Uqhagamshelwano lwe-Interboard
Imodyuli yePortenta H7 ekwibhodi engenazingcingo ivumela ulawulo ngaxeshanye lweWiFi kunye noqhagamshelo lweBluetooth, ujongano lweWiFi lunokudityaniswa ngaxeshanye njengendawo yokufikelela, indawo yokusebenza okanye imowudi emibini, ujongano lweWiFi lunokusebenza njengendawo yokufikelela, indawo yokusebenza okanye imowudi ezimbini ngaxeshanye AP/ I-STA, kwaye inokusingatha amazinga okudluliselwa ukuya kwi-65MbPS. Uluhlu lwemidibaniso yeentambo ezahlukeneyo, njenge-UART, SPI, Ethernet okanye 12C, inokuvezwa ngezinye iziqhagamshelo zesitayile seMKR okanye iArduino Industrial 80Pin entsha yokudibanisa iperi.
Umboniso wemveliso
I-Portenta H7 iqhuba zombini ikhowudi ephezulu kunye nemisebenzi yexesha langempela. Uyilo lubandakanya iiprosesa ezimbini ezinokuqhuba imisebenzi ngokuhambelanayo. Unokwenza ikhowudi edibeneyo yeArduino kunye neMicro Python kwaye ube neecores ezimbini zinxibelelane. Ukusebenza kwePortenta kuphindwe kabini, kunokuqhuba njengayo nayiphi na enye ibhodi ye-microcontroller edibeneyo, okanye inokuqhuba njengeprosesa ephambili yekhompyutheni edibeneyo. Sebenzisa ibhodi yePortenta ukuguqula i-H7 kwikhompyutheni ye-ENUC kwaye uveze zonke i-H7 interfaces ezibonakalayo. I-Portenta yenza kube lula ukuqhuba iinkqubo ezenziwe kusetyenziswa i-TensorFlow Lite, apho unokuba nenye yee-cores dynamically compute i-algorithms yombono wekhompyutha ngelixa enye isenza imisebenzi ekwinqanaba elisezantsi, elifana nokulawula iimotor okanye ukusebenza njengojongano lomsebenzisi. Sebenzisa iPortenta xa ukusebenza kubalulekile. Kwezinye iimeko esinokucinga ngazo: oomatshini bemizi-mveliso abaphezulu, izixhobo zelabhoratri, umbono wekhompyutha abalawuli beengqiqo ezicwangcisiweyo, ujongano lomsebenzisi olulungele ishishini, abalawuli berobhothi, izixhobo ezibalulekileyo zemishini, iikhompyuter ezizinikezeleyo ezimiselweyo, i-computing yokuqalisa ngesantya esiphezulu (i-milliseconds) .
Iicores ezimbini ezihambelanayo:
Iprosesa ephambili yePortenta H7 yi-STM32H747 ye-double-core, kuquka i-CortexM7 eqhuba kwi-480 MHz kunye ne-CortexM4 eqhuba kwi-240 MHz. Ezi cores zimbini zinxibelelana ngenkqubo yokufowuna ekude evumela iifowuni ezingenamthungo ukuba zisebenze kwenye iprosesa. Zombini iiprosesa zabelana ngazo zonke izixhobo ze-chip kwaye zinokubaleka: Imizobo ye-Arduino ngaphezulu kwe-ArmMbed OS, izicelo zemveli zeMbed TM, iMicroPython/JavaScript ngetoliki, iTensorFlowLite.
I-Accelerator yemizobo:
I-Portenta H7 inokudibanisa kwimiboniso yangaphandle ukuze wakhe ikhompyutha yakho edibeneyo edibeneyo ngokusebenzisa ujongano lomsebenzisi. Oku kubulela kwi-GPU Chrom-ART Accelerator kwi-STM32H747 iprosesa. Ukongeza kwi-GPU, i-chip ibandakanya i-JPEG encoder kunye ne-decoder.
Umgangatho omtsha womsebenzi wephini:
Uchungechunge lwe-Portenta longeza ezimbini i-80-pin-high-density connectors ukuya ngasezantsi kwebhodi yophuhliso. Ukuphucula nje ibhodi yePortenta kwibhodi yophuhliso ehambelana neemfuno zakho ukuze uqinisekise ukulinganisa uluhlu olubanzi lwezicelo.
NONE
Iimodyuli ezingaphakathi ezingenazingcingo zivumela ulawulo ngaxeshanye lweWiFi kunye noqhagamshelo lweBluetooth. I-interface ye-WiFi ingasetyenziswa njengendawo yokufikelela, indawo yokusebenza, okanye imowudi emibini ngaxeshanye AP/STA, kwaye inokusingatha amazinga okudlulisa ukuya kuthi ga kwi-65 Mbps. Ujongano lweBluetooth luxhasa iBluetooth yeClassic kunye neBLE. Uluhlu lweendlela ezahlukeneyo zokujongana neentambo, ezifana ne-UARTSPI, i-Ethernet okanye i-12C, zinokuvezwa ngezinye iziqhagamshelo zesitayile se-MKR, okanye nge-Arduino Industrial 80-pin entsha yokudibanisa iperi.
Microcontroller | SRM32H747X1 Dual Correx-M7 +M432 bits Amandla aphantsi we-ARM MCU (Iphepha leDatha) |
Imodyuli yerediyo | I-Murata 1DX Dual WiFi 802.11b /g/ n65Mbps Kwaye iBluetooth 5.1 BR / EDT / LE(iphepha ledatha) |
Into yokhuseleko ehlala ikho | Imifanekiso ye-NXP SE0502 |
Unikezelo lombane kwibhodi | (USB/NIN):5V |
Ibhetri yenkxaso | 3.7V ibhetri ye-lithium |
Umbane wokusebenza kwesekethe | 3.3V |
Ukusetyenziswa kwamandla ngoku | I-2.95UA ikwimowudi yokulinda (ugcino lwe-SRAM icinyiwe, i-TRC/LSE ivuliwe) |
Bonisa isub | MIP|DSI inginginya kunye ne-MIPID-PHY ujongano olunepini ephantsi umboniso omkhulu |
GPU | I-Chrom-ART Graphics Hardware Accelerator |
Ixesha | Izibali ezingama-22 kunye nezinja zonogada |
Uthotho lwezibuko | Amazibuko ama-4 (amazibuko ama-2 anolawulo lokuhamba) |
I-Ethernet PHY | 10/100 Mbps (ngezibuko elandiswayo kuphela) |
Ubushushu bokusebenza | -40°C ukuya kuma-85°C |
Okubhalwe ngasentla kweMKR | Sebenzisa naliphi na ikhaka le-MKR loshishino elikhoyo |
Isidibanisi soxinaniso oluphezulu | Izixhumi ezimbini ze-80-pin zityhila zonke iiperipherals zebhodi kwezinye izixhobo |
Ujongano lwekhamera | 8-bit, ukuya kuthi ga kwi-80MHz |
ADC | I-3 * ADC, isisombululo se-16-bit (ukuya kumatshaneli angama-36, ukuya kwi-3.6MSPS) |
Digital-to-analog converter | 2 12-bit Dacs (1 MHz) |
I-USB-C | Umkhosi / isixhobo, i-DisplayPort output, isantya esiphezulu / isantya esipheleleyo, ukuhanjiswa kwamandla |