Advanced Micro Devices (AMD) has expanded its low-power solutions with AMD Opteron processor Models 1218 HE, 2218 HE and 8218 HE. Designed to offer leading performance-per-watt at only 68-watt maximum thermal design power, these processors are for energy-conscious customers looking to reduce power and cooling bills and to achieve density in the datacenter. AMD Opteron HE processor models now include three 1000 Series models, bringing the benefits of reduced thermals over previous AMD Opteron 1000 Series processors to entry-level server customers while preserving the enterprise reliability they value.
All of the new processors feature AMD PowerNow! technology which is designed for reduced system level energy consumption, with multiple levels of lower clock speed and voltage states that can reduce processor power consumption by as much as 75 percent during idle times.
The scalability and efficiency of the unique AMD Direct Connect Architecture deliver an overall performance advantage over the competition’s dual-core two- and four-socket offerings and enable systems to draw less power. Top-performing AMD Opteron processor Models 2220 and 8220 (2.8 GHz) are now available in the 95-watt maximum thermal design power. These new processors, along with AMD Opteron processor Model 1220, are designed to offer leading-edge performance-per-watt and price-performance for mainstream server and workstation customers.
Randy Allen, corporate vice president, server and workstation division, AMD, said, "With our design leadership focused on performance and performance-per-watt, it is clear that AMD is the smart choice for IT professionals and datacenter managers today and tomorrow. This long-term approach means our OEM and system builder partners benefit from a consistent and common architecture that scales to meet changing customer needs and escalating demands on quad-core ready platforms today. AMD can provide IT professionals what they truly need: reduced total cost of ownership (TCO) and platform stability that is second to none."
