.