Shenzhen Obola Tech Co., Ltd

Android ARM Board A40i T507 for Industrial Equipment Product Description Model: T507cv1 Optional configuration: RAM(LPDDR4)+ROM(eMMC) 2+16G and 4+16G Product Features The Cortex-A53 64-bit quad-core processor is powered by Android/Linux+QT operating system, with a dominant frequency of 1.5GHz and ultra-low power consumption. The Mali-G31 supports H264 4K 25FPS video encoding and H.264/H.265 4K 60FPS hard decoding. A variety of video output interface, the core board  interface is rich, leading to all functional pins, support a number of peripheral expansion. Support the same display output, support LVDS RGB HDMI display interface. SOM Allwinner   Applications Intelligent display terminal products video terminal products industrial automation terminal products, Advertising machine, digital signage, intelligent self-service terminal, smart retail terminal, smart home, O2O intelligent equipment, industrial control host, robot equipment, etc. CPU T507 Main Frequency Quad-core A53(1.5GHz) Me

Interactive self-service terminals have become increasingly prevalent in various industries, offering convenient and efficient solutions for customer engagement and service delivery. To ensure seamless functionality and optimal user experience, these terminals require reliable and powerful computing platforms. This is where System-on-Module (SOM) technology comes into play. In this article, we will explore how SOMs are utilized in interactive self-service terminals, their benefits, and their impact on enhancing user experience and operational efficiency. The Role of  SOMs in Interactive Self-Service Terminals SOMs play a crucial role in powering interactive self-service terminals, serving as the central computing engine that drives their functionality. They handle complex tasks such as processing user input, managing data, and driving displays. By integrating a SOM into a terminal design, developers can leverage a proven computing platform, reducing development costs, and accelerating