Computer and server manufacturer Inventec Enterprise Business Group announced the release of its P47G4 server solution, optimized for AMD deep learning technologies.
The P47G4 server is one of four optimized server solutions and features a 2U, single-socket system equipped with AMD EPYC™ processors and up to four AMD Radeon Instinct MI25 GPU accelerators.
The combination of world-class servers, high-performance AMD Radeon Instinct GPU accelerators and the AMD ROCm open software platform, with its MIOpen deep learning libraries, provides easy-to-deploy, pre-configured solutions for leading deep learning frameworks, enabling researchers, scientists and data analysts to accelerate discovery.
These technologies provide customers with solutions for quick deep learning project deployments. High levels of system and application integration are brought together to provide easy access to the powerful AMD Radeon Instinct GPU accelerators for deep learning on platforms that embrace an open environment.
With the AMD Radeon Instinct MI25 accelerator, the Inventec P47G4 server meets the emerging scale-out demands of datacenters. In addition, with the increasing utilization demands of AI in high performance computing (HPC) markets, it enables organizations to find the right fit for key datacenter/HPC workloads with a low total cost of ownership.
“The Inventec P47G4 is a perfect, compact solution to accelerate machine learning discovery on pre-configured, ready-to-deploy AMD Radeon Instinct™ GPU-powered servers with the ROCm open software platform and leading deep learning frameworks, including TensorFlow,” said Jack Tsai, General Manager of Inventec Enterprise Business Group.
Working closely with AMD, Inventec optimized the P47G4 server for deep learning workloads. It delivers up to 100 Teraflops of FP16 compute performance at low acquisition costs without compromising the performance and features of a traditional two-socket system. It provides outstanding compute, memory, I/O and security capabilities to help accelerate mission critical applications.