High performance: support 1st or 2nd generation Intel® Xeon® Scalable series processors.
▶ High capacity: support 12 memory channels 24x DIMMs.
▶ Strong expansion: 11 PCIe expansion: 6 full height, 4 half height, 1 OCP3.0.
▶ AI Intelligence: Supports 2 high-power GPUs, and the motherboard has 2 native M.2 ports.
▶ Modularity: PCIe positions can be interchanged with drivers, and the rear PCIe positions can be replaced with 4 3.5″ and 4 2.5″ or 8 2.5″ hard drivesUltra computing power.
Super Computing Power
Supports Intel® Xeon® Scalable series processors (Sky Lake & Cascade Lake), supports 2 high-power GPUs, and the motherboard has 2 native M.2 interfaces, which can achieve ultra-high computing power，the core, frequency, cache, and interconnection channels have been comprehensively improved. DDR4 memory technology is adopted. It supports 3TB memory expansion capability and can be expanded on demand to meet ultra-high computing power such as digital currency, cloud computing, big data, and virtual computing. Application requirements.
Mass Storage and Excellent Capabilities
Maximum support to 32DIMM memory slots, with 8/12/24/36 bay as option;
It can support up to 12×3.5″ + rear 4 3.5″ and 4x 2.5″ hot-swappable hard drives or rear 8x 2.5″ hot-swappable hard drives, providing users with massive data storage capacity and excellent expansion capabilities;
11 PCIe expansion：6 full height, 4 half height, 1 OCP3.0 network card.
Modular Design, Safe and Stable
The hard disk, power supply, and fans are fully modular in design. The PCIe position can be interchanged with the driver bay. The PCIe slot can be replaced with 4 3.5″ and 4 2.5″ hard drives or 8 2.5″ hard drives;
The whole machine has undergone strict testing to ensure the compatibility and reliability, and the stability and performance have been improved.
AI intelligent Remote Management
HTMI5 IPMI remote management, real-time monitoring of the system and real-time operation including power-on and shutdown can be carried out remotely, ensuring that system managers can maintain the system in time;
Realize a true redundant architecture, including fans, power supplies, and storage.