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lanner network appliance and Edge ai computer now officially Validated as nViDia GPu cloud-ready Platforms

Lanner’s first NVIDIA NGC-ready Platform for Accelerating Deployments of Network Edge Virtualization and 5G Edge Cloud Computing.

Lanner Electronics (taiEX 6245), a global leader in sDn/nFV network appliances and rugged applied computing platforms, announces that its hyper-converged infrastructure appliance, the FX-3420, and Edge ai appliance, lEc-2290, have been officially validated as nGc-ready server for Edge computing platforms. in a configuration with nViDia® t4 GPus, lanner network appliances have been tested for functionality, performance, and ease of deployment to ai frameworks and virtualized, disaggregated 5G ready network architecture.

“nGc-ready validation of lanner network appliances helps our customers across industries accelerate their hyperconverged ai-enabled application deployments at the edge,” said Jeans tseng, cto of lanner. “in the case of telecom for instance, customers can bring Edge ai to advance an array of applications – from 5G open ran to edge data centers, private networks, and MEc.” the nGc-ready validation process included extensive testing on the FX3420 and lEc-2290 for a wide range of applications for on-premise, cloud and edge deployments. lanner’s validated network appliances can help customers leverage the extensive range of nViDia GPu-accelerated software available for real-time intelligent decision making. customers can easily migrate workflow compute environments including both hybrid and multi-cloud implementations, run GPu-optimized software on bare metal servers or on virtualized environments, and maximize utilization of GPus and network interoperability.

lanner will be taking part in the nViDia Gtc 2021 conference as a 2021 PlatinuM partner (april 12-16). Don’t miss out on this amazing event. registration is free and gives you access to all the live sessions, interactive panels, demos, research posters, and more.

Gtc21 registration link: https://www.

nvidia.com/en-us/gtc/?ncid=ref-spo95198&sfdcid=undefined#cid=gtcs21_ ref-spo_en-us

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