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For architects, engineers, and construction teams, Bluebeam Revu is the daily workbench. It enables them to review drawings and annotate documents.
However, as construction blueprints evolve, traditional local workstations can’t handle the processing demands of sophisticated geometry, vector graphics, high-definition images, and extensive markups. This results in consistent lag, choppy screens, and application crashes.
As a modern alternative to traditional workstations, GPU-powered virtual desktops offer better performance, stability, and scalability. These virtual desktops let professionals run Bluebeam Revu and handle both resource- and graphics-intensive tasks on remote devices. You can get virtual desktop services from a third-party hosted VDI provider on a pay-as-you-use pricing model.
Experience smoother rendering, faster navigation, and responsive markups.
In this blog, we’ll discuss why GPU-powered virtual desktops are rapidly becoming the preferred platform for hosting Bluebeam Revu.
1. Consistent Performance for Distributed Teams
Local workstations are not built for collaboration. You have one physical machine situated in the office that every professional must access to work. Offsite teams using third-party remote access tools often face lag and application crashes because these tools can’t deliver graphics-intensive tasks on portable devices.
GPU virtual desktops, by contrast, deliver uniform performance across locations and devices. As long as you have a stable network connection, nothing else can affect your operations when accessing Bluebeam Revu. Because all data and graphics processing happens in a centralized cloud environment, it delivers the same performance for every user, regardless of the access device.
2. 24/7 Peak Performance
Bluebeam Revu’s performance depends on the system resources it has. A local workstation with limited resources can only offer a certain level of processing capacity. As a result, during graphics-intensive operations, like rendering and panning, workstation resources can get exhausted, causing choppy screens, lag, and system crashes.
GPU-powered virtual desktops offer peak performance, irrespective of the project or task. Its vCPU can handle most workloads while offloading graphics-intensive tasks to the vGPU. You can also increase the number of GPUs according to project requirements.
3. Rendering and Graphics Processing
On a local workstation, Bluebeam Revu rendering quality depends on the installed graphics card. However, because it is a physical card, it may not be sufficient for projects or models with multiple vectors, markups, and elements. In those cases, the CPU handles rendering tasks, resulting in poor pan and zoom performance.
Virtual desktops include virtual GPUs that you can add, upgrade, or remove as needed. As a result, pan and zoom are smooth on dense drawings, markup interaction remains responsive on heavily annotated sheets, and frame rates don’t drop under load.
4. Multi-Monitor Performance
Modern AEC modelers work on schematic and site plans, which are preferred in 4K resolution. On a local workstation, this means buying an advanced graphics card that supports higher resolutions, which requires significant investment.
GPU-powered virtual desktops for Bluebeam Revu easily support high-resolution displays. Because the virtual desktop renders the display, professionals can use any remote device to view high-resolution images.
5. Smoother Navigation
While working on Bluebeam Revu, designers need to pan and zoom into construction drawings and navigate between different sections. Every such operation requires graphics processing. A local workstation with integrated graphics can cause lag and visual artifacts.
GPU-powered visual desktops eliminate lag while panning and zooming. You get a real-time working experience, even from remote locations and on basic devices. Navigation between sections is also fluid, even on high-resolution displays.
With adequate GPU resources and a responsive remote display connection, architects and engineers can experience smoother transitions between drawing sections, spend less time waiting for redraws, and maintain a more continuous review workflow.
6. Working on Large Drawing Sets
Construction projects often involve several architectural, structural, and electrical drawings. Professionals need to review these documents together, which can affect loading time. Because local workstations have limited resources, professionals may underestimate what they can handle and exhaust those resources. As a result, Bluebeam Revu slows down when switching between large .pdf files.
With virtual desktops, professionals can view multiple files at once because resources aren’t limited. The desktop scales automatically with the number of files, giving you an uninterrupted workflow. You can also run other graphics-intensive tasks in the background, as vGPU handles them.
7. Responsive Markups
Bluebeam Revu is primarily a markup tool with a wide range of options. However, with multiple annotations, measurement overlays, and elements, Bluebeam can be resource-demanding. On a local workstation, some drawings may experience lag while marking up.
GPU-powered virtual desktops offer real-time responsiveness for markups and annotations by providing unlimited processing power for both compute-intensive and graphics-intensive tasks. For instance, it can use the CPU for annotation and the GPU for interface graphics.
8. Unrestricted Integration
Bluebeam Revu Desktop rarely works alone. Professionals integrate with CAD tools, such as AutoCAD and Navisworks, to automate operations. However, on a local workstation, adding more applications and plugins can consume most system resources, causing performance issues.
With GPU-powered virtual desktops, you can build a complete construction application ecosystem. As you integrate more applications, providers can upgrade the system resources (vCPUs, vGPUs, RAM, bandwidth) accordingly.
9. CPU and Storage Performance
Compute-intensive tasks, such as overlay comparison and batch processing, require high memory and storage throughput. A traditional workstation or laptop often lacks enough cores to handle these tasks, which can cause app crashes and thermal throttling.
A GPU-powered virtual desktop provides enough processing power for compute-intensive tasks by offloading some processes to the GPU. Moreover, these desktops have multiple cores and SSD storage.
Try scalable GPU-powered virtual desktops built for demanding AEC workflows.
GPU-powered Desktops Make Your Business Future-Ready
As projects evolve and markups become more sophisticated, Bluebeam Revu’s system requirements will likely increase. This creates a vicious cycle of hardware refreshes that drains overall profits. Virtual desktops offer the most advanced, scalable solution, relieving performance worries, even when you use personal devices.
If you want to experience how Bluebeam Revu performs on a virtual desktop before making the leap, connect with our cloud experts for a free trial. Ace Cloud Hosting offers GPU virtual desktops designed for Bluebeam Revu, ensuring superior performance on remote devices. Book a free trial today!
