Electronics

IBASE Releases ES1002 Edge AI Server Powered by AMD EPYC Embedded 8004

IBASE Releases ES1002 Edge AI Server Powered by AMD EPYC Embedded 8004

IBASE Technology Inc., a leading manufacturer of embedded and edge computing solutions, unveils the ES1002 Edge AI Server, a high-performance platform engineered to accelerate next-generation edge AI and data-intensive applications. Powered by AMD EPYC Embedded 8004 (Siena) series processors, the system delivers up to 64 cores and 128 threads, enabling efficient real-time analytics, AI inference, and large-scale data processing at the edge.

With support for up to six DDR5-4800 RDIMM slots with a maximum capacity of 576 GB ECC memory, along with five PCIe Gen 5 x16 slots, the ES1002 provides exceptional computing power and scalability for demanding workloads. It features a 4U rackmount chassis design with a spacious internal layout that significantly improves thermal efficiency and overall system stability. This robust architecture is ideal for long-duration, high-load operations in mission-critical environments. In addition, multiple PCIe expansion slots enable flexible integration of network interface cards, GPUs, and a wide range of AI accelerator cards, allowing the system to adapt to diverse edge AI deployment requirements.

Designed to support a broad range of enterprise and edge scenarios, the ES1002 is ideal for enterprise application servers, data storage services, backup and data protection, as well as general network service nodes. Combining powerful computing performance, flexible expandability, high-speed connectivity, and a reliable design, the ES1002 serves as a robust and versatile infrastructure platform for organizations building scalable, future-ready edge AI and IT environments.

ES1002 KEY FEATURES:

  • High-core performance with AMD EPYC Embedded 8004
  • Massive DDR5 memory capacity (up to 576 GB ECC)
  • Flexible PCIe Gen 5 expansion for GPUs and AI accelerators
  • 4U rackmount design for enhanced thermal efficiency
  • High-speed connectivity with dual 10GbE

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