What is AMD Ryzen PRO?

AMD Ryzen Pro is the name of a family of desktop and laptop computer processors. Well, AMD calls them Ryzen PRO, but the capitalisation quickly becomes obnoxious.

Ryzen Pro chips use the same core architecture as regular Ryzen CPUs and can run all the same software, including Windows and Linux operating systems. However, Ryzen Pro models also offer business-friendly capabilities and design features that aren’t found in the company’s consumer chips.

Scroll down below to learn all about AMD Ryzen Pro or use the following links to jump to each section:

• Is AMD Ryzen Pro the same as Intel vPro?
• What does Ryzen Pro mean for performance?
• What does Ryzen Pro mean for security?
• What does Ryzen Pro mean for manageability?
• What does AMD Memory Guard do?
• What’s the difference between a Ryzen 5 Pro and a Ryzen 7 Pro CPU?
• What’s the difference between Ryzen Pro and Ryzen Threadripper Pro?
• Is Ryzen Pro available for laptops?
• Do Ryzen Pro processors support AI?
• Does Ryzen Pro have any other advantages?

Is AMD Ryzen Pro the same as Intel vPro?

Ryzen Pro processors are aimed at the same markets as Intel vPro systems. However, Intel’s vPro platform requires that a computer’s CPU, BIOS and motherboard all meet specific criteria. By contrast, AMD’s Ryzen Pro branding only applies to the CPU. System builders and software partners are free to decide how (or whether) to implement the Ryzen Pro features in a particular PC.

What does Ryzen Pro mean for performance?

The Ryzen Pro branding doesn’t reflect a particular level of performance: it covers more than 30 chips across the Ryzen 5, Ryzen 7 and Ryzen 9 families. These processors range from quad-core models to 12-core monsters, designed to suit a wide range of roles and workloads, with different clock speeds, GPU provisions and power profiles.

For heavyweight workstations, there’s also a series of Ryzen Threadripper Pro chips with as many as 64 cores.

What does Ryzen Pro mean for security?

Ryzen Pro chips have all the same security and stability features as regular Ryzen CPUs, including support for UEFI Secure Boot and ECC memory. However, they also include a co-processor dedicated to security: the AMD Secure Processor (ASP).

AMD describes this as the “root of trust anchored in hardware”, as it validates code before it can be executed. So unauthorised software — such as malware — simply won’t run.

AMD additionally uses a technology called Shadow Stack, as shown in the image above. This detects hacking attempts by checking stored instructions and data against a “shadow” copy stored in hardware.

Then there’s AMD Memory Guard. With so much sensitive data stored in RAM, this is one way for hackers to bypass other security measures and even access encryption keys. Memory Guard encrypts login credentials, encryption keys and other text-based files stored in RAM. We cover this in more detail below.

Just like Intel and Qualcomm, AMD includes Microsoft’s Pluton “chip-to-cloud” cyrpto processor into its Ryzen Pro CPUs. You’ll find it in all modern chips, including the Ryzen 6000, 7000, 8000, 9000 and Ryzen AI Series processors.

A feature called Secure Encrypted Virtualisation encrypts virtual machines in a similar way, so their working data can’t be accessed by the host OS or hypervisor software. This provides an extra layer of privacy protection for virtual servers, and protects them if the host is infected by malware or compromised by a hacker.

What does Ryzen Pro mean for manageability?

Ryzen Pro CPUs are designed for remote management. Administrators can use the AMD Management Console to remotely boot, audit, configure and upgrade Ryzen Pro systems.

Unlike Intel’s AMT platform, Ryzen Pro is also compatible with the open DASH framework, meaning administrators can use other tools if they prefer, including the Microsoft Endpoint Manager console. System builders can alternatively integrate Ryzen Pro administration functions into their own management tools.

What does AMD Memory Guard do?

We all like a speedy system. That means storing frequently used data in RAM, including encryption keys, even when a computer is Sleep mode. Roughly a decade ago, attackers realised that this data could be stolen if they could gain physical access to the machine.

Effectively, AMD encrypts the data so that the only way it can be used is via an on-chip security co-processor. AMD calls this the AMD Secure Processor, which it shortens to ASP. It’s entirely invisible to the operating system, so works on any OS and with any application.

There is a small impact on performance but it will almost certainly be too small for a regular user to notice.

What’s the difference between a Ryzen 5 Pro and a Ryzen 7 Pro CPU?

AMD’s Ryzen Pro processors are enhanced versions of regular Ryzen chips. While they offer extra security and manageability features, their computing capabilities are the same as those of the corresponding non-Pro models.

For example, the AMD Ryzen AI 7 Pro 450 has the same core specification as the AMD Ryzen AI 7 450. So, eight cores, a maximum boost clock of 5.1GHz and a Ryzen AI NPU rated at 50 TOPS.

This means the difference between a Ryzen 5 Pro processor and a Ryzen 7 Pro processor is the same as the difference between non-Pro models.

Ryzen 5 Pro CPUs are designed for everyday desktop tasks, while Ryzen 7 Pro and Ryzen 9 Pro models deliver more power for intensive computations – but all of them offer AMD’s signature Ryzen Pro security and management technologies.

What’s the difference between Ryzen Pro and Ryzen Threadripper Pro?

Ryzen Threadripper Pro CPUs are Ryzen Pro chips with a very large number of internal cores, aimed particularly at high-end workstation tasks.

In the past, AMD offered both Threadripper and Threadripper Pro processors, just as with regular Ryzen chips. For example, system builders seeking a powerful CPU could choose between the Ryzen Threadripper 3990X and the equivalent Ryzen Threadripper Pro 3995WX.

Today, however, the latest Threadripper Pro 5000-series chips all come with Ryzen Pro features as standard.

The entry-level model is the Ryzen Threadripper Pro 5945WX, which has 12 physical cores and a top Boost speed of 4.5GHz.

The top-of-the-range chip is the AMD Ryzen Threadripper Pro 5995WX, with a massive 64 physical cores, capable of servicing 128 execution threads at once, while also fully supporting AMD’s advanced security and administration capabilities.

Is Ryzen Pro available for laptops?

AMD offers a range of mobile Ryzen Pro processors and has done for years. For example, the Ryzen 7 Pro 6850U was a popular model back in 2023, offering eight CPU cores and a maximum Boost speed of 4.7GHz, packed into a low-power, laptop-friendly chip, with full support for Ryzen Pro technologies.

This was the successor to the previous generation’s AMD Ryzen Pro 5850U, which offered similar computing and management capabilities but had a less advanced core design.

Do Ryzen Pro processors support AI?

AMD makes it clear which Ryzen Pro chips support AI by including “Ryzen AI” in their name. Ryzen AI is also the name it gives to its NPU (neural processing unit). If you don’t see AI in the name at all, that means it’s also an older processor.

It is worth checking the small print, though. The older Ryzen AI chips only included an NPU rated at 10 TOPS, That’s only really useful for adding blur in video calls. If you want more advanced features, including those found in Copilot+ PCs (such as Recall), then you need an NPU rated at 40 TOPS and above.

Fortunately, AMD’s Ryzen AI 300 and 400 Series chips all meet this criterion.

Not all AI takes place on the NPU. If you’re looking to run an LLM on the system, you will benefit from a large amount of RAM (ideally 128GB) and a powerful, discrete graphics chip.

Does Ryzen Pro have any other advantages?

To help businesses establish and manage a stable platform, AMD guarantees that all Ryzen Pro processors will be available for 24 months from the date of release – which means multiple generations of the hardware are on sale at once.

AMD also promises no new mandatory software updates for the first 18 months, and backs up the hardware with a 36-month warranty – three times as long as it offers for consumer processors.

This article was originally published on the 12th of February 2023. It was then updated on the 28th of August 2023 with three additional questions and minor updates to other entries. It was further updated on 26 May 2026 with two additional questions and to reflect AMD’s latest CPUs.

Image copyright: AMD