AI is transforming reality capture almost as quickly as it processes data. Today, more accurate segmentation, object detection, and classification are just a few clicks away. Hexagon’s Leica Geosystems, for example, has integrated AI into its Cyclone 3DR platform, reducing manual-heavy processes from hours to mere minutes. Developers are releasing AI-powered software features at an unprecedented pace, opening up a whole new world of faster, smarter reality capture.
What we can do with AI is thrilling. Where we can do it makes all the difference now, because the excitement can quickly fade in the field when underpowered PCs stall workflows. Legacy systems simply aren’t equipped to process raw point-cloud data where and when it’s needed most—on site, in real time.
“Helping clients understand the data we capture is what makes it valuable,” Matthew Byrd, founder of Reality Capture Network, said. “If you have to wait and go back to the office to process it because your computer can’t handle it, the value of that data goes down drastically.”
Attempting to use AI-driven software on a lower performance computer is like dropping a “Formula One race car engine into a go-kart,” Byrd said. “A lot of people are using outdated machines that are typical for normal 2D drawings or standard CAD. Most people aren’t upgrading their computers at the same speed at which they’re upgrading the other technologies they’re using.”
New hardware is especially critical in remote, mobile, and high-stakes environments like construction sites and oil rigs, where you can’t always rely on the cloud. During deformation analysis at a live concrete pour, for example, an internet outage or computer crash can jeopardize safety, budgets, timelines, and reputations.
The solution, of course, is to toss out the go-kart and invest in systems with the “horsepower” to process massive, complex data close to its source, shrinking the time from capture to insight. Dell and NVIDIA have designed high performance computers, both mobile and desktop, with the brains and brawn for beautiful AI-accelerated results in the field. The latest Dell Pro Max high-performance PCs with up to NVIDIA RTX PRO™ 6000 Blackwell Workstation Edition GPUs offer the versatility, reliability, and parallel processing power required for on-device, AI-enhanced reality capture.
Dell Pro Max Plus: Portable powerhouse with desktop-level performance
For road warriors traveling across multiple client sites, Dell Pro Max Plus mobile workstations provide power-efficient AI acceleration with NVIDIA RTX PRO Blackwell GPUs and Intel® Core™ Ultra processors featuring integrated NPUs. With these systems, you can run deep learning models on location—automatically classifying objects or validating capture coverage—without draining battery life. Patented thermal technologies keep Dell Pro Max Plus cool under the pressure of intensive workloads, ensuring consistent performance during long field sessions. These workstations are also scalable, with upgradable memory and storage to keep pace with evolving AI demands. By pairing GPU-accelerated parallel processing with intelligent power management, Dell Pro Max Plus unlocks real-time AI analytics wherever work takes you.
Dell Pro Rugged: Field-ready for AI workflows in extreme environments
A strong addition to any loadout, the Dell Pro Rugged mobile workstation is built tough for intelligent scanning, processing, and analysis under the most challenging outdoor conditions. Outfitted with an NVIDIA RTX™ GPU and Intel Core Ultra processor with a built-in NPU, you can automate coverage validation, noise filtering, and feature detection almost anywhere. MIL-STD-810H tested and certified for 21 individual extreme environmental conditions and IP53 rated, it resists dust, dirt, water, and vibration, while surviving drops up to three feet and operational temperatures ranging from -20° to 145° Fahrenheit. Glove-friendly touchscreens and hot-swappable batteries ensure uninterrupted work on site. Its resilience makes Dell Pro Rugged mission-critical for AI at locations where heavy equipment, blasting, or water pose everyday risks.
Dell Pro Max T2 Tower: Reliable single-threaded speed for extended workloads
Engineered for nonstop productivity, the Dell Pro Max T2 Tower offers continuous stability, sustained throughput, and future-ready scalability for enterprise reality capture. This desktop is ideal for job sites with temporary or permanent offices. Equipped with NVIDIA RTX PRO Blackwell GPUs and Intel Core Ultra processors with integrated NPUs, it can handle AI-driven tasks like registration, rendering, and analysis seamlessly. With up to 128 GB DDR5 memory and PCIe Gen 5 bandwidth, this system can automatically stitch billions of points into unified 3D meshes while simultaneously reducing noise. The Dell Pro Max T2 Tower’s versatility makes it well suited for those who multitask between traditional CAD and emerging AI workflows, and its expandability ensures it can scale to meet changing needs.
Dell Precision 7875 Tower: Multithreaded muscle for the most demanding AI tasks
For complex, large-scale geospatial pipelines, the Dell Precision 7875 desktop workstation provides uncompromising speed and accuracy. With support for multiple NVIDIA RTX GPUs and AMD Ryzen™ Threadripper™ PRO processors with up to 96 cores, it unlocks the full potential of raw point-cloud data on site and in real time, generating actionable insights fast for more confident, immediate decision-making. This system offers full-spectrum compute capabilities for lightly threaded and massively parallel workloads, accelerating your entire workflow from preprocessing and modeling to analysis and visualization. It’s also designed to scale significantly with six expansion slots. When you need high performance for extremely compute-intensive reality capture like city-scale photogrammetry or LiDAR fusion, Dell Precision 7875 delivers.
Learn more about Dell and NVIDIA workstations for AI at https://www.dell.com/en-us/plcp/lp/dell-pro-max-pcs.
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