Hewlett Packard Enterprise vs Tenstorrent

Cloud-native network management and AIOps for HPE Aruba Networking wired, wireless and SD-WAN devices, with AI-driven insights, self-driving automation and a GreenLake copilot, deployable as a cloud service, on-premises, as-a-service or in a virtual private cloud.

AI network assistant that answers network questions in natural language and, when permitted, resolves WLAN, LAN, WAN and data-centre issues autonomously.

Hybrid cloud observability and AIOps software that unifies monitoring of on-premises, multicloud and AI workloads, uses an AI-powered Operations Copilot to cut alert noise and guide resolution, and automates routine fixes.

Cloud AI-native networking platform from Juniper (now HPE) that applies AI models to network telemetry for proactive insights, recommendations and automated resolutions across wireless, wired and WAN, with the Marvis AI assistant on top.

Turnkey private AI stack co-engineered with NVIDIA, sold as integrated compute, storage and networking with a console to deploy, monitor and govern enterprise AI agents and models.

8-GPU air-cooled server with NVIDIA Blackwell Ultra (B300 HGX) accelerators for large AI model training, tuning and inferencing, part of NVIDIA AI Computing by HPE.

4U rack server for AI inference supporting up to ten double-wide NVIDIA GPUs and Intel Xeon 6 processors.

Rack server for generative AI workloads with up to two NVIDIA GH200 NVL2 superchips, used to train and deploy larger AI models and as a building block of HPE Private Cloud AI.

10U rack server for production AI with two AMD EPYC 9006 processors and up to eight double-wide GPUs, for inference, RAG and agentic AI workloads.

8-GPU server for large AI model training with a choice of NVIDIA or AMD Instinct accelerators and AMD EPYC 9005 processors.

TT Studio provides a graphical interface for deploying and chatting with AI models on Tenstorrent hardware.

tt-local-generator generates video, images, and animated characters locally on Tenstorrent hardware.

Hosted remote access to Tenstorrent accelerator instances of 1-128 Wormhole Tensix processors, reached through a browser or remote session via the TT-Console portal.

RISC-V-based AI accelerator sold as standalone PCIe developer cards (Blackhole p100a, p150a, p150b) alongside the previous-generation Wormhole boards on Tenstorrent's card catalogue page.

High-performance RISC-V CPU core licensed as silicon IP to chip designers for use in AI accelerators, chiplets and custom SoCs.

Air-cooled desktop AI workstation built around four Tenstorrent Wormhole n300s cards (eight Tensix processors) with a 96GB expandable memory pool, sold for local AI model development and HPC library porting.

Liquid-cooled desktop AI workstation containing four Tenstorrent Tensix processors, an AMD Ryzen CPU, DDR5 memory and NVMe storage, sold for running and developing AI models locally.

AI accelerator core licensed as silicon IP to chip designers for embedding Tenstorrent's Tensix compute into their own SoCs and chiplets.

Rack-mount AI compute server built from 32 Tenstorrent Tensix processors with built-in Ethernet scale-out, sold in Blackhole and Wormhole generations and in multi-server supercluster configurations.

Wormhole is a family of Tensix Processor PCIe add-in boards for AI computing.