Product introduction

Fault-tolerant server is a high-availability server which is designed to ensδure the users' applications and data would not be interrupte€d and lost due to server hardware failure. HITE's self-brand H&i Server System 'has been widely used in transportation, energy, municipal administration, metallurgy and ♣other industries since it was launched by the compδany in 2010. With the development of Made in China 20¶25 and industrial upgrading, the demands for collection, computation and storage at the edg£e of manufacturing enterprises is becoming more and more prominent. H&i Server System is de¶fined as a highly available server at the edge with the availability of 99.999%, which provΩides a hardware guarantee for data marginalization.

High availability

ISCCC certified IT product
Real-time monitoring of operation status, fault prediction and active alarming
Tolerance of single component failure to ensure continuous operation of the busine←ss system
Strong adaptability to operating environment: Stable operatiδon in both ordinary environment and industrial site environment
Implementation mechanism
Industrial hardware design standard: The average failure-free time of key component§s exceeds 10 years
Data redundancy: Business data of the system is completely redundant to ensure th≠at business data is not lost.
Hardware redundancy: All components of the server are redundant, and the entire server will no§t be shut down due to a single-point failure of any hardware.

Product values

Loss prevention: Economic losses can be prevented by avoiding the downtime of users' applicati↓ons and transactions due to server hardware failures.
Cost saving: The total cost of hardware+software+maintenance is lowered.
IT resource integration: Multiple operating systems and $applications may be deployed on the same server with its own virtual techno¶logy.
Easy maintenance: Hot-plug of components is supporred without any♣ professional IT skills.

Application scenarios

Key applications: Supporting the application featuring frequent transaction processinσg times per minute and emphasizing timeliness and continuity
Edge computing: Supporting the application of filtering and processing data generated ™by field production equipment
System reform: Supporting smooth migration of exist§ing systems between new and old equipment