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Trouble Shooting of PCIe Absence on Customized Carrier Board Based on i.MX8MQ
There are two PCIe interfaces on Forlinx Embedded OKMX8MQ-C development board, corresponding to two PCIe differential clocks.
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Solution | Hypothermia Therapy Apparatus Solution based on AM62x
ARM architecture processor as device master control has been the choice of many medical equipment manufacturers. The following will take hypothermia therapy apparatus as an example to introduce ARM solution.
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How to Configure i.MX6ULL GPIO?
This article is based on OKMX6ULL-S development board of Forlinx embedded. Reference only for other i.MX6ULL development board.
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How to Mount wm8960 on I2C3 and Transmit Audio Data by SAI1
Learn how to mount the wm8960 audio chip on I2C3 and transmit audio data using SAI1. Modify the device tree to configure the audio settings.
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TI AM6254 Performance Test
Explore the results of the performance tests conducted on FET6254-C SoM with TI Sitara AM62x processors, including IEEE 1588 Precision Time Test and GPMC NOR Flash read and write test.
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Video Demo: OK6254-C SBC based on TI AM62x Supports Triple-Display
Here today we take this video to introduce more details about the AM62x SoM and development board/ kit by some practical testings and operatings and also a brief comparison with AM335x to help you to know more about its features and highlights.
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Difference Between RGB565 and RGB888
Among AM335x series development platforms of Forlinx, the LCD interface of OK335xS development board is in RGB888, while OK335xD development board is in RGB565. If the image of OK335xS is flashed to OK335xD, LCD will display abnormal colors.
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Flashing Ubuntu 12.04 LTS Linux image by MfgTool2 on iMX6 Development Board
Flashing Ubuntu 12.04 LTS Linux image by MfgTool2 on iMX6 Development Board
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FCU2201 Fanless Embedded Computer With 5G/4G Optional, Dual Gigabit Ethernets, WiFi
FCU2201 is fanless embedded computer launched by Forlinx, carries ARM Cortex-A53 processor, up to 1GHz. It can meet the performance requirements of local data processing and edge computing.
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i.MX6ULL IoT Edge Computing Gateway with Dual Ethernet, RS485, RS232, CAN, DI, DO
FCU1104 is a high-performance IoT edge computing gateway of Forlinx Embedded. It's based on NXP i.MX6ULL, with dual Ethernet ports, applicable to 1 LAN, 1 WAN or 2 LAN scenarios.
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