Tenstorrent has introduced TT‑QuietBox 2 (Blackhole), a liquid‑cooled AI workstation designed to run models up to 120 billion parameters entirely on the desktop. The system combines a fully open‑source software stack with RISC‑V–based silicon and is positioned as a teraflop‑class inference platform that does not require racks, a server room, or specialized power. Inference as
MinIO has launched AIStor Table Sharing, a new feature in MinIO AIStor that enables businesses to make on-premises data directly accessible to the Databricks platform via the Delta Sharing open protocol. This feature enables Databricks to access current on-premises datasets immediately for analytics and AI tasks, without the need for traditional data movement or replication.
At MWC 2026 in Barcelona, AMD highlighted how its portfolio is helping telecom operators move from AI pilots to production deployments as they transition from traditional RAN to open, virtualized architectures. The company is positioning a combination of open software stacks, GPUs, CPUs, networking, and adaptive computing to support distributed, telco-grade AI across core, edge,
During VAST Forward 2026, VAST Data introduced multiple updates, ranging from a full-stack agentic computing platform to a secure, scalable thinking machine. The VAST Data PolicyEngine and VAST Data TuningEngine are two new computing services that will enable the next generation of the VAST AI OS to meet key requirements for organizations looking to scale
The fundamental unit of intelligence in modern AI interactions is the token. Whether powering clinical diagnostics, interactive gaming dialogue, or autonomous customer service agents, the scalability of these applications depends heavily on tokenomics. Recent MIT Data indicate that advances in infrastructure and algorithmic efficiency are reducing inference costs by up to 10x annually. Leading inference
Microsoft has introduced Maia 200, a new custom inference accelerator designed to improve the economics of AI token generation at scale. Positioned as the company’s first silicon and system platform optimized specifically for AI inference. Microsoft frames AI inference around an “efficient frontier” that balances capability and accuracy against cost, latency, and energy. In practice,
At CES 2026, NVIDIA unveiled the Rubin platform, anchored by the Vera Rubin NVL72 rack-scale system. This is NVIDIA’s third-generation rack-scale architecture, combining six co-designed chips into a single unified system. The platform will be available from partners in the second half of 2026, with all six chips already back from fabrication and currently undergoing
AMD has introduced its new Ryzen AI Embedded Processor lineup. This portfolio targets AI workloads at the edge for automotive, industrial automation, and emerging physical AI platforms, including humanoid robotics. It launches with the Ryzen AI Embedded P100 Series and the forthcoming X100 Series. These processors combine Zen 5 CPU cores, RDNA 3.5 graphics, and
VAST Data has launched a new inference architecture that supports the NVIDIA Inference Context Memory Storage Platform. This system focuses on AI applications that involve ongoing, multi-turn agent-driven sessions. VAST presents this platform as a storage class designed for AI, enhancing access to key-value (KV) cache, enabling fast sharing of inference context between nodes, and
At CES 2026, NVIDIA outlined a software update for DGX Spark that expands its role as a compact, on-premises AI system. The changes focus on new runtimes, quantization formats, and deployment playbooks that make it easier to run open-source models, automated workflows, and creator and 3D pipelines locally. The update is intended for teams already
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