$239.00
for STM32F2 RESISTIVE FPI with frame
Mikromedia 4 for STM32F2 RESISTIVE FPI with frame is not limited to multimedia-based applications only. USB, digital motion sensor, battery charging functionality, SD card reader and much more expands its use beyond the multimedia.
Mikromedia 4 for STM32F2 RESISTIVE FPI with frame has two mikroBUS™ Shuttle connectors, a brand-new addition to the mikroBUS™ standard in the form of a 2x8-pin IDC header with 1.27mm (50mil) pitch. mikroBUS™ Shuttle extension board is an add-on board equipped with the conventional mikroBUS™ socket, which ensures compatibility with 894 Click boards™.
Mikromedia 4 for STM32F2 RESISTIVE FPI with frame is a compact development board designed as a complete solution for the rapid development of multimedia and GUI-centric applications. By featuring a 4.3" TFT display with resistive touch screen driven by the powerful graphics controller that can display the 24-bit color palette (16.7 million colors), along with a DSP-powered embedded sound CODEC IC, represents a perfect solution for any type of multimedia application.
Once you have downloaded NECTO Studio, and since you already got the board, you are ready to start writing your first GUI projects. Start using one of the most popular graphics library in the embedded industry - LVGL graphics library, an integral part of NECTO Studio.
Mikromedia 4 for STM32F2 RESISTIVE FPI (FPI stands for Front Panel Integration) with frame is designed as the complete solution. It can be implemented directly into any project, with no additional hardware modifications. At its core, there is a powerful 32-bit STM32F207VGT6 microcontroller from STMicroelectronics, which provides sufficient processing power for the most demanding tasks. Board has a TFT display with a metal frame, and four mounting holes that enable simple installation in various kinds of industrial appliances. Nice casing is all that is needed to turn this product into a high-performance, feature-rich device. This board requires the use of an external programmer and debugger, preferably CODEGRIP or mikroProg. The microcontroller can be programmed and debugged over the JTAG/SWD compatible 2x5 pin header, labeled as PROG/DEBUG.
Resource-demanding and complex audio processing tasks can be offloaded from the host MCU by utilizing a dedicated audio CODEC IC, labeled as VS1053B. This IC supports many different audio formats, commonly found on various digital audio devices.
The host MCU can be programmed and debugged over the JTAG/SWD compatible 2x5-pin header. A high-precision buffered voltage reference from Microchip is used to provide a very precise voltage reference with no drift, when required. The FXOS8700CQ, an advanced integrated 3-axis accelerometer and 3-axis magnetometer can detect many different motion-related events.
This development board is not limited to multimedia-based applications only. USB, digital motion sensor, battery charging functionality, SD card reader and much more expands its use beyond the multimedia.
A high-quality 4.3" TFT true-color display with a resistive touch panel is the most distinctive feature of the mikromedia 4. The display has a resolution of 480 by 272 pixels, and it can display up to 16.7M of colors. The display module is controlled by the SSD1963 graphics driver IC from Solomon Systech. This is a powerful graphics coprocessor, equipped with 1215KB of frame buffer memory. It also includes some advanced features such as the hardware accelerated display rotation, display mirroring, hardware windowing, dynamic backlight control, programmable color and brightness control, and more.
The Power Supply Unit (PSU) provides a clean and regulated power, necessary for a proper operation of the mikromedia 4 development board. It is equipped with three different power supply inputs, offering all the flexibility that mikromedia 4 needs.
The microSD card slot allows storing large amounts of data externally, on a microSD memory card. The microSD card detection circuit is also provided on the board.
The host MCU is equipped with the USB peripheral module, allowing simple USB connectivity.
To allow continuous tracking of time, mikromedia 4 is equipped with a button cell battery that maintains RTC functionality even if the main power supply is off.
There are two mikroBUS™ Shuttle connectors on the development board, labeled as MB1 and MB2. Typically, a mikroBUS™ Shuttle connector can be used in combination with mikroBUS™ Shuttle extension board but is not limited to it. mikroBUS™ Shuttle extension board is an add-on board equipped with the conventional mikroBUS™ socket and four mounting holes. It can be connected to the mikroBUS™ Shuttle connector by a flat cable. This ensures compatibility with the huge base of Click boards™.
| Architecture | ARM (32-bit) |
| Display size | 4.3" |
| Touch Screen | Resistive |
| Frame Type | Metal Frame |
| Features | Buzzer,USB Type C,USB Host,SD Card,RF,ON/OFF switch,MP3,External DC source,Battery Powered,Battery for RTC,Batt. Chg. when OFF,Accel |
| Display type | mikromedia |
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PID: MIKROE-6158
Weight: 130 g
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