Golduck 1U1N2P AMD® EPYC™ Processor Family based HPC Server System

Boosted Performance and Computing Density
The dual AMD EPYC™ 7002 series processors provide up to 128 cores and 16 memory channels for a single computing node. With the industry-leading core count and the ground-up innovations, Golduck not only offers ideal linear scalability and demanding virtualization capacity workload, but also boosts the performance of memory-intensive applications.

Extending Server Capabilities without extra PCIe Switch
Requiring no additional PCIe switches to get the PCIe lanes, Golduck allows up to 2 standard PCIe cards and 1 OCP Mezz card through the CPUs, realizing high speed I/O connectivity.

With dual AMD EPYC™ 7002 series processors supporting total 162 available PCIe lanes, Golduck directly supports up to 12x 2.5” U.2 NVMe/SATA SSDs, enabling streamlined software-defined and direct-attached storage solutions. Multiple storage options are available, including the on-board M.2 storages, to offer greater flexibility and capacities.

SoC Level Security
With industry’s first embedded x86 silicon-level data security, Golduck minimizes potential attack surfaces and protects software and data with AMD Secure Root-of-Trust, AMD Secure Run, and AMD Secure Move Technologies.

Flexible Network Configuration
With AMD EPYC™ SoC design that bridges the gaps between existing and future datacenter requirements, Golduck can meet the emerging needs of modern software-defined datacenters, offering a hyper-converged infrastructure with high scalability and flexibility, which is perfectly applicable for database management and analytics, private/hybrid cloud environments, and virtualized infrastructure.