Architecture, Engineering & Design
Improves security, flexibility, and IT management as compared to desktop workstations.
Instant Response & Refresh
Professionals in AEC need a workstation with specifications and configurations that are capable of handling demanding programs and applications that enable software to run quickly and smoothly. Unscheduled downtime is not only disruptive to productivity but can also be costly. Our products outperform virtual GPUs and are designed to make sure you stay up, running, and can provide redundancy for fast backup.
Protect Proprietary Information
Our infrastructure strategy is designed to reduce your risk and vulnerabilities on proprietary and classified information and eliminate your dependence on traditional desktop computers. Our data center solutions shift your projects into 24/7/365 availability.
Confidential Collaboration
Not only do our workstations provide the ability to work remotely, the flexibility and productivity of our Blade PCs are unmatched. This means you can centralize your virtual desktop infrastructure (CVDI) and manage advanced configurations to allow for collaboration on projects without sacrificing resolution, slow rendering, or downtime.
Our blade PCs are the best remote performance available in a high-density rack mounted blade computer.
AEC benefits from maximum reliability as well as uninterrupted access to data and network even in the most taxing circumstances.
The engineering vertical deals with multi-disciplinary services, including civil engineering, structural engineering, building services engineering, and sustainable design. The kind of work professionals do in this industry means that any unscheduled downtime not only affects productivity, but can prove to be very costly. In a typical physical desktop setup, each engineer would use an individual workstation with a staggering specification to enable CAD software to run smoothly. With active design data stored locally, there is a real danger of potential failure causing immediate business disruption. Moreover, as engineers are largely limited to the same desks, there is no provision for remote/mobile working to boost flexibility and productivity.
How We Serve
Architecture, Engineering & Design Firms
ClearCube’s centralized computing and virtual desktop approach promises to revolutionize and optimize efficiency in education with a ‘something for everyone’ attitude. Our portfolio goes beyond representing the most powerful technologies that provide improved Internet access control features with dynamic password and multi-factor authentication. They enable smooth switching and an optimized end user experience in 2D/3D environments, as well as allow administrators to work with expanded GPU or vGPU solutions.
We also design and implement a hyperconverged structure by blending the three key elements of the server, storage, and network. Engineering benefits from maximum reliability as well as uninterrupted access to data and network even in the most taxing circumstances.
Easy to Manage
AutoCAD, Autodesk, and Adobe all require specific chipset requires and GPUs. Laptops and traditional PCs can get pricey the more performance you demand from them. They are also hard to manage when distributed to employees working offsite and remote. Blade PCs are rack mountable in the data center and for the same price can pack in more performance requirements.
Get Work Done
Reliable and ultra-secure with high-end specs...ClearCube's Blade PCs are configurable and customized to whatever your engineers and designers need. With integrated PCoIP and GPA you can have the benefts of virtualization with the power of a traditional workstation PC. You can also fit 10 workstations in a standard 19-inch rack width saving you even more space in the data center.
Case Studies
ClearCube offered A-Series Blade PCs rack mounted in the data center to provide host-side rendering resources to the architect regardless of the end point used or the physical work location. The solution also included NVIDIA GPUs to satisfy the architect’s need for rendering and image processing.
