Jinli Technology

Committed to becoming a core switch service provider

Artificial intelligence and high-performance computing

Edge computing and the Internet of Things

Intelligent Network

Data storage and management

Partner Joint Program

Core medical business storage and disaster recovery solution

The solution mainly consists of two sets of centralized storage, using HF5000G5 mid-range all-flash storage, or HF6000G5 and HF18000G5 high-end all-flash storage. It provides ultimate performance (up to 23 million IOPS) through all-flash NVMe SSD and SAS HDD media. The gateway-free active-active function ensures ultimate reliability of the storage system, and heterogeneous virtualization capabilities can manage most storage devices in the industry, improving resource utilization.

Scenario Analysis

Online appointments and remote consultations have become part of people's lives. Hospital informatization is developing towards improving service efficiency, reducing medical errors, and controlling medical costs. The transformation and improvement of medical experience and efficiency have accelerated the implementation of "smart healthcare." Hospital key business systems generate terabytes of outpatient, emergency, and inpatient clinical data daily, and have extremely high reliability requirements. A failure at any node in the architecture may lead to delays or even stagnation in business efficiency. Key business systems such as HIS and EMR often face the following challenges:


Existing storage devices cannot be reused, resulting in resource waste.	Hospital information systems require that key business systems operate 24/7 without interruption.	A large number of concurrent accesses pose a huge performance challenge to data reading.
For existing old storage devices in the hospital, we need to consider taking over and reusing them to achieve resource integration, reduce management costs, and improve asset utilization.	If application systems malfunction, hospital operations will be interrupted, seriously affecting work efficiency and doctor-patient relationships, and even endangering patient safety.	During peak hours of hospital visits, a large number of concurrent accesses by medical personnel will challenge the reading performance of the storage, causing slow system response and thus reducing the efficiency of medical treatment.

Solution

Targeting the needs of key core business in hospitals, and relying on rich experience in the storage field, we launch a dual-active solution for centralized all-flash storage. In addition to providing high-performance storage, it ensures business continuity, and can also reuse existing heterogeneous storage to improve resource utilization, thereby meeting the data storage needs of hospital core business scenarios.

The solution mainly consists of two sets of centralized storage, using HF5000G5 mid-range all-flash storage, or HF6000G5 and HF18000G5 high-end all-flash storage. Through all-flash media NVMe SSD and SAS HDD, it provides ultimate performance (up to 23 million IOPS), and the gateway-free dual-active function ensures the ultimate reliability of the storage system. It can also manage most storage devices in the industry through heterogeneous virtualization, improving resource utilization.

Application Scenarios

The solution can be applied to the medical, financial, communication, enterprise, and education industries, supporting core platforms such as databases, virtualization, and cloud computing, and meeting the high performance, high reliability, and high security requirements of core scenarios.

Solution Value


Excellent Business Continuity Protection	Strong Performance to Meet Business Growth	Reuse Devices to Improve Resource Utilization
Two sets of centralized storage, through gateway-free dual-active, can achieve RPO=0, RTO≈0, with no single point of failure, meeting the business continuity requirements of key businesses.	HF18000G5 can achieve a cluster of 23 million IOPS, with latency <1ms, meeting performance requirements under extreme conditions.	Through industry-leading heterogeneous virtualization capabilities, it can virtualize most storage devices in the industry, and can pool and manage old storage space, enabling old storage to have the same advanced functions as Inspur's high-end storage.