Lenovo has launched a new workstation product that utilizes advanced aerodynamics developed in collaboration with Aston Martin to maximize CPU and GPU performance even in extreme environments, and has begun to aggressively target the domestic workstation market.

Lenovo Korea held a media showcase on the 27th and introduced three new ThinkStation products.

The newly released products are the ThinkStation PX, ThinkStation P7, and ThinkStation P5, which feature an innovative body design and advanced heat dissipation system that are completely different from existing models, and are designed to meet the demands of extremely high-performance computing workloads.

In particular, this product was designed in collaboration with the Aston Martin design team to allow air to flow from both sides of the motherboard.

On the left side of the motherboard, the main airflow is done through a 3D mesh, which lowers the memory, CPU, and GPU temperatures.

The right-side slate reduces the temperature of the dual power supply at the back of the system, and combined with Lenovo's unique patented tri-channel cooling system, provides excellent thermal management.and ensures stable performance.

The ThinkStation PX is Lenovo's highest-spec flagship workstation, boasting a higher core count, improved expandability, and extreme power and performance compared to the previous generation.

It is also optimized for racks, enabling seamless transitions between desktop and data center environments.

It is equipped with the latest 4th generation Intel Xeon Scalable processor with up to 120 CPU cores and an average 53% performance improvement compared to the previous generation.

Supporting up to four NVIDIA RTX 6000 Ada Generation GPUs, users can manage and execute complex workflows such as creative finishing and computer-aided engineering (CAE) simulations. The ThinkStation PX offers up to 4TB of DDR5 memory and ultra-fast bandwidth based on PCIe Gen 5, providing flexibility for multi-user virtualization in hybrid workflow environments.

The ThinkStation P7 features a revolutionary computing architecture powered by Intel's latest Xeon W processors. Supporting up to 56 cores in a single socket, it delivers the performance to directly handle compute-intensive multi-threaded tasks. Up to three NVIDIA RTX 6000 Ada Generation GPUs are available, making it ideal for content creators, designers, engineers, and data scientists who require exceptional graphics, visualization, real-time rendering, CAE, and AI performance.

Designed to overcome workload performance and stability challenges, it can be used in a variety of desktop and data center environments in a 4U enclosure.

The ThinkStation P5 addresses user needs for enhanced performance, IT expandability, and manageability. It features a newly designed chassis and the latest Intel Xeon W processor, offering up to 24 cores. Supports up to two NVIDIA RTX A6000 professional graphics cards.

Designed for use by a wide range of professionals, including architects, designers, and engineers, it excels in solid modeling and compute-intensive tasks such as Building Information Modeling (BIM), complex 3D CAD, reality capture, geospatial visualization, visual effects, and edge deployment.

All three new ThinkStation models are designed for demanding IT environments and offer enterprise-grade features and security. They meet Lenovo's rigorous standards and testing, and are backed by ThinkStation Diagnostics 2.0, ThinkShield, and Premier Support. A three-year warranty provides users with peace of mind.

“The three newly introduced ThinkStation models provide the power, performance, and speed required for new hybrid work environments ranging from virtual reality (VR), mixed reality (MR), and virtual production to machine learning, data science, CAE, reality capture, and AI, and were designed from a customer-centric perspective,” said Shin Kyu-sik, CEO of Lenovo Korea. “These new products, which combine ultra-high-performance graphics, memory, and processing power with a premium body designed in collaboration with Aston Martin and implement the best design and functionality, will be effectively utilized in future work environments.”