Network Appliances Powered By
3rd Gen AMD EPYC™ Processors

Lanner provide full range of rackmount network appliances powered by the 3rd Gen AMD EPYC Series processor family, codenamed Milan. Designed for network security applications such as NGFW/UTM, IPS/IDS and SASE, these appliances deliver highly parallel workloads with 64 cores per processor, PCIe 4.0 I/O performance, 40Gbps cryptography acceleration and high availability design.


High-Performance Computing

Lanner rackmount network appliances are built with Milan processors, which offer up to 64 cores and 128 lanes of PCIe 4.0. The Milan processor is also designed with 8 chiplets of eight cores each; the difference is now that all eight cores in the chiplet are connected, providing an effective double L3 cache design for a lower overall cache latency structure.


Built-in Hardware Security

The integrated 40Gbps AMD Secure Encrypted Virtualization technologies is a hardware technology that accelerates critical workloads such as data compression and cryptography. These AMD based appliances can support Trusted Platform Module 2.0 (TPM 2.0) that provides the integrated cryptographic keys and secure boot to protect the hardware from unauthorized accesses.


Scalable NIC Modules

Lanner AMD-based network appliances are equipped with 4x NIC module slots, capable of delivering almost any I/O configuration. The purpose-built modular kits developed to optimize for a broad selection of expansion requirement, including 1/10/25/40/100G copper/fiber interface, NVMe SSD storage, video transcoding and WiFi/LTE connectivity.


High Availability Design

To ensure the 24/7 non-stop network operation, Lanner AMD-based network appliances supports high availability design, including hot-swappable cooling fans and redundant power supplies, to ensure a constant flow of cooling and power. These appliances also support 1x PCIe*16 socket for a variety of GPU acceleration cards, which offload the repetitive but high-volume workloads from CPU and improve total application performance.