Samsung Exynos 9810 Details Revealed: 10nm Self-Developed Octa-Core, 18-Core Mali-G72 GPU

Samsung Exynos 9810 Details Revealed: 10nm Self-Developed Octa-Core, 18-Core Mali-G72 GPU

In the mobile processor industry, Apple’s A-series is an unbeatable presence, while Qualcomm’s Snapdragon once reigned supreme in the Android camp. However, Samsung’s Exynos and Huawei’s Kirin are also rising rapidly, making the competition fierce. Following the release of the Snapdragon 845, Samsung quickly launched the new generation Exynos 9810, which will debut alongside the … Read more

In-Depth Analysis of ARM Mali-G71 GPU

In-Depth Analysis of ARM Mali-G71 GPU

The Mali-G71 GPU is ARM’s latest and most powerful processor product. This GPU is based on the new Bifrost architecture, boasting exceptional mobile graphics processing capabilities. In today’s fiercely competitive mobile GPU market, the outstanding performance of the Mali-G71 positions it at the forefront of the industry, elevating mobile GPUs to new heights. The Mali-G71 … Read more

Understanding CPU, GPU, NPU, TPU and Their Computing Power Comparison

Understanding CPU, GPU, NPU, TPU and Their Computing Power Comparison

Source | Zhihu Introduction What are CPU, GPU, NPU, and TPU? This article introduces different types of chips and compares their computing power. 1. What is Computing PowerComputing power refers to a computer’s ability to perform certain operations, typically measured by the speed of floating-point operations (usually in FLOPS – floating-point operations per second). The … Read more

In-Depth Explanation of GPU Virtualization Technology

In-Depth Explanation of GPU Virtualization Technology

The English name for GPU is Graphic Processing Unit, and the full Chinese name is 计算机图形处理器, proposed by NVIDIA in 1999. 1. Overview of GPU The concept of GPU arises in relation to the CPU in computer systems. As people’s demand for graphics has increased, especially among home systems and gaming enthusiasts, the traditional CPU … Read more

From GPU Virtualization to Pooling

From GPU Virtualization to Pooling

Summary With the rise of large models, the demand for GPU computing power is increasing. However, the current reality often limits enterprises to a limited number of GPU cards. Even with virtualization, it is often difficult to fully utilize GPU card resources or to maintain resource usage. To address issues like uneven GPU computing power … Read more

Detailed Analysis of ARM’s Latest GPU Mali-G71

Detailed Analysis of ARM's Latest GPU Mali-G71

GPU Mali-G71 The Mali-G71 graphics processor (GPU) is the latest top product launched by the Mali high-performance GPU family. Based on the new Bifrost architecture, the Mali-G71 represents the highest level of high-end mobile image processing performance, further solidifying Mali’s leading position in the fiercely competitive GPU market. During the development of Mali-G71, extensive references … Read more

ARM Mali GPU: G710, G610, G510, G310 Overview

ARM Mali GPU: G710, G610, G510, G310 Overview

ARM has launched four new mobile GPU IPs with a new naming convention: Mali-G710, Mali-G610, Mali-G510, and Mali-G310. This is the third generation of ARM’s Valhall GPU architecture, covering high, mid, and low-end markets for the first time. The G710, G510, and G310 target the flagship, mainstream, and entry-level markets, respectively, replacing the existing G78, … Read more

Overview of Arm Mali GPU Microarchitectures

Overview of Arm Mali GPU Microarchitectures

For mobile devices, the GPU’s image processing capability is a benchmark for measuring a phone’s performance. First, there’s the smoothness of the UI; when people get a new phone, they swipe around to see if the UI is smooth, which primarily relies on GPU rendering. Secondly, there’s the smoothness of gaming; for visually stunning games, … Read more

Evolution of Arm Mali GPU Architecture

Evolution of Arm Mali GPU Architecture

Click the card below to follow Arm Technology Academy This article is selected from the Extreme Technology column “Arm Technology Blog” and will help you better learn about the evolution of the Arm Mali GPU architecture. At the beginning of the year, I had the opportunity to research the evolution of the ARM Mali GPU … Read more

An Analysis of Autonomous Driving Chip Architecture

An Analysis of Autonomous Driving Chip Architecture

Comparison of Mainstream Architecture Solutions: Three Mainstream Architectures The current mainstream AI chips can be mainly divided into three categories: GPU, FPGA, and ASIC. Both GPU and FPGA are relatively mature chip architectures in the early stage and belong to general-purpose chips. ASIC is a chip customized for specific AI scenarios. It has been confirmed … Read more