Which Intel and AMD CPUs Support PCIe 4.0?

Every new PCIe version brings with it tremendous gains in speeds. So much so that with every newer version, the speed doubles compared to the previous version. Hence, it is reasonable to ask which Intel and AMD CPUs support PCIe 4.0 so that you can experience the benefits yourself.

Basically at the moment, select CPUs from AMD Ryzen 3000 and 5000 series and Intel 11th and 12th generation support PCIe 4.0 protocol.

As of writing this article, the most current version of PCIe available in the market is V4.0. PCIe 5.0 is also around the corner.

In order to benefit from the newer PCIe speeds, you need to have both the right compatible motherboard as well as the CPU.

Therefore, without further ado, let us explore both Intel and AMD CPUs separately for PCIe v4.0.

As mentioned, you must also have the right motherboard to enable PCIe 4.0 support. Read: Which Motherboards Support PCIe 4.0?

So Which Intel and AMD CPUs Support PCIe 4.0?

Basically the newer generation of both Intel and AMD CPUs currently support the PCIe 4.0 protocol.

Let us look at each brand separately.

Which AMD CPUs Support PCIe 4.0?

AMD was the pioneer in featuring PCIe 4.0 support for its CPUs with the release of AMD Ryzen 3000 series released back in July 2019.

The following tables shows all the AMD CPUs featuring PCIe v4.0.

AMD Ryzen CPUs
Image Source: AMD – AMD brought support for PCie v4.0 with their 3000 series (3rd Gen) CPUs.

List of AMD CPUs with PCIe v4.0

SeriesCPUPCIe VersionPlatform
Ryzen 3000 SeriesRyzen 3 3100V4.0Desktop
Ryzen 3 3300XV4.0Desktop
Ryzen 5 3500V4.0Desktop
Ryzen 5 3500XV4.0Desktop
Ryzen 5 3600V4.0Desktop
Ryzen 5 Pro 3600V4.0Desktop
Ryzen 5 3600XV4.0Desktop
Ryzen 5 3600XTV4.0Desktop
Ryzen 7 Pro 3700V4.0Desktop
Ryzen 7 3700XV4.0Desktop
Ryzen 7 3800XV4.0Desktop
Ryzen 7 3800XTV4.0Desktop
Ryzen 9 3900V4.0Desktop
Ryzen 9 Pro 3900V4.0Desktop
Ryzen 9 3900XV4.0Desktop
Ryzen 9 3900XTV4.0Desktop
Ryzen 9 3950XV4.0Desktop
Ryzen 3000
Series (Workstation)
Ryzen Threadripper 3960XV4.0Desktop Workstation
Ryzen Threadripper 3970XV4.0Desktop Workstation
Ryzen Threadripper 3990XV4.0Desktop Workstation
Ryzen Threadripper Pro 3945WXV4.0Desktop Workstation
Ryzen Threadripper Pro 3955WX[V4.0Desktop Workstation
Ryzen Threadripper Pro 3975WXV4.0Desktop Workstation
Ryzen Threadripper Pro 3995WX[V4.0Desktop Workstation
Ryzen 5000 SeriesRyzen 5 5600XV4.0Desktop
Ryzen 7 5800V4.0Desktop
Ryzen 7 5800XV4.0Desktop
Ryzen 9 5900V4.0Desktop
Ryzen 9 5900XV4.0Desktop
Ryzen 9 5950XV4.0Desktop

Does AMD Ryzen 1000 and 2000 Series Support PCIe V4.0?

No, the older 1000 and 2000 series AMD Ryzen AND Ryzen Threadripper series do not support PCIe v4.0. They conform to the older V3.0 standard.

Do AMD APUs with ‘G’ Suffix Support PCIe 4.0?

AMD CPUs that feature integrated graphics card are commonly known as APUs (accelerated processing units).

Unlike Intel where most of their CPUs do feature an integrated graphics card, with AMD only APUs do and these processors have the ‘G’ suffix in their name i.e AMD Ryzen 5 3400G or AMD Ryzen 7 5700G.

At the moment, none of the AMD APUs from 3000, 4000 or 5000 series support PCIe v4.0.

Do AMD Athlon CPUs Feature PCIe 4.0?

Unfortunately, they do not.

AMD Athlon are entry-level CPUs intended for budget PCs.

Is There Any AMD Mobile/Laptop CPU That Supports PCIe 4.0?

Unfortunately, none of the laptop-based AMD CPUs support PCIe v4.0.

Which Intel CPUs Support PCIe 4.0?

Intel released CPUs with support for PCIe v4.0 with the 11th Gen in 2020.

The interesting aspect about Intel is that you can find PCIe support even for mobile/laptop and even server based CPUs.

Therefore, despite being late comers to the PCIe v4.0 fray, Intel has a huge roster of CPUs that support this version.

Which Intel and AMD CPUs Support PCIe 4
Image Source: Intel – Intel first brought support for PCie v4.0 wit their 11th Gen Core series CPUs.

List of Intel CPUs with PCIe V4.0

SeriesCPUPCIe VersionPlatform
11th Gen (Rocket Lake)
Core Series
Core i5 11400TV4.0Desktop
Core i5 11400FV4.0Desktop
Core i5 11400V4.0Desktop
Core i5 11500TV4.0Desktop
Core i5 11500V4.0Desktop
Core i5 11600TV4.0Desktop
Core i5 11600KV4.0Desktop
Core i5 11600KFV4.0Desktop
Core i5 11600V4.0Desktop
Core i7 11700TV4.0Desktop
Core i7 11700FV4.0Desktop
Core i7 11700V4.0Desktop
Core i7 11700KV4.0Desktop
Core i7 11700KFV4.0Desktop
Core i9 11900TV4.0Desktop
Core i9 11900FV4.0Desktop
Core i9 11900V4.0Desktop
Core i9 11900KV4.0Desktop
Core i9 11900KFV4.0Desktop
11th Gen (Rocket Lake)
Xeon Series
Xeon W-1390PV4.0Desktop Workstation
Xeon W-1390TV4.0Desktop Workstation
Xeon W-1390V4.0Desktop Workstation
Xeon W-1370PV4.0Desktop Workstation
Xeon W-1370V4.0Desktop Workstation
Xeon W-1350PV4.0Desktop Workstation
Xeon W-1350V4.0Desktop Workstation
11th Gen (Rocket Lake)
Xeon Series
Xeon E-2388GV4.0Server
Xeon E-2378GV4.0Server
Xeon E-2378V4.0Server
Xeon E-2386GV4.0Server
Xeon E-2356GV4.0Server
Xeon E-2336V4.0Server
Xeon E-2374GV4.0Server
Xeon E-2334V4.0Server
Xeon E-2324GV4.0Server
Xeon E-2314V4.0Server
11th Gen (Tiger Lake)
Core Series
Core i3 11100BV4/0Desktop
Core i5 11100BV4/0Desktop
Core i7 11100BV4/0Desktop
Core i9 11100BV4/0Desktop
11th Gen (Tiger Lake)
Core Series
Core i3 1110G4V4/0Laptop/Mobile
Core i3 1115G4V4/0Laptop/Mobile
Core i3 1120G4V4/0Laptop/Mobile
Core i3 1125G4V4/0Laptop/Mobile
Core i3 1115GREV4/0Embedded
Core i3 1115G4EV4/0Embedded
Core i5 1130G7V4/0Laptop/Mobile
Core i5 1135G7V4/0Laptop/Mobile
Core i5 1140G7V4/0Laptop/Mobile
Core i5 1145G7V4/0Laptop/Mobile
Core i5 1145G7EV4/0Embedded
Core i5 1145GREV4/0Embedded
Core i5 1155G7V4/0Laptop/Mobile
Core i5 11260HV4/0Laptop/Mobile
Core i5 11300HV4/0Laptop/Mobile
Core i5 11320HV4/0Laptop/Mobile
Core i5 11400HV4/0Laptop/Mobile
Core i5 11500HV4/0Laptop/Mobile
Core i7 1160G7V4/0Laptop/Mobile
Core i7 1165G7V4/0Laptop/Mobile
Core i7 1180G7V4/0Laptop/Mobile
Core i7 1185G7V4/0Laptop/Mobile
Core i7 1185G7EV4/0Embedded
Core i7 1185GREV4/0Embedded
Core i7 1195G7V4/0Laptop/Mobile
Core i7 11375HV4/0Laptop/Mobile
Core i7 11390HV4/0Laptop/Mobile
Core i7 11800HV4/0Laptop/Mobile
Core i7 11850HV4/0Laptop/Mobile
Core i9 11900HV4/0Laptop/Mobile
Core i9 11950HV4/0Laptop/Mobile
Core i9 11980HKV4/0Laptop/Mobile
11th Gen (Tiger Lake)
Xeon Series
Xeon W 11955MV4/0Laptop/Mobile
12th Gen (Alder Lake)
Core Series
Core i5 12600KFV4/0Desktop
Core i5 12600KV4/0Desktop
Core i7 12700KFV4/0Desktop
Core i7 12700KV4/0Desktop
Core i9 12900KFV4/0Desktop
Core i9 12900KV4/0Desktop

Do 10th Gen Intel Processors Support PCIe v4.0?

No, unfortunately, they do not.

10th gen and older Intel processors from all series i.e Core, Xeon, Pentium and Celeron do not support PCIe 4.0. They are limited to PCIe 3.0

Do 11th and 12th Gen Intel CPUs support PCIe v4.0?

Yes, both the 11th Gen and the newer 12th Gen Intel CPUs support PCIe v4.0.

Does Intel Have any Mobile/Laptop Based Processors that Support PCIe 4.0?

Yes, 11th Gen (and beyond) Core and Xeon series laptop based processors do support the newer PCIe version.

Do Pentium and Celeron CPUs Support PCIe 4.0?

No, none of the desktop and mobile based Pentium and Celeron CPUs support the newer PCIe version at the moment.

Pentium and Celeron are both budget and entry level CPUs intended for budget PCs.

The Motherboard must Also Support PCIe v4.0

Along with looking for which Intel and AMD CPUs support PCIe 4.0, you must also look for compatible motherboard chipset that offer support for PCIe 4.0 lanes.

Having a CPU conforming to PCIe 4.0 is just one part of the equation. The other part of the equation is getting the right motherboard.

For instance, at the moment only the AMD B550 and the AMD X570 motherboard chipsets support the PCIe 4.0 with the AM4 socket.

If you were to pair a Ryzen 3000 or a 5000 series desktop CPU with any other AMD motherboard, say the AMD A520 (which also has the AM4 socket), your system will be limited to PCIe 3.0 despite the processors supporting the newer 4.0 version.

AMD 500 Series Chipset comparison
Source: AMD – Only the AMD B550 and the AMD X570 motherboard chipset from the 500 series support PCIe 4.0

Also Read: 

PCIe Primer

To understand which Intel and AMD CPUs support PCIe 4.0 and what it means, you must have some grasp of the PCIe protocol and PCIe lanes.

I suggest you read up on the following important article regarding PCIe to get upto speed with how it works”

The bottom line is that the amount of PCIe lanes that you have are limited. A typical PC can have anywhere between 20-24 PCIe lanes.

Both the CPU and the motherboard contribute to the total amount of PCIe lanes your system has.

It is also possible for the motherboard PCIe lanes conform to a different PCIe version compared to the CPU PCIe lanes.

Take for instance the AMD B550 chipset. On motherboards with this chipset, the motherboard PCIe lanes conform to PCIe v3.0, whereas the CPU PCIe lanes conform to PCIe v4.0.

With AMD X570, however, both the chipset and the CPU lanes conform to V4.0.

This is very important because if you have a PCIe 4.0 device, like a Gen 4 NVMe SSD, you would want to install it on a PCIe 4.0 slot.

Installing a Gen 4 NVMe SSD in a PCIe 3.0 slot would reduce its performance by half! Why? this is because with each successive generation, the PCIe per lane transfer speed doubles.

Therefore, using a newer device on an older slot can introduce performance bottlenecks.

The following table shows PCIe generation and their corresponding speeds.

1.00.2500.500 1.0002.0004.000

Also Read: Where is the CPU Located in a Computer?

Final Words

Both Intel’s and AMD’s newer generation of CPUs support PCIe 4.0. AMD brought support for 4.0 with the release of Ryzen 3000 series CPU, whereas Intel brought the support with their 11th Gen CPUs.

Here I talked in detailed about currently which Intel and AMD CPUs support PCIe 4.0. This list will only grow in the future. However, with PCIe 5.0 just around  the corner, the PCIe 4.0 era will last far shorter compared to the previous PCIe 3.0.

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Atif Qazi
Atif Qazi is the founder of PCGuide101 and an expert in the computer peripheral industry with over two decades of experience. He has worked as a consultant for major companies and has a deep understanding of the inner workings of computer peripherals. He has a degree in Electrical Engineering and has served as a product manager and technical consultant. He is passionate about testing and evaluating the latest products to provide readers with reliable information.

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