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
![server_stack_hypervisor2 server_stack_hypervisor2](https://www.maxta.com/wp-content/uploads/server_stack_hypervisor2-120x120.png)
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.
![hypervisors hypervisors](https://www.maxta.com/wp-content/uploads/hypervisors-120x120.png)
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
![icon4 icon4](https://www.maxta.com/wp-content/uploads/icon4.png)
Cost-Effective Computing Power
![icon5 icon5](https://www.maxta.com/wp-content/uploads/icon5.png)
Lowering the Threshold for Large Model Training
![icon6 icon6](https://www.maxta.com/wp-content/uploads/icon6.png)
Accelerated Delivery of AI Applications
![icon7 icon7](https://www.maxta.com/wp-content/uploads/icon7.png)
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
![](https://www.maxta.com/wp-content/uploads/矢量智能对象.png)