System-in-Package (SiP) is an advanced integrated circuit packaging technology. Its core idea is to integrate multiple semiconductor chips (Die) with different functions and passive components (such as resistors, capacitors, inductors, filters, antennas, etc.) within the same package, thereby forming a complete or nearly complete system or subsystem. In simple terms, SiP achieves system integration at … Read more
The image below shows a miniature wireless temperature sensor used for industrial or laboratory measurements, widely applicable in various scenarios such as sealed spaces, rotating components, and areas where wiring is inconvenient. 01Miniaturization Based on the application scenario, the sensor is designed with a miniaturized size, which can reach a minimum of 3-5CM, meeting the … Read more
This article is based on the latest industry report from August 2025 titled “Growth Opportunities in Wearable Biosensors, RADAR Sensors, Weather Sensors, UV Spectroscopy, Quantum Sensors, LiDAR Sensors and SAW Sensors” and introduces 10rapidly developing cutting-edge sensor technologies, detailing the problems they solve, the companies developing them, and their future prospects.In simple terms: sensor technology … Read more
System-in-Package (SiP) is an advanced integrated circuit packaging technology. Its core idea is to integrate multiple semiconductor chips (Die) with different functions and passive components (such as resistors, capacitors, inductors, filters, antennas, etc.) within the same package shell, thereby forming a complete or nearly complete system or subsystem. In simple terms, SiP achieves system integration … Read more
Key Points:・An illuminance sensor is a device that perceives environmental brightness, working by outputting current based on the amount of light received by its photodetector. ・A proximity sensor is a device that detects the distance to a target object by measuring the reflection of emitted waves, sound, or light to determine the presence of the … Read more
Introduction For the “brain” of smart cars—the PCB (Printed Circuit Board), the number of functions that can be integrated per unit area directly determines the technological advancement of the entire vehicle’s electronic architecture. In the Thor-U project developed by Ideal Automotive, the PCB size is 210mm×191mm, with a board density of up to 68%. In … Read more
With the rapid development of digital devices, SD card connectors, serving as a bridge between storage modules and motherboards, are undergoing unprecedented technological innovations. From smartphones to automotive electronics and industrial equipment, the design and application of SD card connectors are evolving rapidly. This article will explore the latest innovative directions and future prospects of … Read more
According to foreign media reports, the Silicon Valley startup ANELLO Photonics is quietly revolutionizing the global navigation field through miniature inertial sensor technology. The company was co-founded by former Intel silicon photonics expert Mario Paniccia, and its core product is a disruptive device that integrates high-end gyroscope precision into a coin-sized chip. This technology aims … Read more
In the wave of technological advancements, cutting-edge technologies such as artificial intelligence, the Internet of Things, and big data are deeply integrated with the robotics industry, leading to an exponential expansion of robot functionalities and a significant increase in complexity. This development trend imposes unprecedented stringent requirements on the core component of robots—the Printed Circuit … Read more
Micro flying vehicles have significant advantages in exploring complex environments such as confined spaces. After decades of research, the core challenges in the development of micro flying robots have always focused on the synergistic balance of energy supply strategies, propulsion efficiency, and aerodynamic performance.Recently, a team from the University of California, Berkeley, made a breakthrough … Read more