Lattice recently cited data from IHS at its new product launch event, indicating that the market growth rate for FPGA chips will outpace the overall semiconductor market over the next 4-6 years. While different research institutions provide varying estimates for the FPGA market size, this is indeed a consensus. Typically, these reports mention potential drivers … Read more
Implementing edge computing in embedded systems is becoming increasingly popular, with several platforms beginning to support it, utilizing TinyML – compact machine learning. In addition to the eighth edition of Arduino Nano 33 BLE launched by our company, ESP32, QuickLogic’s QuickFeather, and PICO are also building an ecosystem around TinyML. We will gradually launch activities … Read more
Designing and building IoT hardware is always a pleasure. You can collaborate with hardware designers to create prototypes, run them with stakeholders, and develop practical, tangible products for your IoT environment. However, what does this process require, what are the key considerations, and what should be taken into account before building hardware? This article answers … Read more
Think Tank Highlights #Global Defense Dynamics #US Military Dynamics #Russian Military Dynamics #Taiwan Affairs #WeChat Store Available #South Korea #Raytheon #Japan #Electronic Warfare #Northeast Asia Military Dynamics #Drones The following article is sourced from Giant Vision Security, reprinted from Unmanned Competition Unmanned Aerial Vehicles (UAVs), commonly known as drones, face numerous challenges and applications that … Read more
Open Source Free IoT Edge Computing Gateway System Source Code http://www.gitpp.com/datashow/iot-master Commercialization requires authorization from the open-source author, please respect all intellectual property rights and open-source agreements The vast majority of open-source agreements internationally support commercialization, but domestic open-source projects may have certain differences in commercial support. The following is a detailed analysis of this … Read more
In both smart projects and the consumer scenarios of smart homes, the application of the Internet of Things (IoT) is involved. With the advancement of network technology, IoT applications are becoming increasingly popular. Most IoT applications are formed through the self-detection capabilities of sensors, combined with network transmission, computing, and big data technologies, achieving more … Read more
Introduction The IoT Gateway is a core component that connects physical devices and digital networks. It acts as a bridge between edge devices and cloud platforms, facilitating interconnectivity and communication between devices through data collection, protocol conversion, and security management. Core Functions Protocol Conversion: Unifies communication protocols used by different devices (such as Modbus, MQTT, … Read more
In the process of developing machine learning, once the model has been trained, the next step is to perform model inference. Depending on the deployment environment, it can be divided into three types of scenarios: Edge Computing: Generally refers to mobile phones and embedded devices, performing inference directly on the device where the data is … Read more
Dec. Follow us by clicking the blue text 2024.12 Tip: Learn how to deploy Tiny YOLO v4 on MYIR’s ZU3EG FPGA development board, comparing the performance of FPGA, GPU, and CPU to assist AIoT edge computing applications. 1. Why choose FPGA: Addressing 7nm process and AI limitations In the context of global semiconductor process restrictions … Read more
The smart home system utilizes a multitude of IoT devices (such as temperature and humidity sensors, security systems, lighting systems) to monitor the internal state of the home in real-time, achieving intelligent adjustments and human-machine interaction. With the development of IoT technology, its application scope, data scale, and market share will further expand, making intelligent … Read more