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This software provides an easy-to-use interface to test different features of Simcom modules and automate testing process through script commands. AT Command Tester for Simcom® Modules is supported on both Windows platform. Download AT Command Tester for Simcom® Modules for 7-day free trial, no credit card required. TOOL UPDATE Flashtool version 0.9.23.0 - Windows / Linux / Mac Hi, I will take the lead on releases of this tool as Bin4ry will have less time to work on it. For all flashtool informations (download links, changelog, screenshot. 应用Flash Update Tool 用户手册V1.30 11 SIMCOM Flash Update Tool 用户手册 图 4-12 10、 点击 Start Download 下载软件。 图 4-13 11、 Stop Download 12 应用Flash Update Tool 用户手册V1.30 SIMCOM Flash Update Tool 用户手册 可以在任一时间点击 终止下载。. File name: Size: Last updated. Ansmtmodulerfreferencedesignguidev1.01.pdf: 298.34 KiB: 28.12.16 14:46:46: MTKUSBDRIVER.rar: 8.52 MiB: 19.04.16 08:39:58.
MPU_INTERRUPT = 2
DTR = 6 to pin „S'
GPSFET = 7 to gate pin of GPS MOSFET
VCC = 8
pwrBtn = 9 to pin „K'
A4 – SDA
A5 – SCL
General Pinning
Schematic
Tasklist when a new SIM808 mini is made
- remove R104 on SIM808 board
- change AP1084 regulator resistors to R1 = 51k, R2 = 120k
- Flash new firmware (more info in „SIM800H EAT_FW_Download Tool_V104.pdf')
- turn power off
- connect RX & TX
- open SIM800_Series_download_Tools_Customer_v1.19/Flash_tool.exe as admin
- choose target = SIM808, port = UART, choose COM-port, baud=460800
- as download file choose 1418B04SIM808M32.cfg (first check simcom.ee for new version)
- click „Start Download' button
- turn power on
- PWRKEY has to be pulled low the whole time
- reboot when finished
- add resistors to DTR and SIM808-RX for 3.3V to 2.8V level shift (SIM808_Hardware Design_V1.02.pdf, page 36)
- remove GPS antenna connector on SIM808 board and add N-channel MOSFET between middle-pin of the connector and GND
- swap regulator of Arduino Pro Mini from MIC5205 to MCP1700 (for pinning have a look at Arduino_Pro_Mini_Regulator_Wechsel.jpg)
- cut LEDs of Arduino Pro Mini
- add more capacitors to the marked positions in schematic (do not replace, just solder them onto the existing ones)
- for more details of the modifications have a look at the schematic
Halo 4 pc game full version. After hardware setup open Arduino Project „TestAES'. It is necessary to initialise the Random Number Generator (RNG) on the Arduino. Generate a random set of 8 symbols and enter them into TestAES variable „randomNumber'. Compile and flash it to the device and let it run about 1h and 5min. Watch the output on the serial monitor. The RNG automatically saves a new initialiser to the EEPROM every hour. (RNG from ArduinoLibs) –> when autosavetime is set to 10mins it does not change the EEPROM??? –> so I'd say its not necessary
Add User to DB
On the server go to /var/www/ and change owner and group of map_register_save from root:root to www-data:www-data.
Then go to https://surrouter.asuscomm.com:8080/map_register_save/ and create new user.
In phpmyadmin duplicate ID0, ID0Blocks and ID0Statistics without data and change number of ID in name.
Generate an AES password and paste it into the according field of the user. Use Octave script to convert AES password to HEX values and insert them into the code.
Done.
Es wurden in der Datenbank die Spalten: lat, lng, alt, vel und distance von varchar einer bestimmten Länge auf decimal variablen mit bestimmter Länge und Nachkommazahlen geändert. Hat beim Umkonvertieren der Tabellen rund 25% der Größe der Tabelle gespart.
For user notification, grab users phone and add @get_id_bot to Telegram chats. Take the received user id and add it to map_get/index.php.
Updated pricing model by 16th of July 2018:
–> activate Roads API
https://console.cloud.google.com/
https://console.developers.google.com/
Info:
https://cloud.google.com/maps-platform/pricing/sheet/
https://cloud.google.com/maps-platform/user-guide/
The ESP32 Flash Download Tool, just like the ESP8266 download tool, is the official Espressif Download tool that runs on Windows platform. The tool can be used to modify and generate init BINs, generate consolidated BIN files or program multiple chips for production runs.
The tool uses COM port to send BIN files from PC to the ESP32, which then flashes the data to the primary flash chip.
There are multiple approaches to flashing the BIN files on to your ESP32 based system. Perhaps the simplest method to use with Espressif ESP32 ESP-IDF is to use commandmake flash
in the Linux environment instead of justmake
as instructed in Getting Started with ESP-IDF Part – 3.make flash
will invoke scripts to actually flash your BIN files to your ESP32 through the USB-to-UART adapter. However, this may not work very well if you are running the Linux environment on a Virtual Machine. In that case, the flash download tool comes in handy!
However, here we will go through the process of programming the ESP32 with the GUI based ESP32 Flash Download Tool. It is the official tool from Espressif Systems, the manufacturer of ESP32.
To proceed with the article, download the flash tool from here:
- Select a particular tab to find related options. Select HSPI tab for HSPI flash download. In general, you should use SPI download mode.
- BIN files to be downloaded. The checkbox must be checked and the file and address must be valid for a file to be successfully opened by program for download.
- Crystal Frequency should be the frequency of the crystal connected to your ESP32 module.
- SPI Flash speed. You may switch to 80MHz with fast flash chips. However, the ESP-IDF v.1.0 seems to be having issues with this higher than 40MHz.
- Tells about the current operation status. Whether the download tool is idle or running, etc.
- Start/Stop button to start or stop programming.
- Progressbar to indicate firmware download program.
- COM port settings such as baud rate and port number.
- PHY MAC IDs for Wifi, BLE, ethernet, etc.
- Information on the flash chip. This is acquired by low level API and this information is necessary for evaluating flash map, etc at runtime.
- Flash memory size. Most modules will contain the ESP32 hooked to a Winbond 32MBit flash memory. You may change accordingly if your hardware differs.
As in ESP32 ESP-IDF v.1.0 with no modified ld script files, the locations should be as follows for normal applications:
For user notification, grab users phone and add @get_id_bot to Telegram chats. Take the received user id and add it to map_get/index.php.
Updated pricing model by 16th of July 2018:
–> activate Roads API
https://console.cloud.google.com/
https://console.developers.google.com/
Info:
https://cloud.google.com/maps-platform/pricing/sheet/
https://cloud.google.com/maps-platform/user-guide/
The ESP32 Flash Download Tool, just like the ESP8266 download tool, is the official Espressif Download tool that runs on Windows platform. The tool can be used to modify and generate init BINs, generate consolidated BIN files or program multiple chips for production runs.
The tool uses COM port to send BIN files from PC to the ESP32, which then flashes the data to the primary flash chip.
There are multiple approaches to flashing the BIN files on to your ESP32 based system. Perhaps the simplest method to use with Espressif ESP32 ESP-IDF is to use commandmake flash
in the Linux environment instead of justmake
as instructed in Getting Started with ESP-IDF Part – 3.make flash
will invoke scripts to actually flash your BIN files to your ESP32 through the USB-to-UART adapter. However, this may not work very well if you are running the Linux environment on a Virtual Machine. In that case, the flash download tool comes in handy!
However, here we will go through the process of programming the ESP32 with the GUI based ESP32 Flash Download Tool. It is the official tool from Espressif Systems, the manufacturer of ESP32.
To proceed with the article, download the flash tool from here:
- Select a particular tab to find related options. Select HSPI tab for HSPI flash download. In general, you should use SPI download mode.
- BIN files to be downloaded. The checkbox must be checked and the file and address must be valid for a file to be successfully opened by program for download.
- Crystal Frequency should be the frequency of the crystal connected to your ESP32 module.
- SPI Flash speed. You may switch to 80MHz with fast flash chips. However, the ESP-IDF v.1.0 seems to be having issues with this higher than 40MHz.
- Tells about the current operation status. Whether the download tool is idle or running, etc.
- Start/Stop button to start or stop programming.
- Progressbar to indicate firmware download program.
- COM port settings such as baud rate and port number.
- PHY MAC IDs for Wifi, BLE, ethernet, etc.
- Information on the flash chip. This is acquired by low level API and this information is necessary for evaluating flash map, etc at runtime.
- Flash memory size. Most modules will contain the ESP32 hooked to a Winbond 32MBit flash memory. You may change accordingly if your hardware differs.
As in ESP32 ESP-IDF v.1.0 with no modified ld script files, the locations should be as follows for normal applications:
0x1000: bootloader.bin
0x4000: partitions_singleapp.bin
0x10000: .bin
The flash map is very simple as the ESP-IDF does not support OTA in this version yet. Therefore, the system only consists of a bootloader, a data partition table and the main user application BIN (generated by you by compiling your code).
Simcom Flash Update Tool V1 10.1
Pull GPIO0 LOW by pressing the 'program' button on your development board. Reset the ESP32 by pressing the EN button momentarily while holding down the IO0 button.
Simcom Flash Update Tool V1 10 Download
Now the ESP32 will successfully enter the flash programming mode. You can now set the files and check the required BIN file slots in the software such that they are all set to be downloaded into the flash.
Next press the Start button to continue and flash the BIN files into your ESP32 module!
Make sure that the COM port has been correctly selected. The download tool would typically automatically detect an USB-UART converter.
If you are repeatedly flashing revised versions of your application during the development process, note that you need not flash bootloader and singleapp partition BINs repeatedly.
You simply need to flash the .bin every time you update your program and generate an updated BIN file. Uncheck the bootloader and partition BINs to prevent unnecessary writes to the flash.
If you have not already, we urge you to go through our tutorials on ESP32 ESP-IDF:
ESP-IDF Tutorial Part 1
ESP-IDF Tutorial Part 2
ESP-IDF Tutorial Part 3
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