CPU

Ultra-Heterogeneous Computing: The Future of High-Performance Chips

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Ultra-Heterogeneous Computing: The Future of High-Performance Chips

Source: Software and Hardware Integration Original Author: Chaobowx Editor’s Note Reviewing the history of computer development, from serial to parallel, from homogeneous to heterogeneous, it will continue to evolve to ultra-heterogeneous: First Stage: Serial Computing. Single-core CPUs and ASICs belong to serial computing. Second Stage: Homogeneous Parallel Computing. Multi-core CPUs and GPUs with thousands of … Read more

Understanding Chips Made Simple

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Understanding Chips Made Simple

Ding ding ding! A loud noise in the sky announces the arrival of chips! The Huawei Kirin team brings us their new work, "Understanding Chips Made Simple"! For a long time, Huawei Kirin has been working hard to popularize the field of chips to the public. This time, they have transformed the obscure knowledge of … Read more

Essential Guide to Chip Performance Metrics

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Essential Guide to Chip Performance Metrics

Click on the above“Mechanical and Electronic Engineering Technology” to follow us In the world of electronic products, chips are like the heart, pulsating with the rhythm of digits. Understanding chip performance metrics is key to choosing the right electronic product. Today, we will delve into the three core performance metrics of chips—clock speed, process technology, … Read more

What Is a Chip Beyond Just a Computer CPU?

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What Is a Chip Beyond Just a Computer CPU?

When it comes to chips, many people’s first reaction might only be the CPU in a computer. So what exactly is a chip? Searching online, a chip refers to an integrated circuit, which is a way to miniaturize circuits (mainly including semiconductor devices, as well as passive components, etc.) in electronics, often manufactured on the … Read more

Common DIY Hardware Terminology

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CPU Section 1. CPU Architecture The CPU architecture currently lacks a definitive and authoritative definition. Simply put, it refers to the design scheme of the CPU core. CPUs can generally be classified into various architectures such as X86, IA64, RISC, etc. The CPUs found in personal computers are essentially designed based on the X86 architecture, … Read more

Understanding SOC Design and Address Allocation

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Understanding SOC Design and Address Allocation

Previously, it was explained that when external registers need to be added, the bus interconnection module must be changed. In the bus interconnection module, each register has a wire connected to the bus interconnection module for reading data and enabling signals. If there are relatively few registers, it seems there is no problem. But what … Read more

Understanding Automotive Intelligence: CPU, GPU, NPU, DPU, MCU, ECU…

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Understanding Automotive Intelligence: CPU, GPU, NPU, DPU, MCU, ECU...

As cars enter the era of electrification and intelligence, the terminology arising from product transformation confuses consumers. For instance, terms related to chips such as CPU, GPU, NPU, SoC, etc. These parameters are particularly important, even rivaling some core component configurations from the era of fuel vehicles. This time, we will conduct a popular science … Read more

An Overview of System-on-Chip SoC vs Traditional CPU

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An Overview of System-on-Chip SoC vs Traditional CPU

After more than 50 years of absolute dominance, the CPU is finally facing new challenges, with the challenger being the SoC. In the past decades, you could walk into any computer store and choose a brand new computer based on CPU performance. Now, whether you look at smartphones, tablets, or laptops, they are all starting … Read more

What Are IP, FPGA, SOC, and CPU Verification Doing?

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What Are IP, FPGA, SOC, and CPU Verification Doing?

You’ve Come This Far Don’t You Want to Know More? Recently, I’ve seen many people in the industry asking how to verify CPUs and what SOC verification involves. Today, I will briefly introduce IP, FPGA, SOC, and CPU verification. A typical chip team is composed of several departments: the Architecture department, IP designer department, IP … Read more

How Powerful Is MediaTek’s Dimensity 1380 with 3.0GHz and 4 A78 Cores?

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How Powerful Is MediaTek's Dimensity 1380 with 3.0GHz and 4 A78 Cores?

Click the above PC Enthusiasts to follow us At the end of last year, Qualcomm tailored the Snapdragon 8cx Gen3 computing platform for “Windows on ARM”, which uses a 5nm process and consists of 4 cores of 3.0GHz Cortex-X1 super large cores and 4 cores of 2.4GHz Cortex-A78 large cores. Compared to the previous generation, … Read more