Cuhaci Peterson Enhances Workforce Efficiency with Cutting-Edge Technology
Cuhaci Peterson, a leader in architecture and engineering with a focus on retail design, is revolutionizing its operational framework. By integrating NVIDIA's virtual GPU (vGPU) technology alongside RTX™ Virtual Workstation through Microsoft Azure, the firm is reaping the benefits of cloud-based graphical processing. This innovative approach not only breaks down geographical barriers but also empowers the recruitment of talent from various locations, thus enhancing design creativity.
A New Era of Design Innovation
The firm utilized NVIDIA’s technology to aid its design teams in working more collaboratively and effectively. As illustrated in a recent NVIDIA customer story, the shift towards utilizing cloud infrastructure has opened doors to unparalleled flexibility in design work. Teams can leverage high-performance GPUs to execute complex graphical tasks seamlessly.
Improving Graphics-Intensive Applications
Currently, Cuhaci Peterson operates using NVIDIA A10-powered NVadsA10v5-series virtual machines on Azure. Each machine is equipped with a potent combination of 36 cores and 880 GB of RAM. This setup provides robust computational resources ideal for graphics-intensive applications such as Autodesk Revit and AutoCAD, critical tools in modern architectural design and engineering.
A Broader Recruitment Strategy
The change has also allowed Cuhaci Peterson to widen its recruitment horizons. As highlighted by Rakesh Carpenter, CP's Director of Information Technology, the company was previously limited to hiring local talent. This change in technological infrastructure has empowered the firm to attract specialized professionals from across the country, overcoming limitations present in specific local job markets. For instance, the recruitment of refrigeration engineers has expanded beyond local regions, attracting candidates from far-flung states.
Future Advancements in Virtual Desktop Infrastructure
Looking ahead, Carpenter noted that the next stages of their virtual desktop infrastructure (VDI) will center on application optimization. Initially, all users were allocated the same resources and software. The forthcoming strategy will entail a more tailored approach, ensuring that distinct professional roles such as structural engineers and project architects can access only the tools relevant to their specific work demands.
Benefits of Adopting NVIDIA Technology
Cuhaci Peterson's journey toward adopting NVIDIA's advanced technology has been transformative. This strategic shift has positioned the firm to not only remain competitive but also excel in an ever-evolving industry landscape. By utilizing NVIDIA's virtual GPUs, the company is set to enhance its design capabilities and streamline operations further, ultimately benefiting both the team and its clients.
Frequently Asked Questions
What technologies is Cuhaci Peterson using to enhance operations?
Cuhaci Peterson is utilizing NVIDIA's virtual GPU technology and Azure to improve its operations.
How has recruitment changed for Cuhaci Peterson?
The company can now attract specialized talent from across the nation, rather than being restricted to local candidates.
What computational resources do their virtual machines provide?
Each virtual machine features 36 cores and 880 GB of RAM, ideal for demanding design applications.
What is the company's next focus regarding VDI?
The focus will shift toward application optimization to tailor resources to specific roles within the company.
Why is NVIDIA technology beneficial for their design process?
NVIDIA technology allows for high-performance graphics processing, enhancing collaboration and innovation in design work.
