AEWIN unveils AI platforms for cybersecurity & edge

AEWIN Technologies has unveiled new AI infrastructure platforms for cybersecurity, edge computing and data centres. The line-up includes systems built on Intel Xeon 6 and AMD EPYC 9005 processors.

The new products span network appliances, storage servers, edge systems and general-purpose servers for AI-driven workloads. AEWIN, part of the BenQ Qisda Group, is positioning the range around demand for systems that combine computing, networking and storage in a single infrastructure stack.

Storage focus

Among the products introduced is the MIS-5131, a 2U2N high-availability storage server for mission-critical use. It runs on Intel Xeon 6 processors and supports up to 24 dual-port NVMe solid-state drives.

The storage system includes BMC heartbeat monitoring and NTB inter-node communication to support real-time failover. The design is intended to provide redundancy for workloads where service interruption is a concern.

Network performance

Another platform, the SCB-1953, targets networking applications. It combines Intel Xeon 6 processors with Intel QAT and PCIe Gen5 technology, alongside Intel E830-based network interface cards.

That configuration is intended to improve packet processing and threat detection in security-focused deployments. The product sits within a category of network appliances aimed at organisations handling growing data volumes and increasingly complex traffic flows.

AEWIN also presented the BIS-5231, a dual-socket general-purpose server based on two Intel Xeon 6 CPUs. The server includes 12 3.5-inch drive bays and eight PCIe Gen5 expansion slots.

Those expansion options allow customers to add components including NICs, GPUs, FPGAs and encryption accelerator cards. The system is aimed at AI and cybersecurity workloads that require flexible hardware configuration.

Edge deployments

For edge deployments, AEWIN introduced the BAS-6101, which uses AMD EPYC 9005 processors. The server supports eight PCIe Gen5 slots and one OCP 3.0 expansion slot in a short-depth chassis.

The shorter chassis is designed for sites where space is limited, such as edge locations that still need dense computing capacity. That reflects a broader shift in the server market, as suppliers adapt data centre-class processing to smaller physical environments.

Charles Lin, General Manager, AEWIN Technologies, linked the launch to changes in AI use across security and networking operations.

"As Agentic AI is rapidly reshaping cybersecurity and networking environments, the demand for infrastructure capable of real-time analytics, large-scale data processing, high-throughput networking, and accelerated storage performance is growing exponentially," said Charles Lin, General Manager, AEWIN Technologies.

He also pointed to the company's work with chip suppliers as part of its product strategy.

"Through deep collaboration with industry leaders including Intel and AMD, AEWIN continues to deliver highly reliable and performance-optimized platforms that help enterprises modernize data center architectures with resource utilization and energy-efficient deployment," said Lin.

Broader push

The new systems show how server and appliance makers are aligning product design with demand from AI, cybersecurity and edge computing markets. Vendors are increasingly trying to offer products that can move between centralised data centres and distributed environments without major changes to software and networking architecture.

In AEWIN's case, the portfolio ranges from high-availability storage to compact edge hardware and network appliances, suggesting a strategy focused on supplying infrastructure across multiple deployment scenarios. Its emphasis on partnerships with Intel and AMD also shows how strongly hardware makers continue to rely on the roadmaps of large chip companies to differentiate their systems.

The portfolio is intended for use across edge, enterprise and data-centre environments. Its latest product line-up centres on secure, scalable systems that support AI applications requiring fast data movement, storage redundancy and adaptable server expansion.