AMD All Set To Capture 10% of the Total Server CPU Market by 2020, Report Indicates – Will Secure More Deals With 7nm EPYC CPUs Due To Strong Price / Performance Leadership
AMD seems to be on the path to capture major server processor market share from Intel in the coming years. In the latest report from DigiTimes, it is stated that AMD is all set to challenge the blue team in server processor market dominance, capturing a major chunk of its market share by 2020.
AMD All Set To Capture 10% of the Total Server CPU Market by 2020 With EPYC Rome 7nm Processors
The report suggests that Intel’s server processor market share is likely to fall below 90% by the end of 2020 which means that AMD would manage to capture at least 10% of the market share by that time. The reasoning behind this is that AMD’s EPYC processors continue to secure more deals and orders from server vendors and cloud service providers.
Intel’s server processor market share is likely to fall below 90% by the end of 2020, as AMD with its EPYC series continues to attract more orders from server vendors and cloud service providers, according to market sources.
Because of the EPYC series’ strong price/performance ratio and AMD’s plan of releasing its next-generation 7nm datacenter processors codenamed Rome later in 2019, demand for the AMD-based servers has been rising.
Cloud providers such as Amazon are continuously investing more EPYC platform rather than Intel Xeon CPUs. Amazon recently announced new Amazon EC2 instances featuring custom AMD EPYC 7000 series processors. With AMD EPYC CPUs, these M5ad and R5ad instances run with higher CPU performance (2.5 GHz SKUs) and feature low latency NVMe storage subsystems.
Amazon EC2 instances now feature AMD EPYC 7000 series processors with an all core turbo clock speed of 2.5 GHz.
The AMD-based instances provide additional options for customers and may offer a better fit for many workloads that do not fully utilize the compute resources. By optimizing the balance between compute resources and utilization, these instances provide a 10% lower cost than comparable instances.
In addition to Amazon, Japan-based NTT Data will also be procuring datacenters with AMD EPYC processors. There’s also the upcoming Atos BullSequana XH2000 Supercomputer which will be using a total 3125 AMD EPYC Rome 7nm processors with around 200,000 cores and 400,0000 CPU threads and is expected to finish by 2020.
Considering the traction that AMD EPYC CPUs are getting, it’s reasonable to say that the 10% figure is very conservative as we could be looking at an even higher server market share by 2020 for AMD CPUs given that they land in more orders from server vendors. AMD’s market share for Q4 2018 was 3.2% and that was a huge gain from their 2017’s 0.8% market share and null prior to EPYC’s release.
AMD was expected to capture around 5% market share with EPYC Rome processors by 2019 but it looks like they’ll now be going beyond that given the popularity of their EPYC lineup. One of the main reasons being the highly competitive price to performance ratio. AMD’s current line of EPYC CPUs is highly competitive at every single price point, offering better performance and efficiency than the competing Intel Xeon lineup.
Lisa Su has also made a point to re-iterate EPYC’s greatest strengths calling it the “highest core count in the industry”, “the highest IO count in the industry” and the “highest memory configuration in the industry”.
AMD Reaching 15% Server Market Shares Means Disaster For Intel’s Xeon Efforts
Also worth mentioning is that before Brian Krzanich resigned as the CEO of Intel, an interview surfaced where he indicated that it was Intel’s job to not let AMD capture 15-20% market share but considering the increasing architectural lead and process node advantage that AMD is gaining over Intel, that figure doesn’t sound like a far cry from now.
Shah relates that Krzanich “was very matter-of-fact in saying that Intel would lose server share to AMD in the second half of the year,” which is not news, but he thought it significant that
“Mr. Krzanich did not draw a firm line in the sand as it relates to AMD’s potential gains in servers; he only indicated that it was Intel’s job to not let AMD capture 15-20% market share.”
AMD EPYC Rome CPUs Were Designed To Compete Favorably Against Intel’s 10nm Ice Lake-SP Processors
It should also be pointed out that when AMD was designing their 7nm Zen 2 based EPYC Rome processors, they had internally estimated what the performance of Intel’s next-gen server part would be like. The next-gen 10nm part known as Ice Lake-SP is scheduled to launch for 2020 with Cascade Lake-SP and Cooper Lake-SP being offered as an intermediary solution based on 14nm (++) while the Cascade Lake-AP and Cooper Lake-AP would be designed as a multi-core HPC part.
“Rome was designed to compete favorably with “Ice Lake” Xeons, but it is not going to be competing against that chip. We are incredibly excited, and it is all coming together at one point.” – Forrest Norrod.
“Our plan for the Naples-Rome-Milan roadmap was based on assumptions around Intel’s roadmap and our estimation of what would we do if we were Intel,” Norrod continues.
“We thought deeply about what they are like, what they are not like, what their culture is and what their likely reactions are, and we planned against a very aggressive Intel roadmap, and I really Rome and Milan and what is after them against what we thought Intel could do. And then, we come to find out that they can’t do what we thought they might be able to. And so, we have an incredible opportunity
AMD CPU Roadmap (2018-2020)
|Ryzen Family||Ryzen 1000 Series||Ryzen 2000 Series||Ryzen 3000 Series||Ryzen 4000 Series||Ryzen 5000 Series|
|Architecture||Zen (1)||Zen (1) / Zen+||Zen (2)||Zen (3)||Zen (4)|
|Process Node||14nm||14nm / 12nm||7nm||7nm+||5nm/6nm?|
|High End Server (SP3)||EPYC 'Naples'||EPYC 'Naples'||EPYC 'Rome'||EPYC 'Milan'||EPYC 'Genoa'|
|Max Server Cores / Threads||32/64||32/64||64/128||TBD||TBD|
|High End Desktop (TR4)||Ryzen Threadripper 1000 Series||Ryzen Threadripper 2000 Series||Ryzen Threadripper 3000 Series (Castle Peak)||Ryzen Threadripper 4000 Series||Ryzen Threadripper 5000 Series|
|Max HEDT Cores / Threads||16/32||32/64||64/128?||TBD||TBD|
|Mainstream Desktop (AM4)||Ryzen 1000 Series (Summit Ridge)||Ryzen 2000 Series (Pinnacle Ridge)||Ryzen 3000 Series (Matisse)||Ryzen 4000 Series (Vermeer)||Ryzen 5000 Series|
|Max Mainstream Cores / Threads||8/16||8/16||16/32||TBD||TBD|
|Budget APU (AM4)||N/A||Ryzen 2000 Series (Raven Ridge)||Ryzen 3000 Series (Picasso 14nm Zen+)||Ryzen 4000 Series (Renior)||Ryzen 5000 Series|
AMD confirmed that their EPYC Rome processors have been designed to compete favorably against Intel’s Ice Lake-SP parts. This only means that AMD would have an even greater edge versus the Intel 14nm++ server parts arriving this year.
There’s no doubt that AMD made a grand comeback in the server space with their highly disruptive EPYC platform. Returning right on time when Intel was at their most fragile position with little to no progress being made towards the 10nm process development, stagnant IPC evolution and very less impressive feature updates on the server side.
One of the biggest advantage that EPYC Rome processors will have over Intel parts is that they will be socket compatible with EPYC Naples so all of those vendors who have been using Naples would get drop-in compatibility for AMD’s next-gen 7nm EPYC Rome processors on day one.
AMD looks to be in a really good position with their EPYC server processors, even more so than their desktop and mobility portfolios. If everything runs smoothly for AMD and their long-term Zen roadmap in the years to come, we can see them being a major player in the server market again