Challenges

Currently, the industry is driving the evolution of data centre networks towards full Ethernet, and it is gradually becoming a fact standard in data centre networks scenarios. The Ethernet-based data centre network enables general-purpose computing and storage services to be integrated and deployed on the same Ethernet, while achieving full-lifecycle automation and intelligent operations and maintenance, which can significantly improve the overall computing power level of the data centre with the same server scale.

Low Network Reliability

Traditional hierarchical interconnected data centre networks mainly use VLAN and STP technology, will have broadcast and loop issues. This results in low network bandwidth utilization, and local topology changes bring the whole network instability.

Inefficient O&M

Traditional data centres include FC storage Ethernet, IB computing network, Ethernet service and control network. Due to the fragmentation of Ethernet, FC, IB three networks, can not be managed together, making it difficult to optimize operations.

Errors in Manual Operation

Traditional network service deployment is semi-automated, and with the massive amount of data centre equipment, manual operations are overwhelming and human errors are easily introduced, making it a bottleneck for network service deployment.

Video Surveillance Solution for Chain Store

 
 
 
 
 

Key Benefits

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Business Connectivity

Highly reliable networks, fully redundant load, with single network equipment and link failure, it does not affect business operations, and servers support dual uplink redundancy.

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Converged Ethernet

Reduce construction costs, improve cost-effectiveness, unify network operations and maintenance through fully Ethernet, consolidates resources, and increases resource utilization rates.

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Automated O&M

Support automated O&M, reduce and simplify the heavy manual operations required for large-scale data centre equipment deployment, and greatly improve operational efficiency.

Two-tier Network Architecture Solution for Data Centre Fabric Network

Spine-leaf layer uses EBGP/ECMP technology to achieve network redundancy, and Leaf layer uses M-LAG technology to ensure network redundancy and improve network reliability, while supporting servers, storage and other terminal devices to access at 10G, 25G and 100G rates, providing a better network experience for Internet and high performance computing users.

Solution Support

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Solution & Benefits

High-definition display

4K ultra-clear display, long-term viewing does not hurt the eyes, and high touch sensitivity to meet the teacher's daily writing.

Excellent classroom experience

Through the 4K video all-in-one machine, remote students can also integrate into the classroom and enjoy fair and equal educational rights.

Convenient management

The audio and video all-in-one machine is a USB device, which only needs to be connected to the power supply, and there are basically no additional maintenance costs.