Summary of Contents for NXP Semiconductors MCU-SMHMI-HDUG
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Document information Information Content Keywords MCU-SMHMI-HDUG, i.MX RT117H, EdgeReady, Smart HMI Abstract The Smart HMI solution is designed to provide a complete hardware and software reference for applications that require secured face recognition and local voice control, for example, coffee machine applications and elevator...
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide Overview NXP EdgeReady MCU-SMHMI solution is a Smart human machine interface (HMI) hardware and software solution for HMI projects. This solution is implemented using an NXP platform (SLN-TLHMI-IOT), which is based on NXP i.MX RT117H MCU. This solution is fully supported by NXP.
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide Table 1. Acronyms ...continued Acronym Meaning Real-time clock Secure digital SDHC Secure digital high capacity SDIO Secure digital input/output SDRAM Synchronous dynamic random-access memory Signal-to-noise ratio System-on-chip SRAM Static random-access memory Serial wire debug...
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide Table 3. Board features ...continued Board feature Description Manufacturer and/or part number Main 3V3 DC-DC for Active mode Diodes Incorporated AP3429KT 2V8 LDO for Active mode Diodes Incorporated AP2127K-1.2 Power ICs 1V2 LDO for Active mode (not populated) Diodes Incorporated AP2127K-2.8...
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide White LED x2 RT117H SW3 IR LED PDM Microphone Header RT117H SW2 2W 8Ω Speaker RT117H SW1 RT117H SW0 VDD_5V MikroE Click Reserved Camera Connection Expansion Header IR Camera Module Headers...
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide 2.1 i.MX RT117H microcontroller The i.MX RT117x crossover MCUs are part of the NXP EdgeVerse edge computing platform, having core frequency up to 1 GHz. This ground-breaking family combines superior computing power and multiple media capabilities with ease-of-use and real-time functionality.
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide on the SLN-TLHMI-IOT board. The SDRAM is connected to the i.MX RT117H MCU through its SEMC interface. The figure below shows the circuit diagram of the SDRAM. SDRAM_3V3 SEMC_A0 SEMC_A1 SEMC_A2...
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide 2.3.1 RGB camera (MIPI-CSI2) The SLN-TLHMI-IOT board supports an RGB camera module for supplying RGB image required for display. The camera module has a high-quality, 2 megapixel GalaxyCore GC2145 UXGA CMOS image sensor.
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MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide the i.MX RT117H MCU via two-lane MIPI interface. The touch panel is controlled by the i.MX RT117H MCU via its I2C5 interface and several GPIOs. The RK055AHD091 LCD display is installed on the board through a 40-pin FPC MIPI display connector (Wurth 68714014022).
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide Amplifier gain is fixed and defined by R20/R23 value. Volume control has to occur in the software domain. Audio stream (similar to PWM) is provided by the i.MX RT117H MQS interface and is filtered before feeding the analog audio amplifier. Although the amplifier is connected to MQS-RIGHT/MQS_LEFT (PWM) from i.MX RT117H, the incoming signal...
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide Table 19. IRA-S210ST01 – i.MX RT117H signal mapping IRA-S210ST01 pin name Board signal i.MX RT117H pin name (number) PIR_WAKE WAKEUP (T8) 2.8 Power circuitry The SLN-TLHMI-IOT board can be powered from an external power source through a USB Type-C connector (J7).
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide the VDD_1V2 voltage. Both are controlled by PMIC_STBY_REQ from the i.MX RT117H MCU. The figure below shows the circuit diagram for the VDD_2V8 and VDD_1V2 voltage regulators. TP200 VDD_5V SILK = VDD_2V8...
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide • SW1, SW2, and SW3 buttons are connected to some i.MX RT117H GPIOs. They are used in default out-of-box experience (OOBE) software to select application and MSD software update functionality. • SW4 button is connected to the POR pin of the MCU. Pressing SW4 resets the MCU.
MCU-SMHMI-HDUG NXP Semiconductors Smart HMI Hardware Development User Guide Table 23. Expansion connector – i.MX RT117H signal mapping ...continued Pin number Board signal i.MX RT117H pin name (number) EXT_WAKE_3V3 WAKEUP (T8) Not applicable Low-power optimizations The SLN-TLHMI-IOT board supports the Low-Power mode where only the VDD_5V, VDD_3V3_SNVS, and VDD_1V8 signals are active.
NXP Semiconductors. In the event that customer uses the product for design-in and use in In no event shall NXP Semiconductors be liable for any indirect, incidental, automotive applications to automotive specifications and standards, punitive, special or consequential damages (including - without limitation - customer (a) shall use the product without NXP Semiconductors’...
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