Introduction

NVIDIA Professional Graphics Solutions

Professionals need to do great things—create and collaborate from anywhere, on any device, without the distractions of slow performance, poor stability, or application incompatibility. With NVIDIA RTX™, you can unleash your vision and enjoy ultimate creative freedom.

NVIDIA RTX™ technology is one of NVIDIA’s most important advances in computer graphics, ushering in a new generation of applications that simulate the physical world at unprecedented speeds. Enhanced with the latest advancements in AI, ray tracing, and simulation, RTX technology enables incredible 3D designs, photorealistic simulations, and stunning visual effects—faster than ever.

RTX-Powered AI

Augment Data Center Compute

Offload data center compute resources with desktop workstations outfitted with the latest GPUs.

Lower TCO

Reduce cloud computing expenses and minimize data security concerns with desktop computing resources.

Scale Across the Enterprise

Easily scale out to data center or cloud using the same NVIDIA AI software stack.

The latest generation of HP workstations featuring NVIDIA RTX™ 6000 Ada Generation GPUs, NVIDIA ConnectX-6 Dx networking SmartNICs, and the latest CPUs provide incredible computing power. Combined with NVIDIA AI Enterprise and NVIDIA Omniverse Enterprise™ software, they provide the ideal platform for instantly augmenting data center and cloud computing resources for AI development, inference, data science, content creation, and industrial digitalisation workloads.

Expand computing resources and control costs with HP workstations. The demand for data center computing often outpaces the ability to expand existing facilities—but continually moving computing to the cloud can significantly impact budgets. HP workstations with the latest NVIDIA RTX GPUs provide a cost-effective way of increasing compute power to meet workload demands.

Accelerate Innovation and Productivity in AI Workflows

AI Development

Workloads for AI training and R&D are computationally demanding and memory intensive. The new generation of HP Workstations provide incredible performance, supporting up to four NVIDIA RTX GPUs. With up to 48GB of GPU memory on the NVIDIA RTX 6000 Ada Generation GPU, and up to 16GB on laptops, these workstations deliver the power of a supercomputer to your desk. Whether training smaller models, fine-tuning existing models, or exploring new AI technologies and techniques, NVIDIA provides the world’s most extensive AI ecosystem, enabling you to easily move your work from the workstation to the data center or cloud.

AI Inference

Generative AI is creating powerful changes across industries. As AI technology continues to be integrated into professional workflows, the need for AI computing resources becomes even more critical. NVIDIA RTX-powered HP workstations are the ideal tool for AI-augmented professional workflows. From inference at the edge to running AI-enabled applications on the desktop, these workstations provide the scalable solutions needed to take advantage of the latest wave of innovative AI technologies.

Data Science

With large GPU memory and up to four GPUs per system, RTX-powered HP workstations are ideal for data science workflows. They enable data exploration, feature and model evaluation, and visualization without consuming valuable data center resources or expensive dedicated cloud compute resources. With always-on, always available access to NVIDIA’s end-to-end accelerated data science software solution—including NVIDIA RAPIDS™, CUDA®, and the world’s most advanced AI platform—these workstations reduce time to insight and time to solution.

Machine Learning

NVIDIA provides solutions that combine hardware and software optimized for high-performance machine learning to make it easy for businesses to generate illuminating insights out of their data. With RAPIDS and NVIDIA CUDA, data scientists can accelerate machine learning pipelines on NVIDIA GPUs, reducing machine learning operations like data loading, processing, and training from days to minutes.

NVIDIA Omniverse Enterprise

NVIDIA Omniverse Enterprise is a cutting-edge platform and environment for virtual collaboration and simulation. It leverages state-of-the-art computer graphics, real-time rendering, and AI technologies to create a shared virtual world where multiple participants can collaborate, visualize, and simulate complex 3D environments and models.

Develop generative AI-enabled 3D tools and applications for industrial digitalization
With NVIDIA Omniverse Enterprise, developers build advanced, generative AI-enabled 3D tools and applications for industrial digitalization, speeding up product development, delivering more immersive customer experiences, and unlocking breakthrough operational efficiencies.

Scalable Visualization and Simulation
Create physically accurate visualizations and simulations of products and environments, reducing the time and costs of physical testing.

Easy-to-Use Suite of Developer Tools
Quickly create and deploy custom workflows and apps without extensive programming knowledge. Use sample reference applications to get started and focus on design and building.

Ecosystem of Application Building Blocks
Connect to a rich catalog of industry-leading third-party extensions to integrate your tools seamlessly with proven applications and connectors.

Portal to AI
Embed AI into your tools and applications to automate repetitive tasks for users with predictive capabilities and natural language processing.

Data Interoperability
Unlock nondestructive interoperability for 3D workflows, significantly decreasing the need for import/export and data transfer between tools.

Bring complex 3D projects to life with Z by HP and NVIDIA

Enable real-time 3D collaboration from anywhere with NVIDIA Omniverse™ Enterprise¹ platform and HP Anyware software.³ Equip creators working simultaneously across 3D applications and project phases with Z by HP workstations accelerated by NVIDIA RTX™ graphics.²

HP Anyware Remoting Software
Remotely connect your tablet, laptop, desktop, or thin client to a Z by HP workstation with NVIDIA RTX^TM graphics.

Co-located Z by HP Workstations with NVIDIA RTX™ graphics
Deliver the power and performance needed for intensive workflows.

Shared Universal Scene Description (USD) File in Omniverse™ Enterprise
Enable live-sync editing and collaboration for creators using different 3D applications.

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Engineering Market Breakdown

Architecture, Engineering, and Construction

This includes the design, planning, logistics, and management of both architectural and civil engineering projects including buildings and structures (houses, offices, hospitals, airports, and more), to roads and infrastructure (such as neighborhoods and subdivisions, energy piping and distribution equipment, bridges and tunnels, and more…)

Product Design and Manufacturing

This includes part(s) and assemblies for the automotive (cars, trucks, and motorcycles), aerospace (planes and rockets), transportation (trains and buses), energy (from reactors and turbines to pumps and distribution systems), and consumer goods and appliances (household devices, phones, washers, dryers, and refrigerators)

The Personas

Architects
These are the visionaries and creators in who look to balance practical architectural requirements with artistry and science to come up with designs and plans for livable buildings and homes to functional structures like hospitals, office buildings, and warehouses.

Designers
These individuals typically take ideas from architects or customers and perform conceptual modeling to create prototypes (digital and physical) that can be shared and tested before arriving at a final design for production. These users make extensive use of photorealistic rendering and graphics to communicate.

Engineers
Mechanical, manufacturing, structural, environmental, automotive, aeronautical and aerospace – disciplines of and types of engineers. They all have one thing in common – turning concepts into producible things.

The Personas

Analysts
The professionals who perform the digital and real-world testing on designs to ensure they meet design specifications from safety to performance and manufacturability
The digital tests typically fall under the Computer-Aided-Engineering (CAE) category from drop and load testing to flow and combustion analysis.

Planners
These users are often overlooked but play a huge role interfacing with the technical roles across both the AEC and PD&M industries. These individuals have to access the same data and, in many cases, tools, to perform tasks such as part and project costing to scheduling.

Manufacturers
Manufacturing engineers, plant and factory layout engineers, and CNC programmers work together to ensure parts can be produced efficiently, economically, and with repeatable quality. The tools they use help them create an optimal workflow from material handling to assembly to shipping – with traceability.

The AEC Landscape

The PD&M Landscape

Workflows

Workflows are tied directly to software tools including PLM, PDM, CAD, CAM, CAE, and 3D Visualization

In-Application (In-App)

Workflows within an application to perform a certain task such as modeling of a part or assembly, generating CNC toolpaths, performing engineering simulations, or generating photorealistic renderings and real-time simulations.

Examples include Fusion 360, SOLIDWORKS, Creo, and Siemens NX, where users can perform many different tasks within one single software application.

Cross-Application (Cross-App)

Workflows that span two or more similar applications. For example, many CAD users have more than one CAD software application for importing and manipulating models. Design firms, prototypers, and machine shops that do work for 3rd parties (as opposed to OEMs), need to support the widest array of applications to service the broader market.

Another example includes CAD/CAM, where users might use a CAD application to import or create a 3D model, then export that file into a CAM application for CNC programming or part analysis. Think SOLIDWORKS to Mastercam or Creo to ANSYS.

Note: The concept called multidisciplinary workflows has been promoted by both Intel and NVIDIA in recent years to describe user workflows leveraging either single applications environments (such as SOLIDWORKS or NX) OR multiple and disperate applications from different vendors – where wholly different tasks are being performed either In-App or Cross-App

Workloads

Workloads are the key to understanding the needs of your customers – and fulfilling them

Workloads Explained

Workloads are directly tied to the amount of effort an individual task requires of compute resources including CPU, GPU, RAM, and Storage.

The workload is defined or described or measured based on the application, type of operation (task), size and complexity of the file or dataset, and time constraints necessary to produce a single or optimal result within a given timeframe.

Note: Workstation specifications or configurations should be determined based on the larger project loads a user would likely see on a monthly basis.

How to position products in the portfolio

Remember

Workstation specifications or configuration should be determined based on the larger project loads a user would likely see on a monthly basis.

Sustainable Impact

The industry is focusing on everything ‘green’, and organizations need to meet metrics related to reuse, energy efficiency, and process efficiency that are set by themselves or others when it comes to managing a computing fleet.

Recognition for our work

We believe we can make a positive impact for people & communities around the world.

Enrique Lores

The World’s Most Sustainable PC Portfolio

of PCs and displays registered in 2022/23 achieved EPEAT® U.S. GOLD⁵

of PCs and displays launched in 2022/23 contain recycled materials

of paper packaging comes from recycled or certified sustainable sources

of business notebooks shipped in fiber cushions since 2H22

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