LST H5000 Hyper-converged All-in-One
LST H5000 Hyper-converged All-in-One
The LST H5000 hyper-converged all-in-one machine independently developed by LUISUAN Technology is a full-stack domestically produced cloud infrastructure platform with deep collaboration between software and hardware. It is centered on independent intellectual property rights and deeply integrates computing, storage, and network virtualization technologies. Through modular architecture design, it provides enterprises with highly available, easy-to-expand, and low TCO (total cost of ownership) modern data center solutions, helping customers achieve digital transformation.
- Unified management of heterogeneous virtualization
- Compatible deployment of x86 and domestic chips
- Supports mainstream operating systems at home and abroad: Windows, Linux, etc.
- Storage virtualization, computing virtualization, network virtualization, Kubernetes management
- Nearly zero downtime migration, support for cluster internal/external, hot/cold migration
- Support load balancing
- Global unified namespace
- Single platform unified management, deployment and upgrade one-click solution
LST H5000 hyper-converged all-in-one (HCI) integrates computing, storage, network and management functions through software-defined technology. The system architecture is mainly composed of the following three core component services: computing virtualization, storage virtualization and network virtualization.
· Computing virtualization: Based on the self-developed lightweight Hypervisor engine, it supports the mixed deployment of multi-tenant virtual machines (VMs) and containers (Docker/Kubernetes), provides CPU/memory resource over-division, dynamic load scheduling, hardware-assisted virtualization (such as Intel VT-d/AMD-V) acceleration, and a single node can carry hundreds of business instances.
· Storage virtualization: Built-in distributed storage engine, aggregates multi-node local hard disks (SSD/HDD/NVMe) into a unified storage pool, supports block storage (iSCSI), file storage (NFS/SMB), object storage (S3) multi-protocol access, and achieves high data reliability through EC erasure code (supports flexible configuration such as 8+2, 4+2) and multi-copy mechanism.
Network virtualization: Integrates software-defined networking (SDN) functions, supports VPC private networks, security group policies, distributed firewalls, and intelligent traffic scheduling, and implements Layer 2/Layer 3 network interconnection across physical nodes through Overlay technology (VXLAN/Geneve), meeting flexible business networking requirements.
| Simplified architecture and rapid deployment | Elastic expansion and resource optimization | High performance and low latency | Enterprise-level reliability and security protection | Cloud native adaptation and hybrid cloud capabilities |
| · Adopting hardware and software integrated design, integrating computing, storage, network and virtualization resources, replacing independent servers, storage and network devices in traditional IT architecture, eliminating the complexity of multi-vendor management, and realizing "out-of-the-box" rapid deployment. | · Based on the scale-out architecture, it supports adding nodes on demand, and the resource pool capacity and performance increase linearly with the number of nodes to meet the needs of explosive business growth. | · Adopting high-performance network cards to achieve 280,000 IOPS random read and write performance, with a delay of less than 40 microseconds, meeting the needs of high-concurrency scenarios such as virtualization and AI training | · Integrating network virtualization functions (such as vFW, vLB) and security resource pools, supporting tenant isolation and strategic protection, and defending against attacks such as ransomware |
· Natively compatible with virtualization platforms such as Kubernetes and VMware, supporting seamless migration and persistent storage of containerized applications; · Can smoothly connect to the public cloud to build a hybrid cloud environment, and realize unified scheduling of cross-cloud resources and disaster recovery coordination. |
