GPTshop Launches Premium AI Workstations with NVIDIA Grace Hopper Tech

GPTshop has taken a giant leap into the realm of high-tech computing with the launch of its exclusive AI workstation PCs, priced from a staggering $41,500. These cutting-edge systems transcend typical configurations, embodying the apex of contemporary tech advancements. Central to their performance is NVIDIA’s groundbreaking Grace Hopper Superchip, specifically engineered to meet the escalating needs of artificial intelligence computations. This release marks a significant milestone, ushering in a new era of specialized computing for both the professional sphere and technology enthusiasts. With these workstations, GPTshop isn’t just delivering state-of-the-art hardware; they’re lighting the way for the advanced landscape of AI research and development, showcasing specialized solutions crafted for the most demanding of tasks.

Cutting-Edge AI Processing Power

The heart of GPTshop’s new line is the integration of the powerful NVIDIA Grace Hopper Superchip, combining an #00 GPU with a 72-core Grace CPU to achieve astonishing performance levels. This potent pair is designed to process AI tasks at unprecedented speeds, a crucial feature for users dealing with complex machine learning models and data analysis. The base model features a staggering 576 GB of storage and is outfitted with a voluminous 480 GB of cutting-edge LPDDR5X system RAM. Adding to the computational might is 96 GB of HBM3 memory integrated into the GPU, ensuring the system rarely, if ever, becomes bandwidth-throttled when slogging through resource-intensive AI workflows.

The more advanced 624 GB variant furthers this commitment to extreme performance. It retains the same system RAM while boasting an impressive 144 GB of HBM3 GPU memory, elevating it to the pinnacle of current workstation capabilities. Both models come equipped with robust NVLINK-C2C interconnectivity, allowing for swift and efficient communication between the CPU and GPU. Furthermore, the adjustable thermal design power (TDP) settings, spanning from 450W to a colossal 1000W, ensure that users can balance performance with energy consumption based on their workload and power constraints.

Premium Build and Customizability

The InWin D-Frame chassis, resplendent in gold, encases GPTshop’s new AI workstations, exuding luxury and hinting at the high-end hardware within. Weighing in at 30 kg, the heft reflects the quality and power, supported by two 2400W PSUs ready for demanding tasks. Designed for those who need serious computational muscle, these machines feature ample PCIe Gen4/5 slots and extensive I/O capabilities.

At the heart of thermal management is a large heatsink with a Noctua NF-A15 PWM fan ensuring cool operation, complemented by eight auxiliary Noctua fans for consistent airflow. The workstations encourage customization, allowing for various network cards, storage setups, and more.

Embracing NVIDIA’s Grace Hopper Superchip technology, these workstations cater to AI and machine learning professionals looking for top-tier performance and flexibility. With an eye on the future, they’re built to accommodate technological upgrades, solidifying GPTshop’s commitment to cutting-edge computing solutions.

Explore more

How Is the New Wormable XMRig Malware Evolving?

The rapid transformation of cryptojacking from a minor background annoyance into a sophisticated, kernel-level security threat has forced global cybersecurity professionals to fundamentally rethink their entire defensive posture as the landscape continues to shift through 2026. While earlier versions of Monero-mining software were often content to quietly steal idle CPU cycles, the emergence of a new, wormable XMRig variant signals

AI-Driven Behavioral Intelligence – Review

The rapid proliferation of machine-learning-assisted malware has officially transformed the cybersecurity landscape into a high-stakes competition where static defense is no longer a viable strategy for survival. While traditional security measures once relied on a digital library of known threats to protect networks, the current environment demands a system capable of interpreting the intent behind a process rather than just

Trend Analysis: India AI Sovereignty and Evaluation Standards

While the global race to build the largest large language model often dominates technology headlines, a more subtle and arguably more consequential shift is occurring within the Indian subcontinent’s technological landscape. This transition marks a departure from the simple pursuit of “national champion” models toward a more sophisticated objective: the establishment of sovereign evaluation standards. As artificial intelligence becomes deeply

AI and Stolen Credentials Redefine Modern Enterprise Risk

The traditional castle-and-moat defense strategy has become an obsolete relic in an era where digital identities are the primary gateway for highly sophisticated global threat actors. Recent data suggests that enterprise risk has fundamentally transitioned from frequent but localized incidents toward high-impact disruptions that threaten the very fabric of systemic stability. This shift is punctuated by the emergence of identity

How Is AI Accelerating the Speed of Modern Cyberattacks?

Dominic Jainy brings a wealth of knowledge in artificial intelligence and blockchain to the table, offering a unique perspective on the modern threat landscape. As cybercriminals harness machine learning to automate exploitation, the gap between a vulnerability being discovered and a breach occurring is shrinking at an alarming rate. We sit down with him to discuss the shift toward identity-based