Delidding amd cpu: Is anyone delidding their AMD CPUs? : Amd

Delidding The Ryzen 2400G: The Methods and Risks AssociatedDelidding The AMD Ryzen 5 2400G: Delidding The APUDelidding The AMD Ryzen 5 2400G: Preparing The APUDelidding The Ryzen 5 2400G Results and Conclusion

Delidding is a process with the aim being to reduce CPU core temperatures on processors with a less-than-ideal thermal interface between the silicon and headspreader. The benefits of delidding a design with such an interface lead to having a cooler system, or the ability perform extra overclocking with a larger delta for thermal headroom. However, delidding a processor does carry risk, such as potentially damaging the CPU when done incorrectly and certainly voiding the warranty. In this article, we have produced a How-To guide for delidding one of the latest desktop processors: AMD’s Ryzen 5 2400G APU.

What is Delidding?

Most modern processors are manufactured with the integrated heat spreader (IHS) on top of the package, and attached to the package with a layer of glue. Between the CPU and the headspreader is a thermal interface material (TIM). The TIM is designed to transfer the heat away from the processor into the headspreader and eventually into a CPU cooler. The quality of the TIM used on modern processors can vary greatly, from a layer of cheap thermal paste to direct indium-tin soldering between the silicon die and the IHS.

Visual representation of a regular CPU versus a delidded CPU (Thanks to EKWB)

When a manufacturer decides how to package their processors, the type of TIM used is an important part of that decision. Not only does it have to be sufficient to be suitable to last 10+ years, it also has to make sure that the processor works within specifications for that time, after plenty of heat cycles. The method also has to scale — some processor families are manufactured on the scale of tens of millions, so the process has to be quick. It also has to cost appropriately per unit. Saving a single cent per unit over ten million units is a $100k saving.

A lot of discussion on the internet on this topic revolves around why the cheaper implementations do not spend $0.10 more for a better solution, especially on a $1999 product (or why a flagship product has a cheap implementation). Ultimately a fine balance has to be made — a standard TIM ‘goop/paste’ has sufficient longevity but lower performance, while a direct soldering has the best performance but might not withstand mulitple years of cycling.

By delidding a processor, a user can replace the TIM between the die and IHS. Normally this is done to remove a cheap goopy paste solution and place a better interface, ultimately upgrading to the higher performance variant, or what some might argue should be the standard. Delidding a processor therefore works best on solutions that have the cheapest TIM implementation.

Buy Ryzen 5 2400G APU on Amazon.com

For our guide here, we have chosen to delid one of our Ryzen 2000 series APUs. While the AMD Ryzen 2000 series APUs have proven to be budget friendly light gaming workhorses, the extreme overclocker and engineer Roman ‘Der8auer’ Hartung has created and marketed a specific add-on kit/delidding tool for use in delidding the Ryzen 2000 series APUs. This is called the Delid Mate 2, which we will use today.

The conceptual idea of delidding has primarily been attributed for non-soldered CPUs, which has historically been the way that Intel has built its processors. Almost all modern mainstream Intel CPUs. such as the Intel Core i7-4770K, i7-6700K and even the newest i7-8700K use a thick goopy paste to create contact between the CPU and the IHS. For AMD’s line up, the APU processors use a similar method — so the new Ryzen 2000 series APUs and the Bristol Ridge APUs.

It should be noted that all of AMDs performanced based desktop chips such as Ryzen and Threadripper all use indium-tin solder, and do not need to be delidded. Similarly, Intel’s HEDT processors are often not delidded.

Thermal Grizzly Conductonaut Liquid Metal ($16) to replace the paste-based TIM

The idea is that replacing the cheap inefficient pre-applied paste with a thinner layer of better quality paste or liquid metal with a higher performance (measured in W/mK, Watts per Kelvin-meter) not only improves thermal conductivity and thermal heat transfer from the die, to IHS, to cooling plate, but could also allow for a quieter system as the fans do not have to work as hard. 

Not the usual kind of ‘chip’ I cook up in the kitchen

What Are the Benefits?

The Ryzen 2000 series of APUs are great products for the price, and there are a couple of notable reasons why delidding one could be beneficial. The biggest application where thermals are more important are in tight spaces such as in small form factor PCs or in home theatre PCs that specialise in small form factors and quiet systems. In HTPCs, delidding would reduce the pressure on the small coolers in play, as welll as reducing noise from any fans. 

Another application in delidding would be to extract every last drop of available headroom from it, whether that’s running a capable Ryzen APU past its non-delidding capabilities to increase frame rates within games, or even to shave off time in rendering video projects; the benefits are applicable to most scenarios with higher clock speeds.

In our results, shown on the last page, we saw a 12ºC reduction in temperatures when the system was fully loaded at stock frequencies, and an 11ºC reduction when overclocked to 4.1 GHz. Due to the nature of the manufacturing process, we managed another +100 MHz on the overclock as well.

What Are the Biggest Risks Involved?

First of all, the biggest risk in delidding a processor is damaging the processor during the process. The last thing that any user would want would be to destroy their brand-new chip with a dodgy slip of the wrist. Older methods of delidding processors involved using a hammer and a vice, potentially causing the CPU to fly off and hit the wall when too much power was applied (yes, I have done this personally).

The other equally big risk in delidding a processor is it instantly voids the warranty, which removes any attached rights as a consumer to returning if it goes wrong, or if it somehow dies in the process. This alone presents the biggest consequence from delidding and it shouldn’t be done on any component which cannot be afford to be replaced; RMA fraud is not condoned and will not get a further mention other than this one.

The  Der8uaer Delid Die Mate 2 ($46) delidding tool with one of our Ryzen 5 2400G APUs

What Tools Do I need To Safely Delid My Ryzen 2000 Series APU?

There have been many methods that used to delid and remove the IHS from the package. The market is such that there are now specially manufactured tools for the process, such as the Der8auer Delid Die Mate 2, or 3D printed tools, including one created by a user by the name of Chri. Other methods and conspicuously risky ones at that include the hammer and vice method and cutting which involves separating the glue from the heat spreader. The risks involved with this mean one tiny miscalculation with pressure and cutting depth can ‘nick’ the die which would render the silicon potentially useless and dead.

My method to delid the Ryzen 5 2400G ($169) is to use the Der8auer Delid Die Mate 2 which retails for around $48 at Amazon. While other methods do seem somewhat attractive and ultimately cheaper, the cost of dead silicon outweighs the cost of the tools associated. I have used the Der8auer range of tools for years including the first Delid Die Mate and the Delid Die Mate X for X299 chips.

Der8auer Delid Die Mate 2 with stock screw on left, and the AMD add-on kit on the right

While the above tool was specifically manufactured with the aim of delidding Intel based Kaby Lake, Coffee Lake and even the older Sky Lake processors, an additional AMD kit is available. The kit consists of a longer M6 x 60 mm hexagon threaded bolt and an acrylic adapter to ensure the bolt doesn’t touch the pins. By virtue of AMD using a pin-grid array socket on its processors (i.e. pins on the bottom), it makes the process all that more risky.

The Tools and Materials Used to Delid the Ryzen 5 2400G

• AMD Ryzen 5 2400G APU ($169)
• Der8auer Delid Die Mate 2 ($46)
• Der8auer Delid Die Mate 2 AMD Kit ($8)
• Thermal Grizzly Conductonaut Liquid Metal ($16)
• Thermal Grizzly Liquid Metal Applicators ($8) – In case spares were needed, but not essential

Delidding The AMD Ryzen 5 2400G: Delidding The APU
Delidding The Ryzen 2400G: The Methods and Risks AssociatedDelidding The AMD Ryzen 5 2400G: Delidding The APUDelidding The AMD Ryzen 5 2400G: Preparing The APUDelidding The Ryzen 5 2400G Results and Conclusion

Tweet

PRINT THIS ARTICLE

Gold-Plated Zen 4 CCDs & Octopus-Styled IHS For Wider Cooler Compatibility

Steve over at Gamers Nexus recently got the opportunity to go hands-on with a delidded AMD Ryzen 7000 Desktop CPU.

AMD Ryzen 7000 CPU Delidding Reveals Gold-Plated IHS & Zen 4 CCDs With High-Quality TIM

The CPU that was delidded is part of the Ryzen 9 family since it has two dies and we know that the two CCD configuration is only applicable to the Ryzen 9 7950X & the Ryzen 9 7900X. The chip has a total of three dies, two of which are the aforementioned AMD Zen 4 CCDs fabricated on the 5nm process node and then we have the larger die around the center which is the IOD and that is based on a 6nm process node. The AMD Ryzen 7000 CCD measures at a die size of 70mm2 compared to 83mm2 for Zen 3 and feature a total of 6.57 Billion transistors, a 58% increase over the Zen 3 CCD with 4.15 Billion transistors,

Scattered around the package are several SMD’s (capacitors/resistors) that usually sit under the package substrate if we consider Intel’s CPUs. AMD is instead featuring them on the top layer and as such, they had to design a new kind of IHS which is internally referred to as the Octopus. We’ve already seen the delidded IHS before but now we get to see a final production chip with no lid on it to cover those gold Zen 4 nuggets!

With that said, the IHS is an interesting component of the AMD Ryzen 7000 Desktop CPUs. The one picture shows the arrangement of the 8 arms which Robert Hallock ‘Director of Technical Marketing at AMD’ refers to as the ‘Octopus’. Each arm has a small application of TIM beneath it which is used to solder the IHS to the interposer. Now delidding the chip is going to be really hard since each arm is right next to the massive array of capacitors. Each Arm is also slightly raised to make room for the SMDs and users shouldn’t worry about heat getting trapped beneath.

AMD Ryzen 7000 Desktop CPU Delidded (Image Credits: GamersNexus):

2 of 9

Der8auer has also given a statement to Gamers Nexus regarding his upcoming delidding kit for AMD Ryzen 7000 Desktop CPUs which is in the works and he also seems to explain why the new CPUs feature gold-plated CCDs:

Regarding the gold coating, there’s the aspect that you can solder indium to gold without the need of flux. This makes the process easier and you don’t need aggressive chemicals on your CPU. Without the gold coating, it would theoretically also work to solder the silicon to copper, but it would be more difficult and you would need the flux to break the oxide layers.

Der8auer to GamersNexus

The most interesting area of the AMD Ryzen 7000 Desktop CPU IHS, besides the arms, is the gold plated IHS which is used to increase thermal dissipation off of the CPU/IO dies and directly to the IHS. The two 5nm Zen 4 CCD’s and singular 6nm IO die have liquid-metal TIM or Thermal interface material for better heat conductivity and the aforementioned gold plating does help a lot with heat dissipation. What remains to be seen is whether the capacitors will feature silicone coating or not but from the previous package shot, it kind of looks like they do.

It is also reported that the smaller surface area of the IHS means that it will be better compatible with existing coolers with round and square-shaped cold plates. Square-shaped cold plates will be the preferred choice but round ones will work just fine too. Noctua has also pointed out the TIM application method and they are suggesting users go with the single-dot pattern in the middle of the IHS for AMD AM5 CPUs.

There are also reports based on the thermal density of the chip that it might run out. Considering that the Zen 4 chiplets are smaller than their predecessor but much denser, they will require a lot of cooling. It looks like that might be one reason why the chiplets are also gold-plated this time to effectively move as much heat away from them and to the IHS. While 170W is the peak TDP rating of the CPU, its PPT or maximum package power is rated at 230W and a 280W figure is used for OC. The figures also include the IO die which should be around 20-25W by itself. Following is a thermal density breakdown by Harukaze5719:

AMD Ryzen 7000 Desktop CPU Render (With/Without IHS):

2 of 9

Another thing that needs to be pointed out is that each Zen 4 CCD is really close to the edge of the IHS which wasn’t necessarily the case with previous Zen CPUs. So not only delidding will be highly difficult but the center is mostly the IO die which means that cooling equipment needs to be ready for such chips. The AMD Ryzen 7000 Desktop CPUs launch in Fall 2022 on the AM5 platform. That’s a chip that can reach up to 5.85GHz with up to 230W package power so every little amount of cooling will be a must for overclockers and enthusiasts.

AMD Mainstream Desktop CPU Generations Comparison:

AMD CPU Family	Codename	Processor Process	Processors Cores/Threads (Max)	TDPs (Max)	Platform	Platform Chipset	Memory Support	PCIe Support	Launch
Ryzen 1000	Summit Ridge	14nm (Zen 1)	8/16	95W	AM4	300-Series	DDR4-2677	Gen 3. 0	2017
Ryzen 2000	Pinnacle Ridge	12nm (Zen +)	8/16	105W	AM4	400-Series	DDR4-2933	Gen 3.0	2018
Ryzen 3000	Matisse	7nm (Zen 2)	16/32	105W	AM4	500-Series	DDR4-3200	Gen 4.0	2019
Ryzen 5000	Vermeer	7nm (Zen 3)	16/32	105W	AM4	500-Series	DDR4-3200	Gen 4.0	2020
Ryzen 5000 3D	Warhol?	7nm (Zen 3D)	8/16	105W	AM4	500-Series	DDR4-3200	Gen 4.0	2022
Ryzen 7000	Raphael	5nm (Zen 4)	16/32	170W	AM5	600-Series	DDR5-5200	Gen 5.0	2022
Ryzen 7000 3D	Raphael	5nm (Zen 4)	16/32?	105-170W	AM5	600-Series	DDR5-5200/5600?	Gen 5. 0	2023
Ryzen 8000	Granite Ridge	3nm (Zen 5)?	TBA	TBA	AM5	700-Series?	DDR5-5600+	Gen 5.0	2024-2025?

Is it worth Delidding your CPU?

You Can Run Your PC In Hotter Environments

Reducing overall CPU temps by delidding can make a difference. You’ll still need top-notch external cooling elements like paste, heat sink, and fans (if you’re not liquid cooling), but delidding is one element to consider.

View complete answer on tomshardware.com

What is the point of Delidding?

For the uninitiated, delidding is the act of separating the integrated heat spreader (IHS) from the top of your processor, and then replacing the stock thermal paste the manufacturer has used, with something a little more premium, usually liquid metal or a better thermal paste.

View complete answer on tomshardware. com

Does Delidding void warranty?

No delid voids warranty.

View complete answer on overclock.net

Is liquid metal only for Delidding?

Delidding requires that you use only liquid metal between the Die and IHS. Typical silicon TIM will fail in a relatively brief period of time. A process known as “pump-out” will cause silicon TIM to ooze out from between the Die and IHS due to thermal cycling.

View complete answer on forums.tomshardware.com

Do you need to Delid AMD CPUs?

It should be noted that all of AMDs performanced based desktop chips such as Ryzen and Threadripper all use indium-tin solder, and do not need to be delidded. Similarly, Intel’s HEDT processors are often not delidded.

View complete answer on anandtech.com

Is It Worth Delidding your CPU?

Scattered around the package are several SMD’s (capacitors/resistors) that usually sit under the package substrate if we consider Intel’s CPUs. AMD is instead featuring them on the top layer and as such, they had to design a new kind of IHS which is internally referred to as the Octopus. We’ve already seen the delidded IHS before but now we get to see a final production chip with no lid on it to cover those gold Zen 4 nuggets!

With that said, the IHS is an interesting component of the AMD Ryzen 7000 Desktop CPUs. The one picture shows the arrangement of the 8 arms which Robert Hallock ‘Director of Technical Marketing at AMD’ refers to as the ‘Octopus’. Each arm has a small application of TIM beneath it which is used to solder the IHS to the interposer. Now delidding the chip is going to be really hard since each arm is right next to the massive array of capacitors. Each Arm is also slightly raised to make room for the SMDs and users shouldn’t worry about heat getting trapped beneath.

AMD Ryzen 7000 Desktop CPU Delidded (Image Credits: GamersNexus):

Der8auer has also given a statement to Gamers Nexus regarding his upcoming delidding kit for AMD Ryzen 7000 Desktop CPUs which is in the works and he also seems to explain why the new CPUs feature gold-plated CCDs:

Regarding the gold coating, there’s the aspect that you can solder indium to gold without the need of flux. This makes the process easier and you don’t need aggressive chemicals on your CPU. Without the gold coating, it would theoretically also work to solder the silicon to copper, but it would be more difficult and you would need the flux to break the oxide layers.

Der8auer to GamersNexus

The most interesting area of the AMD Ryzen 7000 Desktop CPU IHS, besides the arms, is the gold plated IHS which is used to increase thermal dissipation off of the CPU/IO dies and directly to the IHS. The two 5nm Zen 4 CCD’s and singular 6nm IO die have liquid-metal TIM or Thermal interface material for better heat conductivity and the aforementioned gold plating does help a lot with heat dissipation. What remains to be seen is whether the capacitors will feature silicone coating or not but from the previous package shot, it kind of looks like they do.

It is also reported that the smaller surface area of the IHS means that it will be better compatible with existing coolers with round and square-shaped cold plates. Square-shaped cold plates will be the preferred choice but round ones will work just fine too. Noctua has also pointed out the TIM application method and they are suggesting users go with the single-dot pattern in the middle of the IHS for AMD AM5 CPUs.

AMD Ryzen 7000 Desktop CPU Render (With/Without IHS):

Another thing that needs to be pointed out is that each Zen 4 CCD is really close to the edge of the IHS which wasn’t necessarily the case with previous Zen CPUs. So not only delidding will be highly difficult but the center is mostly the IO die which means that cooling equipment needs to be ready for such chips. The AMD Ryzen 7000 Desktop CPUs launch in Fall 2022 on the AM5 platform. That’s a chip that can reach up to 5.85GHz with up to 230W package power so every little amount of cooling will be a must for overclockers and enthusiasts.

AMD Mainstream Desktop CPU Generations Comparison:

AMD CPU Family	Codename	Processor Process	Processors Cores/Threads (Max)	TDPs (Max)	Platform	Platform Chipset	Memory Support	PCIe Support	Launch
Ryzen 1000	Summit Ridge	14nm (Zen 1)	8/16	95W	AM4	300-Series	DDR4-2677	Gen 3. 0	2017
Ryzen 2000	Pinnacle Ridge	12nm (Zen +)	8/16	105W	AM4	400-Series	DDR4-2933	Gen 3.0	2018
Ryzen 3000	Matisse	7nm (Zen 2)	16/32	105W	AM4	500-Series	DDR4-3200	Gen 4.0	2019
Ryzen 5000	Vermeer	7nm (Zen 3)	16/32	105W	AM4	500-Series	DDR4-3200	Gen 4.0	2020
Ryzen 5000 3D	Warhol?	7nm (Zen 3D)	8/16	105W	AM4	500-Series	DDR4-3200	Gen 4.0	2022
Ryzen 7000	Raphael	5nm (Zen 4)	16/32	170W	AM5	600-Series	DDR5-5200	Gen 5.0	2022
Ryzen 7000 3D	Raphael	5nm (Zen 4)	16/32?	105-170W	AM5	600-Series	DDR5-5200/5600?	Gen 5. 0	2023
Ryzen 8000	Granite Ridge	3nm (Zen 5)?	TBA	TBA	AM5	700-Series?	DDR5-5600+	Gen 5.0	2024-2025?

AMD Ryzen 5000 Zen 3 ‘Vermeer’ CPU die shot pictured, revealing the core topology and architecture

News

November 10, 2020 Metal Messiah 5 Comments

As you know AMD recently announced its Ryzen 5000-series Zen 3-based Vermeer desktop CPU lineup. According to AMD these CPUs will offer better single-thread performance in PC games. AMD also lifted the review embargo and first third-party gaming benchmarks were also published.

AMD’s Zen 3 architecture promises to offer a higher boost clock, significant IPC uplift, new core layout, and a new cache topology. In fact, AMD also claims that Zen 3 offers a 19% increase in single-thread scenarios over the previous-gen CPU lineup. AMD released four SKUs based on Zen 3 arch, the Ryzen 5 5600X, Ryzen 7 5800X, Ryzen 9 5900X and the Ryzen 9 5950X, respectively.

Now someone has decided to delid this new ZEN 3-based CPU, and has posted some high-resolution infrared photos of the processor/die. One Hardwareluxx community member grabbed a Ryzen 5 5600X, delidded it and tried to take a look under the processor’s hood.

The Die shot has been posted by Fritzchens Fritz, and more pictures can be found in this Flickr photo stream album. Fritzchens has posted many CPU/GPU die shots in the past as well.

https://t.co/uEF14XgsB6 pic.twitter.com/KKkHd7UXKt

— Fritzchens Fritz (@FritzchensFritz) November 8, 2020

You’ll immediately notice the damage done when the user de-lidded the processor, but there are other pictures revealing some details of the die shot. The CPU in particular is the AMD Ryzen 5 5600X. From the photos we can clearly see both the I/O Die (IOD) and the Core Compute Die (CCD) that houses the eight Zen 3 cores on the Ryzen 5 5600X, but two of them are disabled to make a six-core chip.

The processor features two chiplets, a single CCD, and a primary IOD. The CPU had to be delidded by removing the IHS to get a clear picture of the die. Ryzen 5000 CPUs basically make use of a ‘solder design’ so it was not easy to delid this processor, since the whole CCD ripped off during the process as evident from the photos.

We can see mounting pads next to the CCD, reserved for a second CCD, which would be used to install a Ryzen 9 chip. In the close-up die shots, you can see some of the CPU cores and the L3 cache in the middle of the CCD as well. One Twitter user @Locuza has mapped the rest of the Ryzen 5000 die, the entire Zen 3 CCD, with each area of the chip being accurately mapped.

Awesome work by Fritzchens again!
FPU and uCode position appears to be the same.
L1D$ looks very similar.
uOP$, L1I$, BTBs were moved a bit and look quite different.
L2$ appears nearly identical.
L3$ design has multiple changes.
A Zen3 core is quite a bit longer than a Z2 Core https://t.co/NVC1I9XlUW pic.twitter.com/G6TlsjQ2eg

— Locuza (@Locuza_) November 8, 2020

He highlighted some important points:

• FPU and uCode position appears to be the same.
• L1D$ looks very similar.
• uOP$, L1I$, BTBs was moved a bit and look quite different.
• L2$ appears nearly identical.
• L3$ design has multiple changes.
• Zen3 core is quite a bit longer than a Z2 Core

In previous gen Ryzen CPU design each CCD comprised of two CCX’s (Core Complexes). Zen 3 CCD on the other hand consists of a single CCX featuring 8 cores that can run in either a single-thread mode (1T) or a two-thread mode (2T), up to 16 threads in total per CCX.

Both the 3rd and 4th-gen AMD Ryzen architectures work on a multi-die based system. The cores and cache are housed in their own dies called CCDs. The memory, I/O, and all communication between CCDs done via the AMD Infinity Fabric is handled by the I/O Die. So AMD can basically use different nodes for different dies to manufacture CPUs.

The bigger I/O die uses TSMC’s 12nm process, while the CCDs use the 7nm node, again from TSMC. AMD Zen 3 CCX consists of 512KB of L2 per core for a total of 4MB L2 cache per CCD, and up to 32MB of L3 cache shared across all the cores.

Moreover, AMD Zen 3 CCD measures at 83.736mm2. For comparison, the Zen 2 CCD was around 72mm2. This means Zen 3 CCD is almost 16% larger in size. The 12nm IOD (I/O Die) measures at 124.29mm2, same as previous gen Ryzen 3000-series CPU lineup. The I/O die appears to be the biggest chip on the interposer.

Stay tuned for more!

Metal Messiah

Hello, my name is NICK Richardson. I’m an avid PC and tech fan since the good old days of RIVA TNT2, and 3DFX interactive «Voodoo» gaming cards. I love playing mostly First-person shooters, and I’m a die-hard fan of this FPS genre, since the good ‘old Doom and Wolfenstein days.

MUSIC has always been my passion/roots, but I started gaming «casually» when I was young on Nvidia’s GeForce3 series of cards. I’m by no means an avid or a hardcore gamer though, but I just love stuff related to the PC, Games, and technology in general. I’ve been involved with many indie Metal bands worldwide, and have helped them promote their albums in record labels. I’m a very broad-minded down to earth guy. MUSIC is my inner expression, and soul.

Contact: Email

AMD

ᐈ Processors AMD Ryzen (7,5,3) in Almaty | White Wind

Processor AMD Ryzen 7 PRO 4750G, AM4, OEM

SKU: 164014

Processor type: Ryzen 7 / Socket: AM4 / Total number of cores: 8 / Number of threads: 16 / Clock frequency, GHz: 3.6 / Microarchitecture: Zen 2 / L3 Cache: 8MB / Integrated Graphics: Radeon Graphics / Manufacturing Process: 7nm / TDP: 65W

• Price according to the price130 900 ₸
• Price in chain stores130 900 ₸
• Price in the online store122 900 ₸

Prices include VAT

130 900 ₸122 900 ₸

You save: 8 000 ₸

Buy

Write a review for the product

Processor AMD Ryzen 7 4700G, AM4, OEM

SKU: 164013

Processor type: Ryzen 7 / Socket: AM4 / Total cores: 8 / Threads: 16 / Clock speed, GHz: 3. 6 / Microarchitecture: Zen 2 / L3 Cache: 8MB / Integrated Graphics: Radeon Graphics / Manufacturing Process: 7nm / TDP: 65W

• List price117 900 ₸
• Price in chain stores117 900 ₸
• Price in the online store110 800 ₸

Prices include VAT

117 900 ₸110 800 ₸

You save: 7 100 ₸

Buy

Write a review for the product

AMD Ryzen 5 4600G, AM4, OEM

P/N: 164012

Processor type: Ryzen 5 / Socket: AM4 / Total cores: 6 / Threads: 12 / Clock speed, GHz: 3. 7 / Microarchitecture: Zen 2 / L3 cache size: 8 MB / Integrated graphics system: Radeon Graphics / Process technology : 7 nm / TDP: 65 W

• Price in chain stores74 900 ₸
• Price in the online store70 400 ₸

Prices include VAT

74 900 ₸70 400 ₸

You save: 4 500 ₸

Buy

Write product review

Processor AMD Ryzen 3 4100, AM4, OEM — with cooler

SKU: 163691

Processor type: Ryzen 3 / Socket: AM4 / Total number of cores: 4 / Number of threads: 8 / Clock frequency, GHz: 3. 8 / Microarchitecture: Zen 2 / L3 Cache: 4MB / Integrated Graphics: None / Process: 7nm / TDP: 65W

• Price in chain stores51 900 ₸
• Price in the online store48 700 ₸

Prices include VAT

51 900 ₸48 700 ₸

You save: 3 200 ₸

Buy

Write product review

Processor AMD Ryzen 5 3600, AM4, BOX — without cooler

SKU: 163689

Processor type: Ryzen 5 / Socket: AM4 / Total number of cores: 6 / Number of threads: 12 / Clock frequency, GHz: 3. 6 / Microarchitecture: Zen 2 / L3 cache size: 2 x 16 MB / Integrated graphics system: None / Manufacturing process: 7 nm / TDP: 65 W

• Price in chain stores73 500 ₸
• Price in the online store68 900 ₸

Prices include VAT

73 500 ₸68 900 ₸

You save: 4 600 ₸

Buy

Write product review

Processor AMD Ryzen 5 5500, AM4, BOX

SKU: 163453

Processor type: Ryzen 5 / Socket: AM4 / Total number of cores: 6 / Number of threads: 12 / Clock frequency, GHz: 3. 6 / Microarchitecture: Zen 3 / L3 Cache: 16MB / Integrated Graphics: None / Manufacturing Process: 7nm / TDP: 65W

• List Price75,900 ₸
• Price in chain stores75 900 ₸
• Price in the online store71 300 ₸

Prices include VAT

75 900 ₸71 300 ₸

You save: 4 600 ₸

Buy

Write product review

Processor AMD Ryzen 7 5700X, AM4, BOX — without cooler

SKU: 163452

Processor type: Ryzen 7 / Socket: AM4 / Total number of cores: 8 / Number of threads: 16 / Clock frequency, GHz: 3. 4 / Microarchitecture: Zen 3 / L3 Cache: 32MB / Integrated Graphics: None / Process: 7nm / TDP: 65W

• Price in chain stores172 900 ₸
• Price in the online store162 190 ₸

Prices include VAT

172 900 ₸162 190 ₸

You save: 10 710 ₸

Buy

Write product review

Processor AMD Ryzen 7 PRO 2700, AM4, OEM

SKU: 145159

Processor type: Ryzen 7 / Socket: AM4 / Total number of cores: 8 / Number of threads: 16 / Clock frequency, GHz: 3. 2 / Microarchitecture: Zen+ / L3 Cache: 16MB / Integrated Graphics: None / Manufacturing Process: 12nm / TDP: 65W

• Price in chain stores135 900 ₸
• Price in the online store129 990 ₸

Prices include VAT

135 900 ₸129 990 ₸

You save: 5 910 ₸

Buy

Write product review

Cashback 5%

Cashback 5%

Processor AMD Ryzen 5 PRO 5650GE, AM4, OEM

SKU: 161071

Processor type: Ryzen 5 / Socket: AM4 / Total number of cores: 6 / Number of threads: 12 / Clock frequency, GHz: 3. 4 / Microarchitecture: Zen 3 / L3 cache: 16 MB / Integrated graphics: Radeon Graphics / Manufacturing process: 7 nm / TDP: 35 W

• List price151 900 ₸
• Price in chain stores151 900 ₸
• Price in the online store144 990 ₸

Prices include VAT

151 900 ₸144 990 ₸

You save: 6 910 ₸

Buy

Write a review for the product

Processor AMD A6-9500E, AM4, OEM — with cooler

SKU: 160795

Processor type: A-Series / Socket: AM4 / Total number of cores: 2 / Number of threads: 2 / Clock frequency, GHz: 3. 0 / Microarchitecture: Excavator / Integrated Graphics: Radeon R5 / Manufacturing process: 28nm / TDP: 35W

• List price19 990 ₸
• Price in chain stores19 990 ₸
• Price in the online store19 290 ₸

Prices include VAT

19 990 ₸19 290 ₸

You save: 700 ₸

Buy

Write a review for the product

Processor AMD Ryzen 7 PRO 5750G, AM4, OEM

SKU: 158798

Processor type: Ryzen 7 / Socket: AM4 / Total number of cores: 8 / Number of threads: 16 / Clock frequency, GHz: 3. 8 / Microarchitecture: Zen 3 / L3 Cache: 16MB / Integrated Graphics: Radeon Graphics / Manufacturing Process: 7nm / TDP: 65W

• List price159 900 ₸
• Price in chain stores159 900 ₸
• Price in the online store149 990 ₸

Prices include VAT

159 900 ₸149 990 ₸

You save: 9 910 ₸

Buy

Write a review for the product

Cashback 5%

Cashback 5%

Processor AMD A6-9500, AM4, OEM

SKU: 158658

Processor type: A-Series / Socket: AM4 / Total cores: 2 / Clock speed, GHz: 3. 5 / Microarchitecture: Excavator / Integrated graphics system: Radeon R5 / Manufacturing process: 28 nm / TDP (TDP): 65 W

• List price18 290 ₸
• Price in chain stores18 290 ₸
• Price in the online store17 490 ₸

Prices include VAT

18 290 ₸17 490 ₸

You save: 800 ₸

Buy

Write product review

Cashback 5%

Cashback 5%

Processor AMD Ryzen 5 5600G, AM4, OEM — with cooler

SKU: 158670

Processor type: Ryzen 5 / Socket: AM4 / Total number of cores: 6 / Number of threads: 12 / Clock frequency, GHz: 3. 9 / Microarchitecture: Zen 3 / L3 cache: 16MB / Integrated graphics: Radeon Graphics / Manufacturing process: 7nm / TDP: 65W

• List price102 900 ₸
• Price in chain stores102 900 ₸
• Price in the online store96 700 ₸

Prices include VAT

102 900 ₸96 700 ₸

You save: 6 200 ₸

Buy

Write a review for the product

Processor AMD PRO A6-8570E (A6-8500E), AM4, OEM

SKU: 158590

Processor type: A-Series / Socket: AM4 / Total number of cores: 2 / Clock frequency, GHz: 3. 0 / Microarchitecture : Excavator / Integrated Graphics: Radeon R5 / Process: 28nm / TDP: 35W

• List price17 990 ₸
• Price in chain stores17 990 ₸
• Price in the online store16 990 ₸

Prices include VAT

17 990 ₸16 990 ₸

You save: 1 000 ₸

Buy

Write a review for the product

Processor AMD Ryzen 7 PRO 5750G, AM4, OEM — with cooler

SKU: 158452

Processor type: Ryzen 7 / Socket: AM4 / Total number of cores: 8 / Number of threads: 16 / Clock frequency, GHz: 3. 8 / Microarchitecture: Zen 3 / L3 cache: 16MB / Integrated graphics: Radeon Graphics / Manufacturing process: 7nm / TDP: 65W

• List price164 900 ₸
• Price in chain stores164 900 ₸
• Price in the online store154 990 ₸

Prices include VAT

164 900 ₸154 990 ₸

You save: 9 910 ₸

Buy

Write a review for the product

Cashback 5%

Cashback 5%

Processor AMD Ryzen 7 5700G, AM4, OEM

SKU: 158292

Processor type: Ryzen 7 / Socket: AM4 / Total cores: 8 / Threads: 16 / Clock speed, GHz: 3. 8 / Microarchitecture: Zen 3 / L3 cache size: 16 MB / Integrated graphics system: Radeon Graphics / Process technology: 7nm / TDP: 65W

• List price155,900 ₸
• Price in chain stores155 900 ₸
• Price in the online store148 990 ₸

Prices include VAT

155 900 ₸148 990 ₸

You save: 6 910 ₸

Buy

Reviews [2]

Recommended 2 times

Cashback 5%

Cashback 5%

Processor AMD Ryzen 5 5600X, AM4, OEM — with cooler

SKU: 158350

Processor type: Ryzen 5 / Socket: AM4 / Total number of cores: 6 / Number of threads: 12 / Clock frequency, GHz: 3. 7 / Microarchitecture: Zen 3 / L3 Cache: 32MB / Integrated Graphics: None / Manufacturing Process: 7nm / TDP: 65W

• List price125 900 ₸
• Price in chain stores125 900 ₸
• Price in the online store118 490 ₸

Prices include VAT

125 900 ₸118 490 ₸

You save: 7 410 ₸

Buy

Reviews [2]

Recommended 2 times

Cashback 5%

Cashback 5%

Processor AMD Ryzen 5 5600G, AM4, OEM

SKU: 158291

Processor type: Ryzen 5 / Socket: AM4 / Total cores: 6 / Threads: 12 / Clock speed, GHz: 3. 9 / Microarchitecture: Zen 3 / L3 Cache: 16MB / Integrated Graphics: Radeon Graphics / Manufacturing Process: 7nm / TDP: 65W

• List Price111,900 ₸
• Price in chain stores111 900 ₸
• Price in the online store106 990 ₸

Prices include VAT

111 900 ₸106 990 ₸

You save: 4 910 ₸

Buy

Reviews [3]

Recommended 3 times

Processor AMD Ryzen 7 5700G, AM4, BOX

SKU: 157991

Processor type: Ryzen 7 / Socket: AM4 / Total number of cores: 8 / Number of threads: 16 / Clock frequency, GHz: 3. 8 / Microarchitecture: Zen 3 / L3 Cache: 16MB / Integrated Graphics: Radeon Graphics / Manufacturing Process: 7nm / TDP: 65W

• Price in chain stores169 900 ₸
• Price in the online store159 700 ₸

Prices include VAT

169 900 ₸159 700 ₸

You save: 10 200 ₸

Buy

Write product review

Processor AMD Ryzen 3 PRO 1200, AM4, OEM

SKU: 157423

Processor type: Ryzen 3 / Socket: AM4 / Total number of cores: 4 / Number of threads: 4 / Clock frequency, GHz: 3. 1 / Microarchitecture: Zen / L3 Cache: 8MB / Integrated Graphics: None / Manufacturing Process: 14nm / TDP: 65W

• List Price44,900 ₸
• Price in chain stores44 900 ₸
• Price in the online store42 690 ₸

Prices include VAT

44 900 ₸42 690 ₸

You save: 2 210 ₸

Buy

Reviews [1]

Recommended 1 time

Processor AMD Ryzen 5 5600G, AM4, BOX

SKU: 157202

Processor type: Ryzen 5 / Socket: AM4 / Total number of cores: 6 / Number of threads: 12 / Clock frequency, GHz: 3. 9 / Microarchitecture: Zen 3 / L3 Cache: 16MB / Integrated Graphics: Radeon Graphics / Manufacturing Process: 7nm / TDP: 65W

• List Price109,900 ₸
• Price in chain stores109 900 ₸
• Price in the online store103 300 ₸

Prices include VAT

109 900 ₸103 300 ₸

You save: 6 600 ₸

Buy

Reviews [2]

Recommended 1 time

Processor AMD Ryzen 3 1200, AM4, BOX

SKU: 156724

Processor type: Ryzen 3 / Socket: AM4 / Total number of cores: 4 / Number of threads: 4 / Clock frequency, GHz: 3. 1 / Microarchitecture: Zen / L3 cache size: 8 MB / Integrated graphics system: None / Manufacturing process: 14 nm / TDP: 65 W

• Price in chain stores42 900 ₸
• Price in the online store39 990 ₸

Prices include VAT

42 900 ₸39 990 ₸

You save: 2 910 ₸

Buy

Reviews [1]

Cashback 5%

Cashback 5%

Processor AMD Ryzen 3 3200GE, AM4, OEM

SKU: 156372

Processor type: Ryzen 3 / Socket: AM4 / Total cores: 4 / Threads: 4 / Clock speed, GHz: 3. 3 / Microarchitecture: Zen + / L3 Cache: 4MB / Integrated Graphics: Radeon Vega 8 / Manufacturing Process: 12nm / TDP: 35W

• List Price92 900 ₸
• Price in chain stores92 900 ₸
• Price in the online store87 300 ₸

Prices include VAT

92 900 ₸87 300 ₸

You save: 5 600 ₸

Buy

Reviews [1]

Recommended 1 time

AMD Ryzen 9 5900X, AM4, OEM

P/N: 154884

Processor type: Ryzen 9 / Socket: AM4 / Total cores: 12 / Threads: 24 / Clock speed, GHz: 3. 7 / Microarchitecture: Zen 3 / L3 cache size: 64 MB / Integrated graphics system: None / Process technology: 7 nm / TDP: 105 W

• Price in chain stores235 900 ₸
• Price in the online store221 700 ₸

Prices include VAT

235 900 ₸221 700 ₸

You save: 14 200 ₸

Buy

Reviews [1]

Recommended 1 time

Cashback 5%

Cashback 5%

Processor AMD Ryzen 9 5950X, AM4, BOX — without cooler

SKU: 152277

Processor type: Ryzen 9 / Socket: AM4 / Total number of cores: 16 / Number of threads: 32 / Clock frequency, GHz: 3. 4 / Microarchitecture: Zen 3 / L3 Cache: 64MB / Integrated Graphics: None / Manufacturing Process: 7nm / TDP: 105W

• List price331 900 ₸
• Price in chain stores331 900 ₸
• Price in the online store315 990 ₸

Prices include VAT

331 900 ₸315 990 ₸

You save: 15 910 ₸

Buy

Write a review for the product

Processor AMD Ryzen 7 5800X, AM4, BOX — without cooler

Code: 152290

Processor type: Ryzen 7 / Socket: AM4 / Total cores: 8 / Number of threads: 16 / Clock speed, GHz: 3. 8 / Microarchitecture: Zen 3 / L3 cache size: 32 MB / Integrated graphics system: None / Manufacturing process : 7 nm / TDP: 105 W

• Price in chain stores173 900 ₸
• Price in the online store162 990 ₸

Prices include VAT

173 900 ₸162 990 ₸

You save: 10 910 ₸

Buy

Reviews [1]

Recommended 1 time

Processor AMD Ryzen 5 5600X, AM4, OEM

SKU: 152073

Processor type: Ryzen 5 / Socket: AM4 / Total cores: 6 / Threads: 12 / Clock speed, GHz: 3. 7 / Microarchitecture: Zen 3 / L3 Cache: 32MB / Integrated Graphics: None / Manufacturing Process: 7nm / TDP: 65W

• List Price106,900 ₸
• Price in chain stores106 900 ₸
• Price in the online store100 400 ₸

Prices include VAT

106 900 ₸100 400 ₸

You save: 6 500 ₸

Buy

Reviews [7]

Recommended 7 times

Processor AMD Ryzen 9 5900X, AM4, BOX — without cooler

SKU: 151769

Processor type: Ryzen 9 / Socket: AM4 / Total number of cores: 12 / Number of threads: 24 / Clock frequency, GHz: 3. 7 / Microarchitecture: Zen 3 / L3 Cache: 64MB / Integrated Graphics: None / Manufacturing Process: 7nm / TDP: 105W

• List Price239900 ₸
• Price in chain stores239 900 ₸
• Price in the online store229990 ₸

Prices include VAT

239 900 ₸229 990 ₸

You save: 9 910 ₸

Buy

Write a review for the product

Processor AMD Ryzen 7 5800X, AM4, OEM

SKU: 151425

Processor type: Ryzen 7 / Socket: AM4 / Total cores: 8 / Threads: 16 / Clock speed, GHz: 3. 8 / Microarchitecture: Zen 3 / L3 Cache: 32MB / Integrated Graphics: None / Manufacturing Process: 7nm / TDP: 105W

• List price162 900 ₸
• Price in chain stores162 900 ₸
• Price in the online store153 100 ₸

Prices include VAT

162 900 ₸153 100 ₸

You save: 9 800 ₸

Buy

Reviews [1]

Recommended 1 time

AMD Ryzen 9 Processor5950X, AM4, OEM

SKU: 151332

Processor type: Ryzen 9 / Socket: AM4 / Total cores: 16 / Threads: 32 / Clock speed, GHz: 3. 4 / Microarchitecture: Zen 3 / L3 cache size: 64 MB / Integrated graphics: None / Manufacturing process: 7 nm / TDP: 105 W

• Price in chain stores329 900 ₸
• Price in the online store310 100 ₸

Prices include VAT

329 900 ₸310 100 ₸

You save: 19 800 ₸

Buy

Reviews [1]

Recommended 1 time

Best AMD Ryzen processors of 2022: TOP 5

Best Red Team chips.

Best
AMD processors are capable of everything from multitasking, where Ryzen is the undisputed champion, to
maximum frame rate in games.

Speaking of the best PC gaming, the best AMD processors compete with the best Intel processors, including the acclaimed Intel Core i9-12900K. With a new cache technology known as AMD 3D V-Cache, the company has struck the perfect balance between performance and affordability.

Better processors will allow you to tackle workloads like content creation with relative ease while maintaining reasonable value for money, especially when it comes to more affordable processors for general computing and low to medium workloads. Luckily, AMD processors offer something for everyone, so it’s important to understand the variety of offerings so you can choose the right processor for your needs and budget.

Not
don’t worry — we’ve selected the best AMD processors to make models stand out
processors that simply outperform the competition, no matter the price
categories, we also looked at processors capable of offering a high
performance at a more affordable price for the most frugal users.
Our ranking of the best AMD processors will help you with your search so you can do more
take the time to assemble the computer.

Like us
testing the best AMD processors?

Impossible
tell the best processors from the worst just by looking at them. Majority
computer components looks the same, even if you open the metal
cover, transistors (the neurons of the «brain» of the CPU) are literally measured in nanometers. How
distinguish a million transistors on a chip from a billion and how to determine the clock
cpu frequency just by looking at it?

K
Fortunately, there are tests we run to see how well
the processor works in practice, and the best way to evaluate it is to bring it to
limit using precisely calibrated testing tools,
which return comparable scores depending on how well
the processor copes with certain tasks, whether it is compressing video files or
performing complex mathematical operations used in 3D games.

We
rely on industry standard tools such as Geekbench
5, Cinebench R23 and PCMark
10 to push processors to their limits in a controlled environment using
realistic workloads that you are likely to face in
daily use of the computer.

We
we also launch modern computer games with different graphics
settings to evaluate the gaming performance of the processor.

Then,
having received the test suite scores, we try them on the price. best processors,
offering best-in-class performance, interleaved processors,
having a beneficial value to the consumer, since getting a better processor
just as important as getting a processor you can afford, because
some models are out of the budget of most people.

Best
2022 AMD processors

1. AMD Ryzen 9 5900X

The best processor for the most demanding games.

Cores : 12 | Threads : 24 | Base frequencies : 3.7 GHz | Maximum frequencies : 4.8 GHz | L3 cache : 64 Mb | TDP : 105W.

Pros:

• Amazing performance;
• The new champion in single-core performance;
• Maintained the same energy consumption;

Cons :

• Price increased;
• Cooler not included;

AMD Ryzen 9 5900X offered the biggest step
productivity between generations of recent years, which in itself makes
processor is a great upgrade. AMD’s latest offering isn’t just powerful
CPU. This is an absolutely amazing Ryzen for gaming and art work.
Support for older motherboards is an added bonus.

Read more : AMD Ryzen 9 5900X review

2. AMD Ryzen 7 5800X3D

The best gaming processor at the beginning of the year.

Cores : 8 | Threads : 16 | Base frequencies : 3.7 GHz | Maximum frequencies : 4.7 GHz | L3 cache : 100 MB | TDP : 105W.

Pros:

• Outstanding gaming performance;
• Runs on older socket AM4;
• New 3D V-Cache technology;

Cons :

• No support for DDR5 or PCIe 5.0;
• Performance drops in non-gaming tasks;

AMD
The Ryzen 7 5800X3D is without a doubt one of the best gaming processors on the market.
market. Its amazing performance is dictated by an interesting approach to
AMD 3D V-Cache, Processor 5800X3D
surpasses
almost all competitors in its weight category, it even surpasses Core
i9-12900K in some games.

In fact,
you are looking at the original AMD Ryzen 7 5800X whose cache was
modified, but this does not cancel its correspondence to the AM4 motherboard sockets, which
makes upgrading much cheaper if you’re swapping from one Ryzen to another.

Recall
Assumes AMD AM4 motherboard. If a
no, you still have to buy a new motherboard and possibly change
cooling, which undermines the benefit of the Ryzen 7 5800X3D and may tempt the user to
buying a Core i9-12900K or other AMD processor which is slightly inferior in
gaming performance, but will raise the computer’s capabilities in other
areas.

Read the full review AMD Ryzen 7 5800X3D