IOT module

The NEO-M9N module is based on the robust u-blox M9 GNSS chip, which provides exceptional sensitivity and acquisition times for all L1 GNSS systems. The u-blox M9 standard precision GNSS platform, offering meter-level accuracy, is the successor to the renowned u-blox M8 product line. The NEO-M9N supports simultaneous reception of four GNSS signals. The high number of visible satellites allows the receiver to select the best signals. This maximizes positioning accuracy, especially in challenging conditions such as deep urban canyons. The NEO-M9N detects jamming and spoofing events and reports them to the host, allowing the system to respond to such events. Advanced filtering algorithms mitigate the effects of RF interference and jamming, enabling the product to operate as intended. The NEO-M9N module integrates a SAW filter combined with an LNA in the RF path. This design enables normal operation even in the presence of strong RF interference, such as when a cellular modem is coupled to the NEO-M9N. The NEO-M9N offers backward pin-to-pin compatibility with previous u-blox generations, saving developers time and money when upgrading their designs. Software migration requires minimal effort thanks to continuous support for UBX messages across product generations. parameter Product variants NEO-M9N GNSS features GNSS BeiDou, Galileo, GLONASS, GPS/QZSS Number of concurrent GNSS 4 Oscillators TCXO Interfaces UART ✓ USB ✓ SPI ✓ I2C ✓ Electrical data Maximum supply [V] 3.6 Minimum supply [V] 2.7 Environmental data, quality & reliability Maximum temperature [°C] 85 Minimum temperature [°C] -40 Features Antenna supervisor ✓ Data logging ✓ FW update via serial interface ✓ Internal oscillator ✓ RTC crystal ✓ Dimensions Dimensions [mm] 12.2 x 16.0 x 2.4 Services AssistNow ✓ Scope of delivery : 1 x piece

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Das ESP32-Entwicklungsplatine, der Standard- bis 7-Zoll-  Bildschirm und SD Card unterstützen das automatische Herunter laden mit einer Taste, bieten lvgl-Demo und Arduino-Beispiele Parameter: Verwenden Low-Power-Dual-Core-32-Bit-CPU, die als Anwendungs prozessor verwendet werden kann. Die Haupt frequenz beträgt bis zu 240MHz und die Rechen leistung beträgt bis zu dmips Eingebaute 520 kb sram Arbeitsspannung 4,75-5,25 V Spiflash Standard 32mbit RAM intern 520kb Wi-Fi 802,11 b/g/n/e/i Bluetooth Bluetooth 4,2 br/edr und ble Standard Unterstützung schnitts telle (2mbps) uart, spi, i2c, pwm Unterstützung tf karte, maximale unterstützung 4g Io port 9 Standard einstellung für serielle Port rate 115200bps Spektrum bereich 2483,5 ~ MHz Antennen form an Bord der Leiterplatte antenne, 2dbi gewinnen Bild Ausgabe format: JPEG (nur ov2640 Unterstützung), BMP, Graustufen Verpackungs methode dip-16 Sende leistung 802,11 b: 17 ± 2dbm (@ 11mbps) 802,11g: 14 ± 2dbm (@ 54mbps) 802,11 n: 13 ± 2dbm (@ mcs7) Empfangende Empfindlichkeit cck, 1mbps:-90dbm Cck, 11mbps:-85dbm 6mbps (1/2bpsk): -88dbm 54mbps (3/464-qam): -70dbm Mcs7 (65 MBit/s, 72,2 MBit/s): -67dbm Strom verbrauch schalten Sie den Blitz aus: 180ma @ 5v Schalten Sie den Blitz ein und stellen Sie die Helligkeit auf das Maximum ein: 310ma @ 5v Tiefschlaf: Der niedrigste Strom verbrauch kann 6ma @ 5v erreichen Moderm-Schlaf: Der niedrigste kann 20ma @ 5v erreichen Licht-Schlaf: der niedrigste kann 6,7 ma @ 5v erreichen Sicherheit wpa/wpa2/WPA2-Enterprise/wps Arbeitstemperatur-20 ℃ ~ 70 ℃ Speicher umgebung-40 ℃ ~ 125 ℃, <90% rh Anwendung Home Smart Device Bild übertragung Drahtlose Überwachung Intelligente Landwirtschaft Qr drahtlose Erkennung Signal des drahtlosen Position ierungs systems andere iot Anwendungen Lieferumfang: 1 x  Display Modul Mit Kabel   Weitere Bilder       

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OV5640 image sensor: Technical overview The OV5640 image sensor is a state-of-the-art solution for digital imaging applications, offering an impressive 5 million pixels. This high resolution enables the capture of clear and detailed images for applications in a variety of fields, such as surveillance, robotics, and mobile devices. Important functions With its low operating voltage, the OV5640 is particularly well-suited for embedded applications. This not only ensures low power consumption but also helps extend battery life in mobile devices. The sensor supports a field of view of up to 120 degrees, making it ideal for wide-angle shots. Control is via an SCCB bus, which allows for easy programming of all image processing functions. These include gamma curve adjustment, white balance, and saturation and chroma control. This ensures flexible image quality management and allows adaptation to the specific requirements of each application. Technical specifications - **Number of pixels:** 5 million pixels - **Operating voltage:** Low voltage, ideal for embedded applications - **Field of view:** 120 degrees - **Connector:** DVP - **Height:** 5.12 mm - **Lens size:** 1/4" - **Cable length:** 78 mm - **Distortion:** Less than 1% Additionally, the OV5640 can be used with various ESP modules. These modules are equipped with a dual-core 32-bit CPU, supporting frequencies up to 240 MHz and offering computing power up to 600 DMIPS. They also feature integrated functions such as UART, SPI, I2C, PWM, ADC, and DAC, making them a flexible choice for various image processing applications. With its unique sensor technology, the OV5640 significantly improves image quality by delivering clear and stable color images while minimizing distortion. This makes it an excellent choice for developers with high demands on image processing. Scope of delivery : 1 x piece ESP32Cam with the camera

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The ESP32R4 controller features the ESP32 microcontroller, 2.4 GHz Wi-Fi, and Bluetooth LE 4.2 (BR/EDR + LE). Two CPU cores with adjustable clock speeds up to 240 MHz are used to control four relays, four buttons, the buzzer, and additional embedded modules for additional interfaces and a color TFT touchscreen. The ESP32R4, equipped with the ESP32 microcontroller, can be deployed as a complete standalone system or as a slave device for the cloud or server, reducing the communication stack overhead for the main application. The ESP32R4 can be connected to other systems via its UART, I2C, SPI, and SDIO interfaces to provide Wi-Fi and Bluetooth functionality. ESP32-DOWD-V3 microcontroller module with 4MB or 16 MB FLASH and 8 MB PSRAM Embedded or External WiFi/Bluetooth antenna 4 active relays for commutate load 10A, 240AVC/30VDC with LED indicate 4 functional buttons AC 90~240V or DC 7~36V power IN Programming buttons: PROG and RESET and UART programming header Sound Buzzer Status LED Socket for RF433/315 receiver modules Pin headers and RJ-12 sockets for connecting additional equipment with I2C, SPI, Serial UART, RS232 or RS485 interface. Enclosure or board variation. MCU ESP32 – 32-bit 2.4GHz Wi-Fi & Bluetooth/BLE Two CPU core(s) with adjustable clock frequencies, ranging from up to 240 MHz +19.5 dBm output power ensures a good physical range Classic Bluetooth for legacy connections, also supporting L2CAP, SDP, GAP, SMP, AVDTP, AVCTP, A2DP (SNK) and AVRCP (CT) Support for Bluetooth Low Energy (Bluetooth LE) profiles including L2CAP, GAP, GATT, SMP, and GATT-based profiles like BluFi, SPP-like, etc Bluetooth Low Energy (Bluetooth LE) connects to smart devices, broadcasting low-energy beacons for easy detection Peripherals include capacitive touch sensors, high-speed SPI, UART, I2S and I2C Firmware: Esphome Home Assistant TASMOTA Scope of delivery: 1 x ESP32R4 Board 4M 1 x Din Rail housing with instructions and support service

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