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

Open network solutions

With the rapid development of data centers, more and more business application components are deployed on different servers or virtual machines. These new business needs require networks with ultra-low latency and zero packet loss. They also need intelligent, dynamic, and elastic adjustment capabilities to meet customer needs in areas such as ultra-large-scale deployment, intelligent operation and maintenance, network expansion, and upgrades. Traditional closed network hardware platforms cannot meet the latest needs of data centers.

Scenario Analysis

With the rapid development of data centers, more and more business application components are deployed on different servers or virtual machines. These require a network with ultra-low latency and zero packet loss to support these new business needs. It also needs to have intelligent, dynamic, and elastic adjustment capabilities to meet customer needs in terms of ultra-large-scale deployment, intelligent operation and maintenance, network expansion, and upgrades, while traditional closed network hardware platforms cannot meet the latest data center needs.


Open and healthy network industry ecosystem	More flexible and scalable network devices	Reduce network cost expenditure
Enables customers to maintain multiple vendors, avoiding being tied to a single vendor.	Meets customers' more flexible and scalable network needs, achieving efficient and agile business innovation. A fully open hardware platform better meets the customized service needs of vertical industry customers.	To reduce network CAPEX and OPEX expenditures and break away from traditional integrated hardware and software solutions, customers need to introduce open network solutions that decouple hardware and software, thereby lowering the R&D threshold and helping to reduce network construction and operation costs.

Solution

An open network data center solution built on open technologies provides customers with higher performance, lower latency, and more intelligent network services, achieving fully automated deployment and configuration distribution.

Composed of ToR switches and Spine-Leaf switches, it forms a high-bandwidth, low-latency internal data center network, supporting 10G/25G server access. Using single-chip box-type devices instead of traditional high-density frame-type devices enables reliable deployment of ultra-large-scale data center networks and significantly reduces construction costs.

Application Scenarios

The solution is suitable for building elastic, non-blocking CLOS architecture data center networks to meet users' high-performance, high-availability open network needs.

Solution Value


Open software ecosystem	High-reliability networking	Ultra-large-scale networking	High cost-effectiveness	Low latency
Supports NOS, open-source SONIC, and other network operating systems, helping customers break away from the closed and complex traditional network ecosystem.	Supports link aggregation and ECMP features to achieve reliable network deployment.	Based on the POD Spine-Leaf networking architecture, it is suitable for flexible and elastic network deployment, effectively avoiding single points of failure, reducing reliance on single-point network devices, and can deploy 100K+ servers.	Reduces overall hardware costs; reduces space occupancy by 40%, freeing up more rack space; maximum power consumption can be reduced by 51%, achieving overall data center green energy saving.	PFC and ECN features for RDMA services provide customers with low-latency, lossless Ethernet network services.