AMD reveals 7nm 'Rome' EPYC processors aimed at data centres

The processors signal the future steps for Ryzen chips

AMD Rome EPYC chip

AMD president and CEO, Dr Lisa Su, unveiled the company's next-generation EPYC server processor in San Francisco.

Dubbed "Rome", it brings 7nm manufacturing to the server CPU market for the first time, and is the harbinger of future 7nm Ryzen chips.

At the same time, AMD launched the Radeon Instinct MI60 and MI50 graphics accelerators, which also sport 7nm-based chips and use AMD's latest Vega architecture. 

Advertisement - Article continues below

"We're taking the power of 7nm tech, we're taking that advantage of doubling that bandwidth and we're bringing tremendous performance," said Dr Su at the launch event. "We're thinking not just about the CPU but about how the CPU connects to the rest of the components."

This, emphasised Dr Su, was just as important as the processor itself. "What Rome does is brings total system capability when you put [the CPU, GPU and interconnects] together."

The new Rome EPYC processors are built on top of AMD's "Zen 2" architecture, with the processor's core complex containing eight core dies, and each of those core dies has eight Zen 2 cores. That translates to 64 cores on the top-end version of Rome chips.

For the moment, however, AMD is keeping quiet on processor clock speeds.

What should this mean in practice? AMD claims Rome will deliver an unprecedented 3x speed increase compared to the previous generation processors in certain applications. "I've been in the semiconductor industry for a long time," said Dr Su, "you don't get 3x."

Advertisement
Advertisement - Article continues below
Advertisement - Article continues below

The company promises an even bigger boost for floating point performance, with speeds four times that of the current EPYC processors.

While demos at launches should always be treated with scepticism, AMD was happy to pit a top-of-the-range dual socket Xeon against a single-socket Rome processor and a current dual-socket EPYC system.

Putting all three systems through the C-Ray benchmark side-by-side, the Rome-based system completed the test in 27.7 seconds compared to 30.5 seconds for Intel's machine and 28.4 seconds for the dual-socket EPYC system.

AMD is already shipping the Radeon Instinct MI60 graphics accelerators to data centre customers, but would not be drawn on price.

The company also claims that Rome has started sampling with customers but has not announced a price or availability other than saying "next year".

Featured Resources

Key considerations for implementing secure telework at scale

Identifying the security risks and advanced requirements of a remote workforce

Download now

The State of Salesforce 2020

Your guide to getting the most from Salesforce

Download now

Fast, flexible and compliant e-signatures for global businesses

Be at the forefront of digital transformation with electronic signatures

Download now

Rethink your cybersecurity strategy for the new world

5 steps to secure the enterprise and be fit for a flexible future

Download now
Advertisement

Most Popular

How to find RAM speed, size and type
Laptops

How to find RAM speed, size and type

3 Aug 2020
How to use Chromecast without Wi-Fi
Mobile

How to use Chromecast without Wi-Fi

4 Aug 2020
Police use of facial recognition ruled unlawful in the UK
privacy

Police use of facial recognition ruled unlawful in the UK

11 Aug 2020