Tech

Zyphra Announces 15 Megawatts of AMD Instinct™ MI355X GPU Capacity Through Zyphra Cloud

"Cloud computing just got a massive boost: Zyphra Cloud now offers 15 megawatts of AMD Instinct MI355X GPU capacity, a significant upgrade that will accelerate compute-intensive workloads and AI applications. Leveraging the high-performance MI355X GPU, Zyphra Cloud is poised to become a go-to platform for data scientists and researchers. This infrastructure upgrade underscores the growing demand for specialized cloud services."

Zyphra Cloud, a full-stack neocloud powered by AMD, has announced the availability of 15 megawatts of AMD Instinct MI355X GPU capacity. This expansion enables customers to run advanced AI workloads across pretraining, large-scale reinforcement learning, post-training, and agentic inference.

Overview

Zyphra Cloud is designed for AI-native startups, enterprises, and frontier AI hyperscalers. The platform offers two primary deployment models: on-demand bare-metal GPU clusters for flexible workloads and custom hyperscale AMD infrastructure for large-scale training and inference deployments.

What it does

The 15 megawatts of MI355X GPU capacity will accelerate compute-intensive workloads and AI applications. Zyphra Cloud brings together AI software with custom AMD infrastructure to deliver production AI systems. Customers can deploy and scale AI workloads on AMD with speed and reliability.

Zyphra Research has developed next-generation inference algorithms for production environments, including the release of ZAYA1-8B and ZAYA1-74B-Preview models pretrained end-to-end on AMD Instinct MI300X infrastructure. Zyphra Cloud also powers agentic inference for large-scale open models such as DeepSeek and Kimi on AMD Instinct MI355X GPUs through serverless endpoints.

Tradeoffs

The expansion of Zyphra Cloud with AMD Instinct MI355X GPU capacity underscores the growing demand for specialized cloud services. While the exact pricing and availability of reserved capacity and enterprise infrastructure are not specified, customers can contact sales at zyphra.com/contact-sales for more information.

Zyphra plans to expand support to next-generation AMD platforms, including the MI450 series and beyond, as part of its roadmap to scale software-driven infrastructure across future AMD architectures.

In practical terms, the availability of 15 megawatts of AMD Instinct MI355X GPU capacity through Zyphra Cloud means that customers can now deploy and scale AI workloads on AMD with increased speed and reliability. This is particularly useful for AI-native startups, enterprises, and frontier AI hyperscalers that require advanced AI workloads and customized infrastructure.

Similar Articles

More articles like this

Tech 1 min

Windham Capital Partners' David Kereiakes Joins AO Foundation Technology Transfer Board to Translate Surgical Innovation into Patient Impact

A seasoned medtech investor brings his expertise to the AO Foundation's technology transfer board, bridging the gap between cutting-edge surgical innovations and global clinical adoption. David Kereiakes, with over 15 years of investment experience and a track record of successful exits, joins the world's largest trauma and orthopedic surgical network to drive translation of its innovations into tangible patient impact.

Tech 1 min

LiveOne (Nasdaq: LVO) and PodcastOne (Nasdaq: PODC) Expand Gotavi Partnership to Accelerate AI-Driven Investor Awareness and Highlight Valuation Discount

LiveOne’s expanded Gotavi tie-up weaponizes AI-driven shareholder discovery to close its 60 % Nasdaq discount, turning podcast transcripts and live-event metadata into real-time investor alerts that bypass traditional IR channels. By funneling sentiment signals from 12 M monthly listeners into Gotavi’s LLM-powered retail-investor graph, the deal effectively crowdsources valuation arbitrage—trading meme-stock virality for institutional-grade visibility.

Tech 1 min

NASA Invites Media to Annual Lunabotics Robotics Competition

NASA’s 2026 Lunabotics Challenge pits university teams against a high-fidelity lunar regolith simulant, testing autonomous excavators that must navigate soft-soil traction, dust mitigation, and 100 kg payload targets—all while operating under the agency’s Artemis-era ISRU (in-situ resource utilization) constraints. With live telemetry feeds and on-site media access, the event doubles as a public demo of the robotic middleware stack NASA plans to deploy for future polar ice mining missions.

Tech 1 min

Collective 54 Retreat Equips 50 ProServ Founders with AI Powered Operating System for Expansion Revenue; Member Closes Deal in the Room

At a recent retreat, Collective 54 equipped 50 professional services founders with an AI-powered operating system, the AI Account Manager, designed for Era 2 and Era 3 firms. This bespoke product integrates with existing CRM systems, leveraging natural language processing and machine learning to optimize client relationships and revenue growth. The workshop's in-room deal-making underscores the community's focus on practical application of cutting-edge technology.

Tech 1 min

ScienceSoft Receives Frost & Sullivan's 2025 North America Enabling Technology Leadership Recognition for Advancing Patient Engagement and Telehealth Innovation

Real-time patient engagement gets a boost as AI-driven conversational technologies, enabled by ScienceSoft's software platform, streamline telehealth operations and enhance care delivery, earning the company Frost & Sullivan's 2025 North America Enabling Technology Leadership Recognition. This innovation leverages natural language processing and machine learning to facilitate seamless interactions between patients, healthcare providers, and telehealth systems. The result is improved patient outcomes and operational efficiency.

Tech 1 min

Legacy Launches $1M Study Advancing At-Home Semen Collection for Assisted Reproduction Technology

A $1 million research push is underway to refine at-home semen collection protocols for assisted reproduction technology, with a focus on improving the efficiency and accuracy of cryopreservation and thawing processes. The study aims to standardize specimen handling and minimize the impact of environmental factors on sperm viability. By streamlining this critical step, the study seeks to enhance the success rates of fertility treatments.