I-OTOMO MX6924 F5 iyikhadi lenethiwekhi engenantambo elishumekiwe elisebenzisa isixhumi esibonakalayo se-M.2 E-key futhi lisekela umthetho olandelwayo we-PCI Express 3.0. Isebenzisa ubuchwepheshe be-Qualcomm® 802.11ax Wi-Fi, isekela ibhendi engu-5180-5850 GHZ, enekhono le-AP ne-STA, 4×4 MIMO kanye nokusakaza kwendawo okungu-4.
Izici zokusebenza:
Imvamisa yokuxhumana: 380M ~ 550M
Amandla kagesi: 3 ~ 6V
Amandla okudlulisa: 20DBM(100MW)
Isixhumi esibonakalayo sokuxhumana: UART
Ithola ukuzwela: -140DBM
Isixhumi esibonakalayo: SMD (ihambisana nezikhonkwane zemigqa engu-2.0)
Imodi yokushintshashintsha: CHIRP-IOT
Usayizi wemojula: 15.4* 30.1MM
Isekela amapharamitha wokucushwa okungenantambo akude
Ukusekelwa kokuthumela idatha endaweni engashintshi (iyunithi yezinhlamvu)
I-OTOMO MX6974 F5 iyikhadi elishumekiwe le-WiFi6 elingenantambo elinesixhumi esibonakalayo se-PCI Express 3.0 kanye nokhiye we-M.2 E. Ikhadi elingenantambo lisebenzisa ubuchwepheshe be-Qualcomm® 802.11ax Wi-Fi 6, lisekela ibhendi engu-5180-5850 GHZ, futhi lingenza imisebenzi ye-AP ne-STA.
Ikhadi lenethiwekhi ye-OTOMO MX520VX engenantambo ye-WIFI, kusetshenziswa i-chip ye-Qualcomm QCA9880/QCA9882, idizayini yokufinyelela okungenantambo ye-dual-frequency, isixhumi esibonakalayo sokusingatha se-Mini PCIExpress 1.1, 2×2 MIMO ubuchwepheshe, isheshisa ukufika ku-867Mbps. Ihambisana ne-IEEE 802.11ac nangemuva iyahambisana ne-802.11a/b/g/n/ac.
Isekelwe ku-Raspberry PI RP2040
I-Dual-core 32-bit Arm*Cortex” -M0 +
I-Bluetooth yendawo, i-WiFi, i-U-blox Nina W102
I-Accelerometer, i-gyroscope
I-ST LSM6DSOX 6-eksisi IMU
Ukucutshungulwa kwephrothokholi yokubethela (I-Microchip ATECC608A)
Isiguquli sebhandi esakhelwe ngaphakathi (ukusebenza kahle okuphezulu, umsindo ophansi)
Sekela i-Arduino IDE, isekela iMicroPython
Isici esiyinhloko | |
I-Broadband | Usayizi: 130x16x5 mm |
Kulula ukufaka | Ubude bekhebula: 120 mm/4.75 amayintshi |
I-RoHs iyahambisana | Uhlobo lwekhebula: Ikhebula elincane le-coaxial 1.13 |
Ukusebenza kahle okuhle | Isixhumi: I-UFL encane |
Isixhumi: I-UFL encane | Izinga lokushisa lokusebenza: -40/85 ℃ |
Sekela itheyiphu enezinhlangothi ezimbili | Ipx-MHF |
Ibhodi lokuthuthukiswa kwe-Italy Original
Ukwenza izinhlelo ngezilimi ezisezingeni eliphezulu kanye nobuhlakani bokwenziwa ngenkathi kwenziwa imisebenzi yokubambezeleka okuphansi kuhadiwe okwenziwa ngokwezifiso
Ama-cores amabili ahambisanayo
Iphrosesa eyinhloko ye-Portenta H7 iyiyunithi eyi-dual-core ehlanganisa i-Cortex⑧M7 egijima ku-480 kanye ne-Cortex⑧M4 egijima ku-240 MHz. Ama-cores amabili axhumana ngomshini wokushaya ucingo ovumela izingcingo ezingenamthungo ukuthi zisebenze kwenye iphrosesa
I-accelerator yezithombe
I-Portenta H7 ingaxhuma amamonitha angaphandle ukuze yakhe ikhompyutha yakho egxilile egxilile kanye nesixhumi esibonakalayo somsebenzisi. Konke kungenxa ye-GPUChrom-ART Accelerator kuphrosesa. Ngokungeziwe ku-GPU, i-chip iphinda ihlanganise nesishumeki se-JPEG esizinikele kanye nesikhiphi khodi
I-Arduino UNO R4 Minima Le microprocessor esebhodini ye-Renesas RA4M1 inikeza amandla okucubungula akhulisiwe, inkumbulo enwetshiwe, nezinye izinto eziphathelene nocingo. Kushumekwe 48 MHz Arm⑧Cortex⑧ M4 microprocessor. I-UNO R4 inenkumbulo eningi kune-UNO R3, eno-256kB wememori ye-flash, 32kB ye-SRAM, kanye ne-8kB yememori yedatha (EEPROM).
I-ArduinoUNO R4 WiFi ihlanganisa i-Renesas RA4M1 ne-ESP32-S3 ukuze idale ithuluzi elihlanganisa yonke into yabakhi abanamandla okucubungula athuthukisiwe kanye nezinhlobonhlobo zama-peripherals amasha. I-UNO R4 WiFi yenza abakhi bakwazi ukungena emathubeni okudala angenamkhawulo.
I-Arduino MKR ZERO inikwa amandla yi-Atmel's SAMD21 MCU, ene-32-bit ARMR CortexR M0+ core.
I-MKR ZERO ikulethela amandla kaziro ngefomethi encane eyakhelwe ngendlela ye-MKR Ibhodi le-MKR ZERO iyithuluzi lokufundisa lokufunda ukuthuthukiswa kwesicelo se-32-bit.
Vele uyixhume kukhompuyutha usebenzisa intambo ye-micro-USB noma uyinike amandla ngebhethri le-lithium polymer. Njengoba kukhona ukuxhumana phakathi kwesiguquli se-analog yebhethri nebhodi lesifunda, i-voltage yebhethri nayo ingagadwa.
Izici eziyinhloko:
1. Usayizi omncane
2. Ikhono lokuqopha izinombolo
3. Ukusetshenziswa kwamandla okuphansi
4. Ukuphathwa kwebhethri okudidiyelwe
5. I-USB host
6. Ukuphathwa kwe-SD okudidiyelwe
7. Programmable SPI, I2C kanye UART
I-ATmega32U4
Ukusebenza okuphezulu, amandla aphansi we-AVR 8-bit microcontroller.
Ukuxhumana kwe-USB eyakhelwe ngaphakathi
I-ATmega32U4 inesici sokuxhumana se-USB esakhelwe ngaphakathi esivumela iMicro ukuthi ivele njengegundane/ikhibhodi emshinini wakho.
Isixhumi sebhethri
I-Arduino Leonardo inesixhumi sepulaki yomgqomo esilungele ukusetshenziswa namabhethri ajwayelekile ayi-9V.
EEPROM
I-ATmega32U4 ine-1kb EEPROM engasulwa uma kwenzeka ukuphelelwa amandla.
一,Imingcele yokucaciswa
Iithem | Aukungqubuzana |
Imodi yokuxhumana | I-WiFi, i-Bluetooth |
Imodi yokuvula | Izigxivizo zeminwe, iphasiwedi, ikhadi le-CPU, ikhadi le-M1 |
I-voltage yokusebenza | I-DC 6V (4 1.5V amabhethri e-alkaline) |
I-voltage yokunikezela okulindile | Ukunikezwa kwamandla kwe-USB 5V |
I-Static-amandla-ukusetshenziswa | ≤60uA |
Amandla-amandla-ukusetshenziswa | ≤350mA |
Ibanga lokufunda ikhadi | 0 ~ 15mm |
Ikhibhodi ye-Cipher | Ikhibhodi yokuthinta enamandla, okhiye abangu-14 (0~9, #, *, insimbi yokuncencethwa emnyango, thulisa) |
Bonisa isikrini | I-OLED (uyazikhethela) |
Umthamo oyinhloko | Amakhodi ayi-100, amakhadi okhiye ayi-100, izigxivizo zeminwe eziyi-100 |
Uhlobo lwenzwa yezigxivizo zeminwe | I-semiconductor capacitive |
Ukulungiswa kwezigxivizo zeminwe | Idatha ye-508DPI |
Uhlu lokungeniswa | 160*160 pixel |
Isiqondiso esisebenza ngezwi | ukusekela |
I-alamu yebhethri yezwi ephansi | ukusekela |
I-alamu yokunqanda izwi | ukusekela |
Isivivinyo nokuqandisa iphutha | ≥5 izikhathi |
Amalungelo-irekhodi lokuphatha | ukusekela |
Ukuvula amarekhodi umthamo wendawo yokugcina | Isekela umkhawulo wamafayela ayi-1000 |
Ipharamitha yokucaciswa
Iphrojekthi | Ipharamitha |
Imodi yokuxhumana | I-WIFI |
Imodi yokuvula | Ubuso, izigxivizo zeminwe, iphasiwedi, ikhadi le-CPU, i-APP |
I-voltage yokusebenza | I-DC 7.4V (Ibhethri ye-Lithium) |
I-voltage yokunikezela okulindile | Ukunikezwa kwamandla kwe-USB 5V |
Ukusetshenziswa kwamandla okungashintshi | ≤130uA |
Ukusetshenziswa kwamandla anamandla | ≤2A |
Ibanga lokufunda ikhadi | 0 ~ 10mm |
Ikhibhodi ye-Cipher | Ikhibhodi yokuthinta enamandla, okhiye abangu-15 (0~9, #, *, insimbi yokuncencethwa emnyango, thulisa, isikhiya) |
Umthamo oyinhloko | Ubuso obuyi-100, amagama ayimfihlo angu-200, amakhadi angukhiye angu-199, izigxivizo zeminwe eziyi-100 |
Isiqondiso esisebenza ngezwi | Izilimi ezimbili ngesiShayina nesiNgisi, imiyalelo yezwi eligcwele |
I-alamu yebhethri yezwi ephansi | ukusekela |
Bonisa isikrini | Ongakukhetha okungu-0.96 inch OLED ukubonisa |
Izingxenye zeso lekati levidiyo | Uma uthanda, i-intercom yomsindo nevidiyo, amaphikseli angu-200W, isibonisi esingu-3.97 “IPS |
I-alamu yokunqanda izwi | ukusekela |
Isivivinyo nokuqandisa iphutha | ≥5 izikhathi |
Irekhodi lokuphatha amalungelo | ukusekela |
Ukuvula amarekhodi umthamo wendawo yokugcina | Isekela ubuningi bezinto ezingama-768 |
Ukuvula amarekhodi awalahleki ngemva kokuhluleka kwamandla | ukusekela |
Amakhoyili e-Netra | ukusekela |
Ukuvikelwa kwe-ESD | Xhumana no-±8KV, umoya ±15KV |
Inkambu kazibuthe enamandla | > 0.5 T |
Inkambu kagesi enamandla | >50V/m |