Ngaphambili, uhlolo lomgangatho welaphu lwendabuko kwishishini lempahla lwalusenziwa ngesandla, nto leyo eyakhokelela ekubeni abasebenzi basebenze nzima kakhulu, ukusebenza kakuhle, kunye nokuchaneka okungaguqukiyo. Kwanabasebenzi abanamava kakhulu, emva kwemizuzu engaphezu kwama-20 yokusebenza ngokuqhubekayo, bafumana ukwehla kwamandla abo okuchonga iziphene zelaphu.
Ukujongana nale ngxaki, ababoneleli ngezisombululo ezibonakalayo basebenzise iteknoloji ye-AI visual algorithm ephucukileyo ukuphuhlisa oomatshini bokuhlola amalaphu abakrelekrele ukuze bathathe indawo yabasebenzi abanezakhono. Aba matshini banokuhlola amalaphu ngesantya seemitha ezingama-45-60 ngomzuzu, nto leyo ephucula ukusebenza kakuhle ngama-50% xa kuthelekiswa nokuhlolwa ngesandla.
Ezi matshini ziyakwazi ukubona iintlobo ezingaphezu kwe-10 zeziphene, kuquka imingxunya, amabala, amaqhina entambo, nokunye, ngesantya sokufumanisa iziphene zelaphu ukuya kuthi ga kwi-90%. Ukusetyenziswa koomatshini bokuhlola amalaphu akrelekrele kunciphisa kakhulu iindleko zokusebenza kwiinkampani.
Uninzi lweematshini zokuhlola amalaphu akrelekrele ezikwimarike zisebenzisa iindlela zemveli zokuseta, kuquka iiPC zoshishino, amakhadi emizobo, kunye namakhadi okubamba. Nangona kunjalo, kwiifektri zelaphu, umoya ofumileyo obangelwa kukumanzisa ilaphu ngamanzi kunye nokuba khona kwe-lint edadayo kunokubangela ukubola kunye neesekethe ezimfutshane kwiiPC zoshishino zemveli kunye namakhadi emizobo, okubangela ilahleko kwezoqoqosho kunye neendleko eziphezulu emva kokuthengisa.
I-APQ TAC-3000 ithatha indawo yesidingo sokubaamakhadi okubamba, iiPC zoshishino, kunye namakhadi emizobo, enika uzinzo oluphuculweyo ngelixa kunciphisa iindleko zokuthenga kunye neendleko zasemva kokuthengisa.
Inxalenye 1: Iimpawu kunye neenzuzo ze-APQ TAC-3000
I-TAC-3000, eyenzelwe ukubala i-edge computing, isebenzisa imodyuli yochungechunge lwe-NVIDIA Jetson njengesiseko sayo kwaye ineempawu ezilandelayo:
- Amandla okuBalasela i-AI anamandla: Ngamandla okusebenzisa ikhompyutha afikelela kwi-100 TOPS, ihlangabezana neemfuno eziphezulu zokubala zemisebenzi enzima yokuhlola ngokubona.
- Ukwanda Okuguquguqukayo: Ixhasa iintlobo ngeentlobo ze-I/O interfaces (iGigabit Ethernet, i-USB 3.0, i-DIO, i-RS232/RS485) ukuze kube lula ukunxibelelana nezixhobo zangaphandle kunye neesensa.
- Unxibelelwano olungenazingcingo: Ixhasa ukwandiswa kwe-5G/4G/WiFi ukuze kubekho unxibelelwano oluzinzileyo kwiindawo ezahlukeneyo.
- Ukufakwa kweVoltage ebanzi kunye noYilo oluQhelekileyo: Ixhasa igalelo le-DC 12-28V kwaye inoyilo olungenafeni, oluncinci kakhulu olufanelekileyo ukufakwa kwiindawo ezixineneyo.
- Izicelo zokufunda ngokunzulu: Iyahambelana neTensorFlow, iPyTorch, kunye nezinye iindlela zokufunda ezinzulu, nto leyo evumela ukusasazwa kunye nokuqeqeshwa kweemodeli ukuze kuphuculwe ukuchaneka kokuhlolwa.
- Ukusetyenziswa kwamandla aphantsi kunye nokusebenza kakuhle okuphezulu: Uyilo olungenafeni, oludityaniswe neqonga leJetson, luqinisekisa ukusetyenziswa kwamandla aphantsi kunye nokusebenza okuzinzileyo kwiindawo ezinomswakama kunye nobushushu obuphezulu, okunciphisa iindleko zokusebenza kunye nokusetyenziswa kwamandla.
Iinkcukacha ze-TAC-3000
Ixhasa ibhodi engundoqo yeNVIDIA® Jetson™ SO-DIMM
Isilawuli se-AI esisebenza kakuhle esinamandla okufikelela kwi-100 TOPS yekhompyutha
Iiport ezintathu zeGigabit Ethernet, iiport ezine ze-USB 3.0
Ii-DIO ze-16-bit ozikhethelayo, ii-port ze-COM ezi-2 ze-RS232/RS485 ezinokucwangciswa
Ixhasa ukwandiswa kwe-5G/4G/WiFi
Igalelo le-voltage ebanzi ye-DC 12-28V
Uyilo olungenafeni, oluncinci kakhulu olunomzimba wesinyithi onamandla aphezulu
Ifanelekile ukufakwa kwidesktop okanye kwi-DIN
Ityala lokuhlola i-Smart Fabric
Isilawuli se-APQ TAC-3000, esisekelwe kwiqonga le-NVIDIA Jetson, sinikezela ngamandla ekhompyutha abalaseleyo, uzinzo, kunye nokusebenza kakuhle kweendleko. Sinezicelo ezibanzi kwiindawo zokuhlola ngokubonakalayo ze-AI, ezinje ngokuhlolwa kwelaphu, ukufunyanwa kokuqhekeka kwentambo, ukufunyanwa kweziphene zokugquma i-electrode, nokunye. I-APQ iyaqhubeka nokubonelela ngezisombululo zekhompyutha ezikrelekrele ezihlanganisiweyo ezithembekileyo ukunceda ukuqhubela phambili iphulo elithi "Made in China 2025".
Ixesha lokuthumela: Agasti-30-2024