WISE (Wafer-Intelligent Stacking Engine) maximizes silicon potential by scaling compute and memory up and out, enabling ultra-dense, high-throughput AI acceleration across full-wafer, interconnected, and intelligent architectures.
50x
AI Optimized Cores
Multiple-Layer Wafer-Scale Memory
On-Silicon Memory Architecture with 20× Greater Capacity
40 ~ 7nm
Flexible Foundry Technologies
2 ~ 10x TPS/W
Tokens Per Second Per Watt
20x more on-silicon memory
✅ Massive Memory Capability
Equipped with 500GB+ high-bandwidth memory, eliminating data bottlenecks for AGI workloads.
✅ Logic/Memory Direct Connection
Cross-die interconnects enable ultra-fast data transfer between compute and memory layers.
✅ Advanced Heat Dissipation
Liquid cooling technology ensures efficient thermal management for sustained high performance.
✅ Rack-Compatible Design
Engineered to fit seamlessly into standard server racks, enabling effortless integration into existing AI infrastructure.
With EinsNeXT AGI Supercomputer, enterprises can accelerate large-scale AI models, AGI evaluation, and robotics AI while achieving unprecedented efficiency, scalability, and power optimization
Harnessing the power of the EinsNeXT AGI Supercomputer, AI training reaches unprecedented efficiency and scalability, leveraging:
✅WISE (Wafer-Intelligent Stacking Engine)
A breakthrough wafer-scale architecture designed for AI acceleration and AGI evolution.
✅ Massive Memory with Logic/Memory Direct Stacking
500GB+ high-bandwidth silicon-layer memory, enabling ultra-fast data access and near-zero latency computation.
By combining intelligent wafer-scale integration with memory-compute fusion, EinsNeXT delivers a next-generation AI training platform, optimized for LLMs, robotics AI, and AGI workloads—pushing the boundaries of performance, scalability, and efficiency.
The EinsNeXT AGI Supercomputer delivers unmatched inference performance, leveraging cutting-edge wafer-scale AI acceleration to achieve world-leading efficiency and scalability:
✅ WISE (Wafer-Intelligent Stacking Engine)
A revolutionary wafer-scale architecture that maximizes AI inference throughput and efficiency.
✅ Memory/Logic Direct Connection
Eliminates unnecessary power consumption caused by format transformations (e.g., HBM handling), ensuring seamless high-speed data flow.
✅ World’s Highest Token-Per-Watt Performance
Achieves breakthrough AI inference efficiency, setting a new benchmark in AGI computing.
✅ Most Power-Cost Efficient AGI Solution
Delivers unparalleled performance per watt, reducing total AI infrastructure costs while maximizing scalability and sustainability.
With EinsNeXT, enterprises can deploy AGI inference at scale with maximum performance, minimal power consumption, and industry-leading cost efficiency.
AI
The WISE architecture powers next-generation AGI Supercomputing, delivering unmatched scalability, efficiency, and performance through:
✅ Massive Die-to-Die Memory
Unrestricted direct interconnects between compute and memory, eliminating traditional bandwidth bottlenecks.
✅ Parallel Direct Access for Highest Data Throughput
Enables simultaneous high-speed data movement, maximizing AI inference and training efficiency.
✅ Lowest Power Consumption on Memory Data Transfer
Bypassing format transformations (e.g., HBM overhead) to ensure ultra-efficient energy usage.
The WISE (Wafer-Intelligent Stacking Engine)-enabled AGI Supercomputer is designed to push the boundaries of AI acceleration and AGI scalability with:
✅ Unlimited Direct Die-to-Die Connection Memory
Eliminating traditional memory bottlenecks by providing seamless, high-speed interconnects between compute and memory layers.
✅ High Memory Access Throughput
Enabling ultra-fast data flow with direct memory-logic stacking, drastically reducing latency and maximizing efficiency for AGI workloads.
By integrating WISE technology, EinsNeXT is redefining AI infrastructure to deliver unparalleled performance, scalability, and efficiency, accelerating the evolution of next-generation artificial intelligence.