Integrated Computing Power Platform
Built on cutting-edge computing power scheduling technology, leveraging the advantages of non-local, heterogeneous, and energy-efficient features, our system rapidly, flexibly, and on-demand matches computing power resources for users, resulting in cost savings and lowering the utilization threshold.
Functions
Multiple Computing Power Convergence
Users can flexibly combine and adjust various computing power resources, including: different chips such as GPU, FPGA, ASIC, different hardware architectures such as x86, ARM, etc. to meet different application requirements.
Computing Power Scheduling Engine
The platform can automatically allocate and adjust computing power resources according to user demand, computing power resource status, and pre-drafted scheduling policies, balancing resource utilization and system stability.
Unit Type
Cost-Effective Computing Power
Lowering the Threshold for Large Model Training
Accelerated Delivery of AI Applications
Enhanced Data Security Assurance
Highlighted Features
Multiple High-Performance Computing Power
Efficient Computing Power Synergy
Multi-Computing Centers Interoperability
Intelligent Computing Power Scheduling
Flexible and Efficient Task Management
Diversified High-Performance Computing Power
Platform Architecture
Maxta Introduces VMware Escape Pod
