AMD Zen 5 specs, release date, and benchmarks

AMD’s Zen 5 CPUs are nearly upon us, with the company’s brand new chips set to arrive in early August 15, 2024, and bring with them what’s expected to be a new level of gaming performance. The AMD Zen 5 range covers both desktop and laptop CPUs, with the former arriving under the Ryzen 9000 series name and the latter using the Ryzen AI 300 name.

We fully expect these new AMD chips to end up being among the best gaming CPUs and to power some of the most capable gaming laptops too, without the need for an extra graphics card in the case of the latter. So to find out just what Zen 5 is and what it’s all about, read on for the full lowdown.

What is AMD Zen 5?

AMD Zen 5 is the new CPU architecture from AMD that powers its upcoming Ryzen 9000 desktop CPUs and Ryzen AI 300 laptop CPUs. It’s the followup to AMD Zen 4 and defines the underlying tech, with different CPU designs being based on its core features.

As an architecture, Zen 5 isn’t a specific chip you can buy in the store but instead it defines the design and components that AMD uses to build its products. So you’ll soon be able to get Zen 5 chips that are powerful 16-core desktop processors pulling over 200W and smaller 10-core laptop chips (we expect there to be even smaller 6-core chips too but these haven’t been announced yet) that use as little as 15W of power.

The key commonality between all these chips are the advances AMD has made in the design of its latest CPU cores that result in AMD claiming Zen 5 has a 16% increase in instructions per clock (IPC) over its Zen 4 microarchitecture. That figure is how much work the CPU can do on each tick of its internal clock, which runs at up to 5.7GHz on the fastest new Zen 5 desktop chip.

What CPUs use Zen 5?

AMD has so far announced six CPUs that will use its Zen 5 architecture. These consist of four desktop CPUs – the Ryzen 9 9950X, Ryzen 9 9900X, Ryzen 7 970X, Ryzen 5 9600X – and two laptop CPUs – the Ryzen AI 9 HX 370 and Ryzen AI 9 365. 

While only six chips have been announced so far – all of which are relatively high-end models – we expect AMD to followup with lower-specced designs in future releases, though these probably won’t arrive this year. The full specs of the announced CPUs are below:

AMD Zen 5 desktop CPUs:

AMD Zen 5 mobile/laptop CPUs:

When is the AMD Zen 5 release date?

The AMD Zen 5 release date is August 15, 2024, for the desktop Ryzen 9000 CPUs. AMD officially announced the Ryzen 9000 release date on July 15, stating it would be July 31, but the at the last minute, the company pushed back the launch by two weeks. No exact release date is yet specified for the Ryzen AI 300 laptop products, though rumors have hinted at it being July 28. 

When the official AMD Zen 5 announcement was made, the company’s CEO, Lisa Su, committed to a July 2024 release date for both desktop and laptop parts and, on July 15, 2024 the company finally pinned down an exact date of July 31, 2024. This only covers the desktop CPUs, though.

As for the laptops, a Ryzen AI 300 release date leak suggests the original date for these parts was set to be July 15 but that this has now been pushed back to July 28.

Previous rumors, meanwhile, had pointed to a Ryzen 9000 release date leak suggesting these chips will be arriving right at the end of the month on July 31. Also, Ryzen 9000 review sample images also apparently appeared, suggesting AMD had started sending the chips to some review publications.

What are the AMD Zen 5 specs?

The exact AMD Zen 5 specs will vary considerably depending on the exact CPU that implements the new architecture. However, the main CPU core design includes a 16% improvement in IPC over Zen 4, according to AMD. 

While no further specific numbers pertaining to how this change has been achieved have been release yet, AMD has also highlighted that its new core design includes the following:

• Improved branch prediction accuracy and latency
• Higher throughput with wider pipelines and vectors
• Deeper window size across design for more parallelism

The first of these changes concerns the so-called “front end” of the CPU, which deals with instructions that are sent to the chip. Branch prediction is all about the CPU trying to guess what instruction might come next based on the instructions it has just received, so improving its accuracy and lowering its latency will help the CPU react more precisely and quickly – both key aspects for gaming performance.

The second of these highlighted features is to do with the overall ability of the CPU core to churn through instructions. Wider pipelines means more work can get down at once – just like a wider pipe can carry more water – while vectors refers to the complex calculations needed to perform calculations on large arrays of numbers at once, rather than one data point at a time.

Finally, there third highlighted improvement deals with a similar concept to the above in that it’s about the CPU core being able to do more at once, except rather than just wider pipes, here there are several pipes that the CPU can work with. We won’t go too deep into the analogy but essentially the three features add up to the CPU reacting quicker and getting more work down at once, which is a whole lot of positives.

AMD Zen 5 benchmarks

AMD’s own Zen 5 benchmarks suggest the desktop Ryzen 9000 chips will provide a significant boost in instructions per clock performance, of up to 16%. It also claims its new Ryzen 9900X CPU will be faster in games than the 14900K and that the 97900X is faster than the 5800X3D in games too. 

AMD Zen 5 benchmark leaks

One early AMD Ryzen 9 9950X AIDA64 benchmark leak shows the new flagship Zen 5 CPU will be 45% faster than its predecessor, the AMD Ryzen 9 7950X, at least in the AIDA64 benchmark.

Another AMD Zen 5 Geekbench leak shows the performance of all four upcoming desktop CPUs measured using the Geekbench 5 benchmark. In these tests, all four of the chips should between a 7.6% and 14.5% increase in scores compared to their Ryzen 7000 equivalents. That’s lower than AMD’s 16% IPC increase would suggest but these are still early leaks of course.

The most recent example is an AMD Ryzen 9 9950X Blender benchmark leak that shows the new chip not running at full speed but limited to 120W maximum power draw. At this reduced level it still beat the Intel Core i9-14900K (that drew 253W) and was only just behind the AMD Ryzen 9 7950X that drew 230W. That suggests the new 16-core chip is incredibly power efficient.

AMD Zen 5 motherboard compatibility

These new desktop AMD Zen 5 processors will be compatible with existing AM5 motherboards, following a BIOS update, with AMD previously committing itself to supporting the socket until at least 2027. 

Check out our Ryzen 7 7800X3D review to learn more about AMD’s current top performing processor.