The Six-Core AMD Opteron Processor
for Embedded Enterprise Designs
Dual Dynamic Power Management (DDPM)
LEVERAGE YOUR PLATFORM INVESTMENT
> Allows for independent voltage control between
WITH A SEAMLESS UPGRADE TO A SIX-CORE
the CPU cores and memory controller
AMD OPTERON PROCESSOR!
> Optimizes memory bandwidth to help improve
The Six-Core AMD Opteron Processor provides up to 30% more
system performance
performance in the same socket 1207 footprint than previous
> Helps reduce system power consumption and
generation quad-core AMD Opteron processors. This upgrade
heat generation
enables a performance improvement for edge-of-enterprise
markets including storage and telecommunication as well
AMD CoolCore Technology
as more traditional embedded markets including storage and
> Reduces processor energy consumption by turning
telecommunication as well as more traditional embedded markets
off unused parts of the processor
such as security and medical imaging, military systems, and
> Helps reduce power and cooling costs by lowering
single-board computing. AMD64 technology with Direct Connect
the energy consumption of the platform design
Architecture helps provide a balanced foundation for embedded
systems. Based on the industry-standard x86 platform, AMD64
Reliable, scalable
delivers the right match of processing power, memory
Its a fact that reliability is key in selecting embedded system
performance, I/O throughput, and scalability. Add the vision of 32-
components. AMD Opteron processors are NEBS-friendly
and 64-bit application support with native multi-core computing in a
either with higher Tcase or P-State control supporting
consistent thermal envelope and many embedded designers are
telecommunications industry requirements for reliability. AMD64
finding their AMD Opteron processor-based next-generation
technology provides features like Error Correcting Code (ECC)
systems deliver superior application performance.
and JTAG interfaces for effective debug during system
development. Additionally, Direct Connect Architecture requires
WHAT CAN A LEADING PROCESSOR PLATFORM OFFER?
fewer chips on the motherboard, further enhancing a systems
AMD Opteron processors with Direct Connect Architecture can
overall reliability.
help improve overall system performance and efficiency by helping
eliminate traditional bottlenecks inherent in architectures where
The AMD Opteron processor provides unique scalability options
traditional front-side buses restrict and interrupt the flow of data.
with glueless multi-processing from one socket (2, 4 or 6 core) to
With AMD Opteron processors, there are no front-side buses.
8 socket systems. This, combined with AMD64s reliability, helps
Instead, the processors, memory, and I/O are directly connected to
deliver an embedded design that can provide customers a
the CPU. Further, the integrated memory controller helps reduce
longrange plan for the life cycle of their systems.
memory latency while HyperTransport technology delivers a very
high I/O bandwidth. The Six-Core AMD Opteron Processor
Beyond outstanding processors: Longevity, exceptional
implements a HyperTransport technology HT Assist that
design support, quick time to market
optimizes communication between processors to improve
The AMD64 Longevity Program is designed so that the high
multi-processor systems. Data speeds through the system without
performance processors you select for an embedded design
encountering the traditional frontside bus bottleneck of competing
will be available when you need them. AMD understands the
x86 platforms. In addition to the architectural benefits inherent in
unique requirements of the embedded market and our AMD64
Direct Connect Architecture,
Longevity Program is in place to maximize the available choice
of leading edge x86 processors delivering a wide range of
The AMD Opteron processor offers the following unique
performance, power, thermal, and packaging features.
advantages for high-end embedded systems:
> HyperT ransport technology provides up to 17.6GB/s per
AMD has a strong design support program in place. From
link in HT 3.0 generation, and is compatible with HT 1.0
Reference Design Kits (RDKs) to extensive and readily
generation implementation
available documentation to a suite of leading debug tools, our
> HyperT ransport technology HT Assist optimizes
goal is to make your design cycle quick and efficient, and to
communication between processors to improve multi-
help you get your embedded products on the market quickly.
processor systems
Add this to the improved time to market achieved with utilizing
> On-die integrated DDR2 memory controller offers available commercial off-the-shelf products like the industry-standard
memory bandwidth up to 12.8GB/s (with DDR2-800) per x86 AMD Opteron processor.
processor
> Hardware assisted AMD Virtualization technology in
AMD Opteron processors with DDR2 helps streamline the
efficiency of multiple servers and provides virtual machine
memory isolation for improved security
> Socket F (1207) provides system upgrade option from
dual-core to quad-core to six-core in the same physical
footprintBLOCK DIAGRAM
AMD Opteron Peak Power
Order Part Number Core
Processor Cache (worst case
(OPN) Identifier Frequency
Model TDP)
Six-Core AMD Opteron Processors
Socket F (1207)/Lidded 1207 pad LGA package
84QS OE84QSWJS6DGNE 2.4GHz 115W
24QS OE24QSWJS6DGNE 2.4GHz 115W
L2: 512KB
84KS OE84KSPDS6DGNE 2.0GHz (x6) 79W
L3: 6MB
24KS OE24KSPDS6DGNE 2.0GHz 79W
14KS OE14KSPDS6DGNE 2.0GHz 79W
Quad-Core AMD Opteron Processors
WHAT ABOUT PERFORMANCE-PER-WATT?
Socket F (1207)/Lidded 1207 pad LGA package
Its a growing concern from the data center to embedded
83VS OE83VSWHP4DGIE 2.8GHz 115W
systems how to increase computing performance without
incurring excess power draw, additional cooling requirements,
83QS HE OE83QSMAP4DGIE 2.4GHz 71W
or taking up more space in either real estate or form factor.
AMD was first to recognize that the processor could offer part
23VS OE23VSWHP4DGIE 2.8GHz 115W
of the solution in reducing total cost of ownership.
L2: 512KB
23QS HE OE23QSMAP4DGIE 2.4GHz (x4) 71W
> Microprocessor architecture AMD64 processor design
L3: 6MB
helps reduce the overall system power budget with
23KS EE OE23KSFLP4DGIE 2.0GHz 50W
integration of the NorthBridge, while multi-core processors
are designed to offer increased performance, with higher
13QS HE OE13QSMAP4DGIE 2.4GHz 71W
compute density and scalability
13KS EE OE13KSFLP4DGIE 2.0GHz 50W
> Low power processors AMD provides a consistent
Dual-Core AMD Opteron Processors
roadmap with a variety of wattage options
Socket F (1207)/Lidded 1207 pad LGA package
> Low operational costs Reduced power draw and heat
8214 HE OSP8214GAU6CYE 2.2GHz 68W
dissipation means low data center energy costs. Features
like AMD PowerNow! technology with Optimized Power
8210 EE OSH8210GAS6CYE 1.8GHz 45W
Management help deliver performance on demand and
helps minimize power consumption
2214 HE OSP2214GAU6CXE 2.2GHz 68W
L2: 1MB
2210 EE OSH2210GAS6CXE 1.8GHz 45W
> AMD Opteron processors with DDR2 support offer a
(x2)
seamless upgrade path from dual-core to quad-core to
2208 HE OSP2208GAA5CXE 1.8GHz 68W
six-core computing with minimum impact to power and
thermal consideration
1214 HE OSP1214GAU6DGE 2.2GHz 68W
1210 EE OSH1210GAS6DGE 1.8GHz 45W
Single-Core AMD Opteron Processor
Socket F (1207)/Lidded 1207 pad LGA package
L2: 512KB
2204 HE OSH2204GAA4DTE 1.8GHz 45W
(x1)
www.amd.com/embedded
2012 Advanced Micro Devices, Inc. All rights reserved. AMD, the AMD Arrow logo, AMD Opteron, AMD CoolCore, AMD PowerNow!, AMD Virtualization, AMD-V, Radeon, and combinations
thereof, are trademarks of Advanced Micro Devices. HyperTransport is a licensed trademark of the HyperTransport Technology Consortium. PCIe and PCI Express are registered trademarks
of PCI-SIG. Other names are for informational purposes only and may be trademarks of their respective owners. PID 42350E