Introduction
Leveraging cutting-edge technology, extraordinary CPU core count and rich I/O resources of the latest AMD processors including EPYC 9005, EPYC 8004, and EPYC 4005, AEWIN delivers performant network appliances and servers for diverse applications including Edge AI, AI-powered Cybersecurity, Networking, and Storage.

AEWIN EPYC Series Product Portfolio
To meet the diverse needs of AI-powered cybersecurity, network management, and storage demands, AEWIN have developed a broad spectrum of network appliances and servers optimized for specific applications and performance requirements. The overview of AEWIN product portfolio of platforms powered by AMD EPYC series is listed below.

*AEWIN form factor is marked in blue while standard PCIe form factor is marked in green.

• Edge AI
  Leveraging the performant AMD EPYC processors and taking advantage of its rich PCIe lanes resources, AEWIN designs multiple Edge AI servers with short depth for easy deployment at edge. Despite the compact size, AEWIN Edge AI Server supports scalable AI workloads via PCIe Gen5 expansion slots for accelerators such as GPU and FPGA cards. Optional dual width GPU can be installed to enable high demands of compute-intensive applications. In addition to accelerators, there are four additional PCIe Gen5 slots for NICs or storage adapter cards to expand the throughput or adding high-speed storage to the system. Customers have the flexibility to select AMD’s powerful Turin and Siena processors. The number of CPUs and I/O can be tailored per request to build precise configurations that deliver the best TCO.

• Networking
  AEWIN offers wide product portfolio of network appliances to support all AMD EPYC Series Processors from EPYC 4005 series to EPYC 8004 series and EPCY 9005 series. From 1U to 2U, there are multiple models supporting single or dual processors to meet demands of diverse scenarios for Networking. With up to 8x AEWIN form factor expansion slots, it supports various kinds of NICs from 1G to 200G copper/fiber with or without bypass to build up tailored solutions per requests. Platforms powered by AMD Turin processors support the latest technology including high bandwidth DDR5 up to 6000 MT/s as well as MRDIMM and CXL2.0 to provide excellent flexibility for memory expansion.

• Storage
  General Purpose Server provide scalable storage support up to 12 high capacity 3.5” storage drives. In addition, multiple PCIe Gen5 slots are available for high throughput NICs, high-speed NVMe storage, or accelerators. Flexibility and scalability make it suitable for a variety of data-intensive applications that require the ability to manage and store tremendous amounts of structured and unstructured data including logs, images, video frames, sensor output, etc. The performant storage servers are beneficial to data-driven applications including on-premises data security, real-time video analysis, and advanced inference such as Agentic AI that requires the ability to process multiple AI models with low latency.
  AEWIN offers superior hardware flexibility including CPU options and modular expansion capabilities. With the support of a wide range of advanced AMD EPYC processors, the platforms can be tailored to meet specific workload demands based on performance benchmarks. AEWIN’s engineering team routinely conducts in-depth signal verification and performance testing. The relevant results are published in AEWIN White Papers to assist customers in making informed configuration decisions. Additionally, AEWIN provides speedy customization services to help customers build appliances precisely aligned with their requirements with the best TCO.

Summary
Leveraging the powerful AMD EPYC processors supporting advanced technologies, AEWIN designs a comprehensive product portfolio covering network appliances and servers for Networking, Storage, and Edge AI. With a broad selection of CPU options from EPYC 4005 to EPYC 8005 and EPYC 9005, flexible PCIe expandability, and speedy customization services, AEWIN’ hardware solutions are ideal as the foundation for resilient infrastructure.