Introduction
As AI workloads continue to evolve from model training to agentic and real-time inference, the demand of edge infrastructure with low-latency and high-bandwidth surges. While cloud resources remain useful for early-stage experimentation, enterprises deploying AI at scale increasingly rely on on-premises solutions to gain real-time control, stronger data security, and optimized performance. This shift demands optimized hardware across computing power, networking, and storage to accommodate massive data flows and sustained throughput at the edge.

Key factors for High-Demand On-Prem Computing

• High-speed Network Connectivity
  Modern AI workloads generate intensive data traffic across GPUs, CPUs, and storage devices. As a result, enterprises are rapidly moving from 25/40GbE toward 100GbE/400GbE to meet the requirements of training, rapid data ingestion, and latency-sensitive inference. PCIe Gen5 NICs such as NVIDIA ConnectX-7 and Intel E830-based network interface cards enable ultra-low latency and high packet throughput for next-gen real-time processing.

• Scalable NVMe Storage Architecture
  PCIe Gen5 NVMe-based SSDs deliver significantly enhanced bandwidth to significantly reduce data-loading latency. When paired with RAID configurations, systems achieve both high performance and data redundancy. Additionally, software-defined storage (SDS) solutions commonly adopted in modern AI and analytics solutions to enhance throughput efficiency and provide flexible scalability for data-intensive workloads.

• Performant Computing Power
  Real-time inference at the edge requires performant computing solutions that can efficiently manage massive amounts of data stream and complete complex reasoning tasks. High core-count CPUs serve as orchestration engines for preprocessing, postprocessing, and multi-service coordination, while integrated GPUs execute AI inference models with multi-step reasoning to meet strict real-time response requirements across diverse AI applications.

• Reliable PCIe Gen5 Server Design
  PCIe Gen5 is essential for empowering next-generation networking and accelerator expansion such as 400Gb/s NICs, GPU cards, and high-density NVMe storage devices. To support reliable PCIe Gen5 system, AEWIN’s PCIe Gen5 server designs incorporate ultra-low-loss PCB materials, back-drilled vias, MCIO connectors, and re-timers on riser cards to enable consistent performance even across longer PCB trace distances.

Summary
By integrating high performance computing power and reliable PCIe Gen5 scalability into a reliable hardware solution, enterprises can achieve low latency, high throughput, and outstanding performance within on-prem environments. AEWIN continues to develop performant edge servers and network appliances optimized for these demands for AI-powered cybersecurity, storage, and edge computing deployments.