In our latest Research Brief, Hammerspace Tier 0: Unlocking Greater Efficiency in GPU-Driven Computing, The Futurum Group explores how organizations can overcome latency and storage inefficiencies by unlocking stranded NVMe capacity within GPU servers.
Synopsys Deepens NVIDIA Collaboration to Accelerate EDA Workloads on Grace Blackwell Platform
Richard Gordon, VP & Practice Lead, Semiconductors at The Futurum Group, examines how Synopsys and NVIDIA aim to accelerate chip design with Grace Blackwell, targeting 30x EDA speedups and enhanced AI productivity.
Custom Arm Neoverse V2 Chip Posts Gains in AI, HPC, and General Compute Across C4A VMs
Richard Gordon, VP & Practice Lead, Semiconductors at The Futurum Group, unpacks Google Axion’s strong benchmarks across AI, HPC, and cloud workloads, showing how Google’s custom Arm CPU could reshape enterprise infrastructure.
HP Enhances Local AI Development and Advanced Compute with Blackwell GPU-Powered Workstations
Olivier Blanchard, Research Director at The Futurum Group, breaks down HP’s latest Z by HP workstation and AI Station launches and questions how the company is positioning mobile systems with limited NPUs as AI workstations.
NVIDIA Partners With Asus, Dell, and HP to Deliver GB10-Based Personal AI Machines for Developers
Olivier Blanchard, Research Director at The Futurum Group, shares insights on NVIDIA’s GB10-based DGX Spark and OEM mini PCs designed to bring AI model tuning and inference to the desktop.
The 28W 793nm Pump Laser Diode Offers High Polarization Purity, Enhancing Thulium Fiber Laser Efficiency in Medical and Industrial Applications
Olivier Blanchard, Research Director at The Futurum Group, analyzes Coherent’s 793nm pump laser diode, a breakthrough in Thulium fiber laser efficiency.
AMD Unveils Radeon RX 9000 Series Graphics Cards, Bringing AI Acceleration and Next-Gen Raytracing to Enthusiast Gamers
Olivier Blanchard, Research Director with The Futurum Group, analyzes AMD’s Radeon RX 9000 Series launch, highlighting RDNA 4 advancements, AI acceleration, enhanced raytracing, and FSR 4 upscaling.
Synopsys Introduces HAPS-200 and ZeBu-200, Extending Its Leadership in Hardware-Assisted Verification for Next-Gen Semiconductor Designs
Richard Gordon, VP & Practice Lead, Semiconductors at The Futurum Group, explores how Synopsys’ HAV expansion with HAPS-200 and ZeBu-200 tackles AI, multi-die complexity, and scalable verification in semiconductor design.
The Extended Collaboration Addresses the Growing Demand for High-Density, Power-Efficient SSD Storage
Camberley Bates, VP & Practice Lead at The Futurum Group, analyzes how Solidigm’s extended partnership with Broadcom ensures high-capacity SSD controllers for AI, supporting efficient, scalable storage as AI infrastructure demand grows.
Hammerspace Expands Its Global Reach as Demand for AI Storage Solutions Grows, Leveraging Its Tier 0 Solution to Optimize Data Movement Across Hybrid Cloud Environments
The Futurum Group’s Krista Case and Camberley Bates analyze Hammerspace’s 10x growth and Tier 0 storage, which eliminates GPU bottlenecks. Can its expansion and innovation reshape AI infrastructure?
The Futurum Group’s latest research report, Why Lenovo Smart Manufacturing Solutions Are Ready to Drive AI-enabled Transformation, completed in partnership with Lenovo and Intel, explores why smart manufacturing solutions offer significant advantages in today's competitive landscape.
A Transformative Update Bringing New Hardware Architecture, Enhanced Write Performance, and Innovative Data Management Solutions for Hyperscale and Enterprise Environments
Camberley Bates, Chief Technology Advisor at The Futurum Group, shares insights on VAST Data Version 5.2, highlighting the EBox architecture, enhanced write performance, and data resilience features designed to meet AI and hyperscale storage environments.
