WE ARE CUSTOMER-CENTRIC AND PROVIDE CUSTOMIZED OR ONE-STOP FULL-STACK SOLUTIONS TO EMPOWER ALL INDUSTRIES.
Multiple Scenarios And Multiple Requirements: Bioinformatics (Sequence Search, Comparison And Analysis) – Requires A Large Memory Capacity And Memory Bandwidth, And Requires A Direct Connection To The Cpu Architecture; Molecular Dynamics – Has Relatively Large Network Requirements, And A Low-latency, High-bandwidth Infiniband High-speed Network Is Required Between Nodes; Molecular Docking (Drug Design) – The Amount Of Calculation Is Very Large, And It Consumes A Lot Of Computer Time; Sequencer Offline Processing – Large Memory And Storage Capacity Requirements, And Job Operation Needs To Be Combined With The Job Scheduling System; Electron Microscope Image Processing – The Software Memory And Io Requirements Are Large, The Calculation Time Is Long, And The System Stability And Reliability Requirements Are High; Mass Spectrometer Raw Data Processing – The System Has A Large Amount Of Calculation, The Calculation Time Is Long, And The System Stability And Reliability Requirements Are High.
The Powerscale 8000 High-performance Computing Cluster Is An Organic, High-performance, And High-reliability Cluster System. The Hardware Of The System Is Selected From Mainstream Products That Have Been Strictly Tested To Ensure The Reliability Of The System; The Network That Interconnects The Various Components Of The System Is A Dedicated High-efficiency Network. The Management System At The Core Of The Cluster Enables The Entire System To Operate In A Coordinated Manner, Providing Users With Unified Services Like A Single High-performance Computer. Powerscale 8000 Provides Users With A Single Computer Interface. The Front-end Computer Is Responsible For Interacting With The User, And After Accepting The Computing Tasks Submitted By The User, It Assigns The Tasks To Each Computing Node For Execution Through The Scheduler Program; After The Operation Is Completed, The Results Are Returned To The User Through The Front-end Computer. Inter-process Communication During Program Operation Is Carried Out Through A Dedicated Network.
The Powerscale 8000 System Is Equipped With 10 Dual-core Eight-core Blade Servers. The Blade Cluster System Is Significantly Superior To Other Systems In Terms Of Computing Density, Power Consumption And Heat Dissipation, Operating Cost, Maintenance Cost, Reliability, Etc., And Provides A Good Foundation For System Expansion And Upgrading. The Choice Of Computing System Has Been Diversified, And The Most Common Dual-core Eight-core Blade Nodes Are Configured Respectively. Such Configuration Can Better Meet The Needs Of Different Applications. It Is Equipped With A High-performance Fiber San Storage System, A 20tb Disk Array Storage, And A Parallel File System, Which Realizes Unified Management Of Multiple Partitions And Concurrent Reading And Writing Of Multiple Channels. The Management Network Uses A Gigabit Network, And The Computing Network Uses An Infiniband High-speed Network Interconnection; The Main Products All Use Redundant Design (Power Supply, Fan, Etc.), And The Storage System Uses A Dual-link Redundant Design, So The Reliability Of The System Is Highly Guaranteed; For The Servers And Storage Devices Connected To The Sequencer, Dual-machine Hot Standby Is Configured To Ensure The Reliability Of The System. Powerleader Will Provide Users With Comprehensive Services, Including Installation And Debugging, System Optimization, User Training, Etc., Which Are Not Charged Separately, And Users Do Not Have To Consider The Costs Of These Aspects.
System Coordination And Efficiency
High Cost-Effectiveness And Convenient For Later Expansion And Upgrading
High Reliability And Perfect Service
