Dell Technologies (DELL) rose 2.55% to $450.53 after the Texas A&M Engineering Experiment Station selected the company for a major artificial intelligence infrastructure project.

The agreement calls for Dell to design and deploy the Innovative Growth in Next Generation AI Technology Ecosystem, known as IGNITE. The platform is intended to expand large-scale artificial intelligence and high-performance computing research across scientific, engineering, healthcare, defense and other fields.

Dell Secures Texas A&M AI Infrastructure Contract

The Texas A&M Engineering Experiment Station chose Dell Technologies to design and build IGNITE, an artificial intelligence and high-performance computing platform backed by funding from the State of Texas. The initiative is aimed at strengthening advanced research capabilities across the Texas A&M University System.

IGNITE is designed to support research programs in engineering, national security, scientific discovery, healthcare and related areas. The platform will provide shared computing infrastructure for large workloads while accommodating different security requirements. That structure is intended to let researchers work within one environment rather than relying on separate computing systems for different projects.

The architecture also allows the system to expand as future research needs grow. Texas A&M expects IGNITE to become one of the largest higher education AI deployments using AMD Instinct MI355X GPUs.

The platform will support AI training, inference, large language model development and scientific computing. It will also provide computing resources for robotics, advanced manufacturing, aerospace and defense research. Those workloads often require high-throughput processors, fast storage and tightly managed networking, making the project part of a broader shift among research institutions toward shared AI and high-performance computing platforms rather than smaller, project-specific systems.

IGNITE Combines Secure Infrastructure and Scalable Computing

Dell worked with the Texas A&M Engineering Experiment Station during the planning phase to develop the platform’s system architecture. The design is intended to align research priorities with security requirements across government and academic programs, allowing the infrastructure to support projects with varying levels of data protection.

The system will use Dell PowerRack systems alongside liquid-cooled Dell PowerEdge XE9785L servers. Dell will also deploy Dell PowerScale storage to manage high-speed data needs across research workloads. Dell Managed Services will oversee daily operations as computing requirements increase.

Liquid cooling has become increasingly important for dense AI systems because modern accelerator-based servers can generate power and heat loads that are difficult to manage with traditional air cooling alone. The inclusion of managed services also reflects the operational demands of large research computing environments, where uptime, workload scheduling and data movement are central to day-to-day use.

Dell plans to install the complete system inside an Equinix International Business Exchange data center in Dallas. The facility will provide secure infrastructure and connectivity for research operations. The arrangement is designed to help Texas A&M scale computing resources without creating isolated environments for individual workloads.

Project Extends Dell and Texas A&M Partnership

The IGNITE project builds on a longstanding relationship between Dell Technologies and the Texas A&M University System. Dell already supports several university computing environments, including FASTER, Grace, ACES and Launch, which are used for research across multiple academic disciplines.

The expanded collaboration will also support student training and workforce development through access to advanced computing resources. Students and researchers are expected to gain practical experience with large-scale artificial intelligence infrastructure.

The initiative also expands cooperation among universities, government agencies and industry organizations. It comes as research institutions require larger computing platforms with stronger security controls, while federal programs increasingly call for infrastructure that can support both advanced artificial intelligence and traditional high-performance computing workloads.

With IGNITE, Texas A&M aims to increase its capacity for major research programs and broaden long-term scientific computing capabilities.