RSAC 2026: Aewin Unveils AI Infrastructure

Key Takeaways

• Aewin showcases AI servers at RSA 2026
• Flagship 2U appliance supports 8× PCIe 5.0, 200 Gb/s NICs
• MIS‑5131 offers 24 hot‑swappable NVMe bays, dual‑node failover
• Two‑phase liquid cooling handles up to 4 kW per chip
• Products leverage Intel Xeon and AMD EPYC CPUs

Summary

Aewin Technologies announced a new line of AI‑focused infrastructure at the 2026 RSA Conference in San Francisco. The portfolio includes high‑performance network appliances, tailored servers and a two‑phase direct liquid cooling system built around Intel Xeon and AMD EPYC processors. Flagship 2U appliances feature eight PCIe 5.0 slots delivering up to 200 Gb/s per NIC and optional 400 Gb/s slots for GPU or FPGA acceleration. The award‑winning MIS‑5131 storage server adds 24 hot‑swappable NVMe bays and dual‑node failover for mission‑critical security workloads.

Pulse Analysis

The demand for AI‑ready infrastructure is accelerating as organizations seek to embed machine‑learning models into security operations, edge devices and high‑speed networking. By unveiling its AI server portfolio at RSA 2026, Aewin positions itself at the intersection of compute performance and specialized workloads. The company’s emphasis on Intel Xeon and AMD EPYC CPUs ensures compatibility with a broad ecosystem of software tools, while the inclusion of PCIe 5.0 connectivity provides the bandwidth required for real‑time threat analysis and massive data ingestion.

Aewin’s flagship 2U network appliance distinguishes itself with eight PCIe 5.0 slots capable of 200 Gb/s per NIC and optional 400 Gb/s slots for GPU or FPGA accelerators. This configuration supports data‑intensive AI tasks such as XDR, AI‑enhanced traffic management and deep packet inspection. The MIS‑5131 storage server adds resilience through a dual‑node architecture, 24 hot‑swappable dual‑port NVMe bays and NTB interconnects, delivering near‑zero downtime for critical security services. Complementary offerings like the BAS‑6101B, BIS‑5132 and BIS‑5231 servers provide flexible CPU choices, while the E1.S storage adapters expand NVMe capacity for SIEM and IPS deployments.

Beyond raw performance, Aewin’s two‑phase direct liquid cooling (DLC) solution tackles the thermal challenges of high‑density compute. With up to 4 kW cooling capacity per chip and AI‑driven control algorithms, the DLC system maintains optimal temperatures, reduces energy consumption and prolongs component lifespan. This holistic approach—combining cutting‑edge processors, expansive I/O, resilient storage and advanced cooling—gives data center operators a compelling alternative to traditional vendors, potentially reshaping the competitive landscape for AI‑centric cybersecurity hardware.