Pix4D is an advanced photogrammetry application, suited to a wide range of uses, with a focus on handling images captured by drone cameras. Processing of those images into point clouds and 3D meshes/textures is time-consuming, heavily using a computer’s CPU and GPU. We have recently updated our benchmark tools for Pix4D, and now are taking a look at how different NVIDIA video cards perform in this program.
RealityCapture, like other photogrammetry applications, is built to take a batch of photographs and turn them into digital, 3D models. The many steps involved in that process can take a lot of time, and utilize both the CPU and GPU at different points. We recently put together a benchmark tool for RealityCapture, and in our first article focusing on this software we are going to take a look at how Intel’s Core i7 and i9 processors stack up against AMD’s Threadripper chips.
Metashape, formerly known as PhotoScan, is a photogrammetry program that takes a set of images and combines them to create a 3D model or map. Processing of those images into point clouds and 3D meshes/textures is time-consuming, heavily using a computer’s CPU and GPU. We have updated our benchmark tools, following the recent rebranding of this software, so in our first article focusing on the new Metashape we will take a look at how Intel’s Core i7 and i9 processors stack up against AMD’s Threadripper chips.
Pix4D is an advanced photogrammetry application, suited to a wide range of uses, with a focus on handling images captured by drone cameras. Processing of those images into point clouds and 3D meshes/textures is time-consuming, heavily using a computer’s CPU and GPU. We have recently updated our benchmark tools for Pix4D, so lets take a look at how Intel’s Core i7 and i9 processors stack up against AMD’s Threadripper.
Over the last couple of years, several new vulnerabilities have been found in modern microprocessor architectures. Many of these have been related to speculative execution techniques used across most of Intel’s product line, and a patch was released for Windows 10 last week which was intended to address some of those weaknesses. Unfortunately, it has also reduced performance in some applications – which this article will demonstrate by comparing processing speed in three photogrammetry programs before and after the update.
Here at Puget Systems, we have put together a benchmark utility for Pix4D which measures system performance for photogrammetry by running two small projects – a 3D Model and a 3D Map – and tracking the time each step takes to process. This benchmark is freely available to download, though running it requires a valid installation of Pix4D.
Here at Puget Systems, we have put together a benchmark utility for Agisoft Metashape which measures system performance for photogrammetry by running two small projects – a model and a map – and tracking the time each step takes to process. This benchmark is freely available to download, though running it requires a valid installation of Metashape.
Here at Puget Systems, we have put together a benchmark utility for RealityCapture which measures system performance for photogrammetry by running two small projects – a model and a map – and tracking the time each step takes to process. This benchmark is freely available to download, though running it requires a valid installation of RealityCapture.
Depending on the number of GPU-accelerated effects you use, a higher-end GPU can give you a nice performance boost in Premiere Pro. But what will give you the best performance for your dollar? An NVIDIA GeForce RTX video card, or one of AMD’s Radeon cards?
Recently, NVIDIA has announced their new “Creator Ready Driver program” which is intended to give the best performance and reliability when working with creative applications. But is the new Creator Ready driver actually faster in Premiere Pro and Photoshop?
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