Advanced Micro Devices announced the expansion of his X86 -embedded processor portfolio with the introduction of AMD Epyc -Medded processors of the fifth generation.
AMD EPYC Embedded 9005 series CPUs are optimized for embedded markets and balancing arithmetic functions with specially built embedded characteristics that improve the sturdiness of the products, system resilience and the easy development of embedded application development.
These processors are driven by the proven Zen 5 architecture and deliver leadership and energy
Efficiency with which the systems for network, memory and industrial edge systems can process more data faster and with greater efficiency.
“The AI-controlled network traffic, the explosion of knowledge storage requirements and the expansion of business edge computing drive the demand for higher computing power in embedded platforms,” ​​said Salil Raje, Senior Vice President for adaptive and embedded computing at AMD. “Embedded fifth generation AMD EPYC brings the embedded customers the leadership performance and efficiency along with the long product life cycles and improved system failure safety, to which they design themselves confidently and ensure continuous operating processes within the demanding” Ever-on-“-Entry.”
AMD EPYC Embedded 9005 Series processors are designed in such a way that computing-intensive systems are supported with the support of the core variety of 8 to 192 in a single socket. The industry-leading core density delivers as much as 1.3 times and 1.6 times the rise in data processing throughput for network and memory workloads, so
The use of the brand new Zen 5C core architecture offers the next throughput with higher energy efficiency and, in comparison with the competition, provides an estimated 1.3 -fold increase of the socket and an estimated 1.3 -better performance/watts.
The capability of as much as 6 TB DDR5 memory per socket and prolonged E/A connectivity, which supports as much as 160 PCIe gene5 traces with CXL 2.0, enables the storage capability and high-speed data transmissions for network and storage applications.
Specially built, application -specific functions
The processors of the AMD EpyC boundary of the 9005 series include a variety of advanced embedded functions for a strong, secure and long-lasting platform.
In order to satisfy the longer product life cycle and operating requirements for embedded markets, AMD EpyC-embedded CPUs of the 9005 series offers prolonged support for the seven-year product production and helps system designers to make sure long-term product availability and reduce redesign and qualification efforts.
Support and availability of the industry
AMD works closely with ecosystem partners and leading ODMS and OEMs, including Cisco and IBM, to launch some great benefits of these anchored processors of the subsequent generation.
“We chosen AMD Epyc for one in every of our high-end firewall products since it delivers the high computing power that we’d like from scalability to 192 cores-to its high memory and the I/O bandwidth,” said Lukasz Bromirski, director of product management at Cisco. “We know that we will depend on AMD, not only for excellent performance, but additionally for the standard and support in the newest quality and consistent roadmap execution.”
“The IBM Storage Scale System 6000 is designed in such a way that it offers speed, performance and reliability for the demanding AI workloads of firms,” said Matthew Geiser, product management, IBM storage for data, AI and HPC. “One of the fundamental benefits of the AMD EpyC embedded 9005 processors is the introduction of redundant paths for prime data availability and robust connectivity options, which mix well with performance -intensive applications which are carried out on the IBM storage system.”
AMD EPYC Embedded 9005 Series processors are currently trying out with early access customers. Production deliveries are expected to start within the second quarter of 2025. The AMD Epyc -embedded 9005 series processor within the SP5 socket form factor, which is compatible with the AMD EpyC 9004 series of the previous generation.
