Source: Tiger Says Chip Original Author:Tiger Says Chip This article summarizes the core principles and processes for selecting FPGA chips, aiming to provide decision-making support for designers to ensure project success.1. Core Principles of FPGA Chip SelectionChoosing an FPGA is like selecting an engine and chassis for a car; it must match performance requirements while … Read more
According to reports from Electronic Enthusiasts (by Huang Shanming), the smart toy market has grown rapidly in recent years, with features such as voice recognition and image interaction becoming key competitive elements. However, high chip costs and development difficulties have made it challenging for many developers to advance their projects. How can we find suitable … Read more
The selection of chips under the integrated architecture (central + regional architecture) has shifted from a single performance competition to a systematic design. Engineers need to break free from traditional thinking, starting from the overall vehicle architecture, balancing the centralization of computing power with the distributed needs of regional control.With the advent of the smart … Read more
Many companies need to purchase IP when designing ASIC chips. So how should we choose among the numerous IP vendors? Typically, we need to evaluate the IP selection based on the following factors: Before selecting IP, it is essential to confirm the production process of the ASIC chip, as the performance, power consumption, and area … Read more
Introduction The AI chips needed for the vast IoT market consist of three parts: cloud service provider chips, edge intelligence chips, and endpoint chips. This article focuses on the selection of edge intelligence chips, the key factors for selection, and application cases, as edge intelligence chips are the “backbone process” that empowers enterprise applications. They … Read more
The central controller, as the core component of autonomous driving, acts as the “brain” of the system, typically requiring external connections to multiple cameras, millimeter-wave radars, laser radars, and IMUs, among other devices, to perform functions including image recognition and data processing. The domain controller, as an intelligent hardware, needs to handle complex AI computations … Read more
The central controller is the core component of autonomous driving, serving as the “brain” of the system. It typically needs to connect multiple cameras, millimeter-wave radars, lidar, and IMU devices to perform functions such as image recognition and data processing. The domain controller, as an intelligent hardware, needs to handle the ultra-large computing power requirements … Read more
The traditional touch industrial displays are mainly based on WINDOWS, but in recent years, Android has followed closely. However, the market application of Android has not been ideal; instead, LINUX-based touch industrial displays have become very popular. Although Android closely follows WINDOWS, its application in the industrial touch display market has not been ideal. This … Read more