H3C UIS 3000 G5 Hyper Converged Infrastructure
- UIS 3000 G5
H3C UIS HCI system 7.0 is an innovative future-oriented product for enterprises and industry data centers. In compliance with the open architecture standards, H3C UIS seamlessly integrates software technologies such as compute virtualization, storage virtualization, network security virtualization, O&M and monitoring management, and cloud service delivery on x86 and ARM servers. This integration streamlines data centers and IT operations, drives management efficiency, and reduces the TCO.
The H3C UIS 3000 G5 HCI server uses Intel Xeon 3rd-generation scalable processors, enabling a performance improvement of up to 52% for floating point operations and 42% kernel number increase. With eight-channel 3200MT/s DDR4 memory, this server guarantees a bandwidth improvement of up to 60%. With 14 PCIe 4.0 expansion slots and 41 disks, the server has excellent system expansion capabilities. The power conversion efficiency of the server is 96%, and its standard operating temperature is 5 to 45°C (41 to 113°F), which provides users with high energy efficiency.
Five Innovative Engines
Cloud-native engine - With the built-in K8s APIs, the cloud-native engine offers unified orchestration and management of VMs, containers, and functions to help you build an application-centric cloud data center. Featuring small size and fast speed the cloud-native engine greatly improves resource usage.
Chixiao acceleration engine - With the built-in intelligent acceleration card, the Chixiao acceleration engine provides frontend-to-backend acceleration with no host-side losses, allowing for creating 50% more VMs with the same number of CPU cores, reducing per-VM cost by 20%, and doubling the 4K random IOPS performance than non-acceleration schemes. A lossless network with the shortest IO path in the industry reduces network latency from milliseconds to nanoseconds.
Multi-role engine - With an adaptive architecture, UIS Manager enables you to perform unified management of x86 and ARM resources. It is compatible with physical nodes with different chips, models, settings, and capabilities and supports virtual nodes, distributed storage nodes, hybrid nodes, AI accelerated nodes, and bare metal nodes.
Hybrid cloud engine - Provides high-speed interconnection between on-premises private cloud and UIS on UniCloud. It enables you to set up a hybrid cloud architecture with homogeneous resources, software, management, delivery, disaster recovery, and migration.
Intelligent edge cloud engine - An ultimately light-weighted edge cloud engine for the access of massive IoT endpoints. Based on a cloud-edge-endpoint architecture, the UIS Edge platform deployed on the edge interconnects the cloud, edge, and endpoint data channels and control planes.
Convergence and Simplicity
Management convergence - Unifies the management of compute, storage, network, security, monitoring, and cloud service software capabilities to provide cloud capabilities out of the box.
Kernel convergence - Seamlessly integrates virtualized kernel and IPv6 capabilities, high-performance vSwitches, SR-IOV NIC driver, and GPU driver for system efficiency, reliability, and stability.
Storage convergence - Virtualizes the local disks into a resource pool to provide unified block, file, and object storage services to accommodate structured, unstructured, and semi-structured data.
Simplified service deployment - Integrates one-click auto migration tools that support P2V and V2V migration to help you quickly migrate traditional services to the cloud.
Visual and simplified O&M - Provides a flat, adaptive, and scalable platform for agile service delivery. The dashboard display, one-click operation, system health model, visual deployment, and quick access features enable you to perform visual, digital, automatic, and intelligent management, operations, and maintenance.
UIS CAS performs well in the SPECvirt test and provides innovative features such as DRX, agentless anti-virus, application HA, and cloud rainbow.
Unified Distributed Storage
UIS ONEStor uses a unified distributed storage architecture to ensure high performance, scalability, and security of the storage system and support automatic O&M.
Unified distributed storage architecture - Provides unified block, file, and object storage services without requiring independent metadata servers. Distributed global caching greatly improves read and write performance.
High availability - Supports replication redundancy policies with two to six replicas and erasure coding redundancy policies of N+1 to N+4 levels to fully protect data. UIS ONEStor provides replication, snapshot, clone, copy, failure domain, and protection domain features.
High reliability - Uses a fully redundant network to eliminate single point of failure and ensure uninterrupted services upon disk or node failures. UIS ONEStor automatically reconstructs data upon disk or node failures, and you can adjust the reconstruction priority. Nodes and disks can be added or deleted without interrupting services, and auto data balancing is supported.
Reliability Monitoring Center
UIS Manager provides visual and simplified operations and maintenance. Administrators can obtain resource information and service state at one click and quickly locate specific issues. Hierarchical display of service, system, and hardware reliability states and one-click health inspection help improve O&M efficiency.
Multidimensional Data Protection
UIS provides service protection at three levels: UIS backup, UIS disaster recovery, and UIS active-active schemes to cover the six disaster recovery tiers defined in Information security technology-Disaster recovery specifications for information system.
Flexible redundancy policy - The distributed storage component integrated in UIS supports volume-based replication and erasure coding redundancy policies, providing data reconstruction without requiring hot backup disks and ensuring data integrity.
Multiscenario backup - The agentless backup feature enables you to perform differential, full, and incremental backup of VMs without additional costs. Continuous data protection is supported.
SRM - Disaster recovery schemes such as async remote replication meets the disaster recovery requirements of both heterogeneous and homogeneous sites.
Active-active - Provides data center disaster recovery to ensure continuous running of critical services.
IaaS capabilities - Provides abundant IaaS services, including self-service resource delivery, hierarchical privilege management, multitenant management, workflow and support ticket management, and heterogeneous virtual resource incorporation.
Open REST APIs - Provides standard REST APIs and is compatible with OpenStack H/J/K/L/M/P plug-ins and interfaces.
Open platform - Compatible with 200+ guest operating systems and 20+ open-source and commercial VNFs.
Open cooperation - Open cooperation in verticals such as security, backup, industry-specific applications, and cloud management platform.
Critical Service Benefits
UIS provides the following benefits in the deployment, management, and application of critical database services.
High I/O performance - Separation of metadata and data reduces resource loss caused by access and disk caching improves log processing efficiency.
Simplified infrastructure and management - Consolidates different load systems into a unified resource pool to greatly improve compute resource usage.
Fast deployment and delivery of database instances - Enables you to directly configure and allocate compute, storage, and network resources in existing resource pools, shortening the configuration time and reducing the technical requirements on operators.
Best practice for database instance deployment - Provides deployment templates that help in the configuration of compute resource flavors, operating system settings, and storage resource planning.
Dynamic compute resource scaling - Dynamically scales compute resources based on service needs, improving resource usage and simplifying initial planning and infrastructure upgrade.
2 x 3rd generation Intel® Xeon® Ice Lake SP series
(each processor up to 40 cores and maximum 270W power consumption)
32 x DDR4 DIMM slots , maximum 12.0 TB
Up to 3200 MT/s data transfer rate, support RDIMM or LRDIMM
Up to 16 Intel ® Optane™ DC Persistent Memory Module PMem 200 series ( Barlow Pass)
Embedded RAID controller (SATA RAID 0, 1, 5, and 10)
Standard PCIe HBA controller or storage controller, depending on model
8 GB DDR4 cache, depending on model, support supercapacitor protection
Up to front 12LFF bays, internal 4LFF bays , Rear 4LFF+4SFF bays*
Up to front 25SFF bays, internal 8SFF bays , Rear 4LFF+4SFF bays*
Front/Internal SAS/SATA HDD/SSD/NVMe Drives, maximum 28 x U.2 NVMe Drives
SATA or PCIe M.2 SSDs, 2 x SD card kit, depending on model
1 x onboard 1 Gbps management network port
2 x OCP 3.0 slots for 4 x 1GE or 2 x 10GE or 2 x 25GE NICs
PCIe Standard slots for 1/10/25/40/100/200GE/IB Ethernet adapter
14 x PCIe 4.0 standard slots
VGA ports (Front and Rear) and serial port (RJ-45)
6 x USB 3.0 ports (2 front, 2,rear, 2 internal)
1 dedicated management Type-C port
14 x single-slot wide or 4 x double-slot wide GPU modules
External optical disk drive, optional
HDM OOB system (with dedicated management port) and H3C iFIST/FIST, LCD touchable smart model
Chassis Intrusion Detection
Silicon Root of Trust
Two-factor authorization logging
2 x Platinum 550W/800W/850W/1300W/1600W/2400W (1+1 redundancy), depending on model
800W –48V DC power supply (1+1 Redundancy)
Hot swappable redundant fans
CE，UL , FCC，VCCI，EAC, etc.
5°C to 45°C (41°F to 113°F)
The maximum operating temperature varies by server configuration. For more information, see the technical documentation for the device.
Dimensions (H × W × D)
Without a security bezel: 87.5 x 445.4 x 748 mm (3.44 x 17.54 x 29.45 in)
With a security bezel: 87.5 x 445.4 x 776 mm (3.44 x 17.54 x 30.55 in)