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The Future of ASIC Cloud Begins Here
Beyond Imagination
Unfolding the ASIC Cloud Horizon
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Powering Innovation: Pioneering Eco-Friendly Shift with an AI Accelerator-Embedded ASIC Platform for Ultra-Low Power Applications
The Coming Revolution in AI Chip
Artemis, the Pinnacle of Hyper-Cloud ASIC Accelerators, is ingeniously crafted for superior speed in processing HPC tasks. Harnessing the power of near-threshold voltage ultra-low power and asynchronous massively parallel processing architecture, it embodies the epitome of cross-layer holistic design optimization.
Embark on an Environmental Odyssey: A Transformative Trajectory in HPC AI ASIC for Carbon Emission Reduction
Leaning into a future of superlative performance, Soteria delivers a compelling 0.275V-based standard cell re-characterization, coupled with ultra-low power analog-to-digital hybrid integration. Our trailblazing performance harvesting technologies, tiling and hardening, are impeccably optimized for the upcoming generation of immersion cooling, primed to run a myriad of AI algorithms in eco-conscious data centers. Experience the cutting-edge of super-low power with Soteria.
Device Centric Accelerator
We are at the forefront of revolutionizing data pre-processing, data augmentation, and near-data inference modeling through our device-centric accelerator. Utilizing vector extensions, we are redefining the boundaries of what's possible in data processing, bringing about a new era of accelerated efficiency and precision.
Innovate, Integrate, Accelerate: Your HPC AI ASIC Journey Begins from Data Storage
Soteria, impeccably conceived for HPC acceleration, is the embodiment of precision engineering tailored to cater to application-specific datacenters. This innovative solution is designed to flawlessly integrate data accelerators with compute accelerators, specializing in Pipelined ML Training and Near Data Processing (NDP) - the seamless synergy for your sophisticated computing needs.
Transformed Hyper-Scale Accelerators
for Exascale Computing
Reshaping HDL inspired hyper-scale MPPAs, crafting practical pathways to exascale computing
The Next
Ultra Low Power Structure
Energy efficiency is maximized by implementing a low-power design methodology and using tidy core structures.
SPEChpc™ HPC Benchmark
AI HPC Processing Array with Industry-Leading Performance
Similar or superior performance compared to the top tire products with lower power requirements.
The Next Generation.
Device Centric Accelerator We are at the forefront of revolutionizing data pre-processing, data augmentation, and near-data inference modeling through our device-centric accelerator. Utilizing vector extensions, we are redefining the boundaries of what's possible in data processing, bringing about a new era of accelerated efficiency and precision
Semiconductor design with the following expertise for a Customer-Centric Culture in Soteria:
Ultra Low-Power Circuit Design
Mixed Signal Designs
Third-Party IPs Integration
AI-Integrated Circuit Design
Quantum Computing Circuit Design
Thermal Dissipation-Aware Design
ESD-Aware Design
Latch-up Aware Design
Metal-Fix Strategy
Spare-Cells Strategy
Near-Data Processing Accelerator
Memory-Centric Architecture Designs
Prefetching High-Speed Interconnect Technology
Scalable Coherent Memory Access
Data Augmentation Modules
CXL-Enabled AI Accelerators
Software-Hardware Co-design
Smart Cache Accelerators
Real-Time Analytics
Dynamic Vector Extension
Ultra Low-Power Circuit Design
Mixed Signal Designs
Third-Party IPs Integration
AI-Integrated Circuit Design
Quantum Computing Circuit Design
Thermal Dissipation-Aware Design
ESD-Aware Design
Latch-up Aware Design
Metal-Fix Strategy
Spare-Cells Strategy
Near-Data Processing Accelerator
Memory-Centric Architecture Designs
Prefetching High-Speed Interconnect Technology
Scalable Coherent Memory Access
Data Augmentation Modules
CXL-Enabled AI Accelerators
Software-Hardware Co-design
Smart Cache Accelerators
Real-Time Analytics
Dynamic Vector Extension
Ultra Low-Power Circuit Design
Mixed Signal Designs
Third-Party IPs Integration
AI-Integrated Circuit Design
Quantum Computing Circuit Design
Thermal Dissipation-Aware Design
ESD-Aware Design
Latch-up Aware Design
Metal-Fix Strategy
Spare-Cells Strategy
Near-Data Processing Accelerator
Memory-Centric Architecture Designs
Prefetching High-Speed Interconnect Technology
Scalable Coherent Memory Access
Data Augmentation Modules
CXL-Enabled AI Accelerators
Software-Hardware Co-design
Smart Cache Accelerators
Real-Time Analytics
Dynamic Vector Extension
Our groundbreaking and forward-thinking approach is the powerhouse behind our commitment to fostering a customer-centric culture. We're not just setting the standard, we're redefining it, leading the industry into the future with our innovative solutions.
Our Mission
We are the purveyors of an all-inclusive, game-changing vertical solution
Our solution encapsulates data augmentation and goes beyond the mere chip, setting the gold-standard for client experience. Our dexterity in tailoring our service to align with our customers' AI HPC infrastructure has led to the creation of groundbreaking use cases that have reshaped the landscape across diverse market sectors.
Product Portfolio
Customer Applications
Solutions
Cloud Computing
Data Center
Machine Learning
Customer Applications
Data Centers(Servers), AI Machine Learning, Cloud Computing, Edge Computing, IOT Data Centers and Cloud Computing, Database and in-memory analytics High Performance Computing (HPC) Networking and Communication Systems
Details
Transforming Green Tech with Workload-Aware Carbon-Neutral ASIC Designs
Cross-layer holistic design optimization overcoming the limit of legacy development process
Our Clients
Silicon Valley Research Center, Development Corporation and European Partners
We make green innovation
Meet our eco-friendly technology.
Soteria contributes towards the reduction of carbon emissions as it consumes only 35% less power than state-of-the-art HPC Accelerator.