1. 1 | AMD EPYC™ FAMILY OF PROCESSORS | PERFORMANCE WORLD RECORDS
[AMD Public Use]
World records counted as of June 9, 2020. See AMD.com/worldrecords for details
AMD.com/worldrecords
2. 2 | AMD EPYC™ FAMILY OF PROCESSORS | PERFORMANCE WORLD RECORDS
[AMD Public Use]
World records as of June 9, 2020. See AMD.com/worldrecords for details
31
10
** INCLUDES TIES WHICH ARE NOT COUNTED IN THE AMD WORLD RECORDS TOTAL NUMBER
3. 3 | AMD EPYC™ FAMILY OF PROCESSORS | PERFORMANCE WORLD RECORDS
[AMD Public Use]
ONE SOCKET WORLD RECORDS
Right-Size Systems to
Workloads without Compromise
Memory Bandwidth Memory CapacityI/0 Expansion
TWO SOCKET WORLD RECORDS
Best in Class High-Performance,
Balanced Architecture
More Cores More Memory Bandwidth More I/O
** INCLUDES TIES WHICH ARE NOT COUNTED IN THE AMD WORLD RECORDS TOTAL NUMBER
WORLD RECORDS AS OF JUNE 9, 2020. SEE AMD.COM/WORLDRECORDS FOR DETAILS.
SEE ENDNOTES EPYC-08, ROM-11, ROM-169
89 84
4. 4 | AMD EPYC™ FAMILY OF PROCESSORS | PERFORMANCE WORLD RECORDS
[AMD Public Use]
• Decision Support
• Transwarp ArgoDB running TPC Benchmark™ DS @ 10TB SF
• SQL Server® database running TPC Benchmark H @ 1,000GB and
3,000GB SF (non-clustered)
• Exasol® analytics database running TPC Benchmark H @
1,000GB, 3,000GB, and 10,000GB SF (clustered)
• Big Data
• Cloudera® Enterprise Hadoop Sort running TPC Express
Benchmark HSv2
• MapReduce @1TB, 3TB, 10TB, and 30TB SF
• APACHE SPARK® @1TB, 3TB, 10TB, and 30TB SF
• Internet of Things (IoT)
• Machbase™ database running TPC Express Benchmark IoT
World records as of June 9, 2020. See AMD.com/worldrecords for details
5. 5 | AMD EPYC™ FAMILY OF PROCESSORS | PERFORMANCE WORLD RECORDS
[AMD Public Use]
• IT Infrastructure
• SUSE® Linux® Enterprise Server KVM running SPEC VIRT_SC®
2013
• VMware® ESXi® running VMmark® 3.1 matched pair hosts
• VMware® ESXi with vSAN™ solution running VMmark® 3.1
• Dynamic database
• VMware® vSphere® running TPC Express Benchmark™ V
World records as of June 9, 2020. See AMD.com/worldrecords for details
6. 6 | AMD EPYC™ FAMILY OF PROCESSORS | PERFORMANCE WORLD RECORDS
[AMD Public Use]
• Parallel Applications
• OpenACC™ running SPEC ACCEL® workloads
• OpenCL™ running SPEC ACCEL® workloads
• OpenMP® running SPEC ACCEL® and SPEC OMP® 2012
workloads
• Medium and Large MPI applications running SPEC MPI® 2007
workloads
• AOCC-compiled applications running SPEC CPU® 2017 workloads
• Scale-up computing
• ScaleMP® running SPECrate® 2017 Floating-Point applications
• Energy-efficiency
• AOCC-compiled applications running SPEC CPU® 2017 workloads
World records as of June 9, 2020. See AMD.com/worldrecords for details
7. 7 | AMD EPYC™ FAMILY OF PROCESSORS | PERFORMANCE WORLD RECORDS
[AMD Public Use]
• Enterprise Resource Management
• SAP® ASE running Sales and Distribution (SD) 2-tier
workload
• Java®-based Business Applications
• Composite, Distributed, and MultiJVM Java SE 7 APIs
running SPEC JBB® 2015
• Energy-efficiency
• Server-side Java application running SPEC Power® 2008
workload
• On-line transaction processing (OLTP)
• SQL Server® running TPC Benchmark™ E brokerage
workload World records as of June 9, 2020. See AMD.com/worldrecords for details
The goal of this presentation is to capture all the industry-standard performance benchmarks based on AMD EPYC™ processors that cover a wide variety of segments, solutions, and application workloads representative of the data center market. Many of these metrics are used for initial sizing of planned deployments, provide a blueprint for solution designs, and provide insight into the cost per unit of performance.
Our partners, like ASUSTeK, Dell, GIGABYTE, HPE, Lenovo, ScaleMP, and Supermicro all are demonstrating their EPYC-based portfolio of products with leadership performance. With performance leadership, end customers can get the most out of their resource-constrained data centers to manage their operational expenses (admin, power/cooling, real estate, software licensing).
The next slide breaks down the high-level segments represented in the 170+ world records.
The four key segments AMD currently focuses on is data analytics, cloud-inspired infrastructure, HPC engineering/technical applications, and a variety of enterprise applications that are moving towards the Software Defined Infrastructure Narnia.
With 173 total world record results published (including one tie), the AMD EPYC processor holds 172 net records as of 6/9/2020 thanks to our OxM partners who sell the no-compromise, 1-socket and leadership 2-socket servers.
How to read the following detail slides:
Each line represents a performance publication that has one or more world record claims
The performance wins can include:
Overall world record (trophy cup) – this result is better than any other published result on this benchmark based on the benchmarking body rules for fencing i.e. companies cannot compare TPC results across different scale factors (10TB vs. 30TB)
Overall price performance world record ($/performance represented by coins) – this result is the cheapest per unit of performance than any other published result on this benchmark (NOTE: the tied records count for only one record as it is shared)
Windows (logo) – this result run on a Windows Server OS is better than any other published result on this benchmark with the given socket count
Linux (logo) – this result run on a Linux OS is better than any other published result on this benchmark with the given socket count
Socket (chart) – this result is better than any other published result this benchmark with the given socket count
One result, much like a marathon winner, can represent more than one world record (akin to best overall time, best male or female, and best-in-age group)