Socket fm2 processor list: FM2 Socket list — Cpu Specs Benchmarks reviews cpu upgrade

Socket FM2 — AMD — WikiChip

Socket FM2 was the socket for OPGA-904-packaged AMD desktop microprocessors with integrated graphics, the successor to Socket FM1. Its counterparts for mobile processors are Socket FS1r2 and the FP2 package. Socket FM2 was superseded by Socket FM2+.

Socket FM2 was used in AMD’s «Virgo» platform. All processors for Socket FM2, codename «Trinity» and «Richland», are members of AMD’s Family 15h with CPU cores based on the Piledriver microarchitecture, and were fabricated on a 32 nm SOI process.

Socket FM2 has the same dimensions as Socket FM1 but the processor package for Socket FM2 is mechanically, by omitting different key pins, and electrically incompatible with Socket FM1 and vice versa.

Contents

• 1 Features
• 2 Chipsets
• 3 Processors using Socket FM2
• 4 Package Diagram
• 5 Socket Outline
• 6 Pin Map
• 7 References
• 8 See also

Features[edit]

• 904-pin lidded micro pin grid array package, 1. 27 mm pitch, 31 × 31 pins, 40 × 40 mm, organic substrate

• 2 × 64 bit DDR3 SDRAM interface up to 1067 MHz, PC3-17000 (DDR3-2133), 34.1 GB/s
  • Up to 4 SR/DR UDIMMs or SODIMMs (2 per channel), no ECC support
  • JEDEC 1.5V, 1.35V, 1.25V
  • AMD Memory Controller PowerCap

• PCIe Gen 1.0 and 2.0
  • Configurable x8 or x16 external graphics card (GFX) link
  • Configurable x4 General Purpose Ports
  • x4 Unified Media Interface to FCH

• Four independent display controllers
  • Six Digital Display Interfaces
    • 2 × single link (may support dual link DVI by combining DP1:DP0)
    • 1 × single/dual link
    • 3 × multiplexed, presumably each with 1×4 (dual link DVI 1×8) GFX lanes or 1×4 UMI lanes
  • DisplayPort 1.2 up to 4096 × 2160 at 30 Hz and 30 bpp
  • Single/dual link DVI up to 2560 × 1600 at 60 Hz and 24 bpp
  • DVI/HDMI 1.4a, HDCP, eDP, DP++, 3D video, DP audio, Aux Channel

• Power Management
  • AMD PowerNow! technology
  • ACPI P-states, processor power states C0, C1, C1E, C6, CC6, sleep states S0, S3, S4, S5
  • PCIe core power gating
  • PCIe speed power policy
  • System Clock Deep Sleep
  • AMD Turbo CORE technology 3. 0 with per core power gating

• Thermal Controls
  • Sideband temperature control
  • Hardware thermal control
  • Local hardware thermal control
  • DRAM thermal protection

Chipsets[edit]

• AMD FCH A45/A55/A75/A85X, codename «Hudson-D1/D2/D3/D4»
• AMD FCH A58/A68H/A78/A88X, codename «Bolton-D2/D2H/D3/D4»

Processors using Socket FM2[edit]

• AMD A-Series APU
• AMD FirePro APU
• AMD Athlon X4, X2
• AMD Sempron X2

Package Diagram[edit]

OPGA-904 package (UOF 904). All dimensions in millimeters.

Socket Outline[edit]

Socket FM2 limits as specified in AMD Publ. #48639. Depicted is Foxconn Interconnect Technology Part No. PZ90427-3126-01H. All dimensions in millimeters.

Pin Map[edit]

References[edit]

• «Socket FM2 Design Specification», AMD Publ. #48639, Rev. 3.00, April 24, 2014
• «Family 15h Models 10h — 1Fh AMD A-Series Accelerated Processor Product Data Sheet», AMD Publ. #50911, Rev. 3.02, December 19, 2012
• «Family 15h Models 10h — 1Fh AMD Athlon Processor Product Data Sheet», AMD Publ. #52422, Rev. 3.00, July 31, 2012
• «Family 15h Models 10h — 1Fh AMD Sempron Processor Product Data Sheet», AMD Publ. #52423, Rev. 3.00, July 31, 2012
• «Revision Guide for AMD Family 15h Models 10h-1Fh Processors», AMD Publ. #48931, Rev. 3.10, May 2013

See also[edit]

• Socket FM1
• Socket FM2+
• Socket FS1r2
• Socket AM3+
• Package FP2

Facts about «Socket FM2 — AMD»

RDF feed

designer	AMD +
first launched	October 1, 2012 +
instance of	package +
market segment	Desktop +
microarchitecture	Piledriver +
name	Socket FM2 +
tdp	100 W (100,000 mW, 0. 134 hp, 0.1 kW) +

What Is The Best FM2+ CPU For Gaming? — Expert Reviews

If you are a gamer, you should know that your gaming experience will be impacted by the type of FM2+ CPU that you are using in your PC. If you are building your own PC, you need to pick a CPU that will support what you do on your computer, which can be far more difficult than you’d expect.

The CPU is the brains of the computer, so it needs to be able to put out enough power and processing capacity so that you can game on it. There is nothing more annoying than buying a new game and finding out that your computer just cannot handle it.

As such, it is better to get the best possible CPU for FM2+ from the start so that it doesn’t even have to be something you worry about.

Simply put: do not get a weak processor. There are some FM2+ CPUs for gaming out there that are head and shoulders above the rest- keep reading to see which ones we prefer. Keep in mind that there are new CPUs and new games coming out all the time.

As graphics continue to become more and more advanced, CPUs have been struggling to keep up with the graphics cards. While it may be tempting to buy older processors as they are more budget friendly, you do not want to skrimp out here or buy something that is outdated. An outdated CPU will outdate your entire system.

Contents

• Comparison Table
• What We Considered When Looking For The Best FM2+ Processor
  • 1. AMD A8-6600K APU
  • 2. AMD Athlon X4 870K Black Edition
  • 3. AMD A6-6400K Richland 3.9GHz Socket FM2 65W
  • 4. AMD AD740KYBJABOX A6-7400K Dual-Core 3.5 GHz Socket FM2+
  • 5. AMD A10-Series APU A10-7850K Socket FM2+ (AD785KXBJABOX)

Comparison Table

Product	Key Specifications
AMD A8-6600K APU	Model: Quad-Core AMD A-Series APU Processor Model A8-6600K Core Count: 4 Max Turbo Frequency: 4. 2 GHz L2 Cache: 4 MB Integrated Graphics: Radeon HD 8570D GPU Socket: Socket FM2
AMD Athlon X4 870K Black Edition	AMD Athlon X4 870K Class: Desktop Socket: FM2+ Clockspeed: 3.9 GHz Turbo Speed: 4.1 GHz No of Cores: 4 (in 2 physical modules) Typical TDP: 95 W
AMD A6-6400K Richland 3.9GHz Socket FM2 65W	Class: Desktop Socket: FM2 Clockspeed: 3.9 GHz Turbo Speed: 4.1 GHz No of Cores: 2 (in 1 physical modules) Typical TDP: 65 W
AMD AD740KYBJABOX A6-7400K Dual-Core 3.5 GHz Socket FM2+	Class: Desktop Socket: FM2+ Clockspeed: 3. 5 GHz Turbo Speed: 3.9 GHz No of Cores: 2 Typical TDP: 65 W
AMD A10-Series APU A10-7850K Socket FM2+	AMD A10-7850K APU Class: Desktop Socket: FM2+ Clockspeed: 3.7 GHz Turbo Speed: 4.0 GHz No of Cores: 4 (in 2 physical modules) Typical TDP: 95 W

What We Considered When Looking For The Best FM2+ Processor

How can you look through pages and pages of listing for the fastest FM2+ CPU and actually be able to make a choice? First you need to pick out the things that really matter. Manufacturers will advertise things are exceptional and stand out when they are really standard on most processors. There are a few things that aren’t standard (that really should be) that we looked for when making our list.

1. The first thing we looked for is the socket type. Good socket types will make for a smooth and fast process of the desktop, which will greatly improve your experience. For this, we are looking for FM2+ or Richland FM2 sockets.
2. Graphics obviously matter when it comes to your gaming experience, so you need a CPU brand that offers integrated graphics for high-motion standard. If they don’t, we overlooked them.
3. Does the CPU offer multi-tasking? Of course, you will have to limit what you do, especially when gaming, but it is rare that it is the only thing that you do. For the best performance, look for anywhere between two and four cores and threads.
4. Of course, price is one of the ultimate deciding factors when you are choosing a CPU for your computer. You want to pick a CPU for FM2+ that will balance price and quality. However, we would like to advise that if there is one place on your computer to splurge, this might be.

Keeping all of that information in mind, we found these four as the best FM2+ CPUs that you can get on the market today. We’ve broken down some of the most important facts about them.

1. AMD A8-6600K APU

• Model: Quad-Core AMD A-Series APU Processor Model A8-6600K
• Core Count: 4
• Max Turbo Frequency: 4.2 GHz
• L2 Cache: 4 MB
• Integrated Graphics: Radeon HD 8570D GPU Socket: Socket FM2

Review:

AMD’s A8-6600K APU (Accelerated Processing Unit) is a fantastic option for anyone who is looking for a good piece of technology. You will get some of the best graphics in the industry, but there are a few things that you will need to pay attention to if you make the decision to buy this one.

This will give you a boost when you are playing with Dual Graphics on most titles. However, you may have to slow everything down over time to really get the performance that you want.

Some people may suggest that you are better off getting a CPU that doesn’t have graphics embedded, which will save you money. However, it is up to you.

The chip is produced ​​in a 32nm process, and it integrates two modules with four CPU cores clocked at 3.9 to 4.2 GHz. The 6600K has a Radeon HD 8570D graphics unit and a DDR3-1866 memory controller. The unlocked multiplier can be overclocked extremely easily, making it better for those who are just starting out and don’t want to take too many risks. You may have to personalize for some smaller optimizations, particularly if you want to go into Turbo mode.

The CPU cores are built on Piledriver, which is a reworked Bulldozer architecture. This means you can expect some pretty good performance. The CPU performance is the same as some of the older models in this line, which is a good thing. It is perfect for everyday tasks and can even handle some of the most demanding 3D games.

Pairing it with a dedicated graphics card will also help to get some strong performance because the integrated DirectX 11-compatible Radeon HD 8570D offers a mere 256 of the 384 shader cores of the Richland chip and a core clock of 844 MHz without Turbo support.

Pros:

Excellent graphics if you play by the rules; has a power consumption of 100 Watts

Cons:

It is a bit more expensive than some other models; The Dual Graphics trick doesn’t work with all games; can be a little tricky to find

2. AMD Athlon X4 870K Black Edition

• AMD Athlon X4 870K
• Class: Desktop
• Socket: FM2+
• Clockspeed: 3.9 GHz
• Turbo Speed: 4.1 GHz
• No of Cores: 4 (in 2 physical modules)
• Typical TDP: 95 W

Review:

The AMD Athlon X4 870K comes with a user manual that you can use, an AMD Athlon sticker, and the chip and box. You are able to overclock with this CPU, but you want to be sure that you have adequate cooling in place as it can get quite heated.

This CPU supports FM2+ sockets and has four physical and four logical cores. It has a CPU that supports DDR3 RAM with a max frequency of 2133 MHz, and second level 4 MB cache. If you are using this CPU to game with 3D graphics, it certainly has the ability to process them.

From a gaming perspective, you need the CPU to be strong and this one certainly is strong. It is slightly faster than some of the other processors within its category and it has the potential to overclock. Since this one is somewhat of a budget option, you would be hard pressed to find another option in this price range that is this good. It does have some higher consumption than other CPUs in this line.

Pros:

Good budget-friendly option; is good enough for most people who are gaming; FM2 and FM2+ socket compatibility; you can use this one to overclock; increase base frequency in comparison to other CPUs in this price range.

Cons:

It does have a high consumption rate; can be extremely noisy when it gets to be too hot.

3. AMD A6-6400K Richland 3.9GHz Socket FM2 65W

• Class: Desktop
• Socket: FM2
• Clockspeed: 3. 9 GHz
• Turbo Speed: 4.1 GHz
• No of Cores: 2 (in 1 physical modules)
• Typical TDP: 65 W

Review:

If you are looking for a 2-core desktop processor, the AMD A6-6400K should be one of the first considerations that you make. It is part of the A6 lineup and uses the Richland architecture with Socket FM2. It has 1MB of L2 cache and, while it can be boosted up to 4.1 GHz, it typically runs at 3.9 GHz.

Of course, this will depend on the workload and, somewhat mysteriously, the type of work that is being done. Currently, it has a 32 nm production node using 1,178 million transistors. However, you can adjust this an unlock the multiplier on the CPU, which makes overclocking simplistic.

If you need to adjust the overclocking frequency, you will be able to do so with relative ease. One thing that really impressed us is the power consumption levels that are akin to a modern PC. It supports a DDR3 memory interface as well as a dual-channel interface. Overall, you will get good machine performance out of this FM2+ CPU.

Pros:

Budget friendly option that maximizes value for the price point; is good enough for most people who are gaming – even those who use 3D graphics; FM2 and FM2+ socket compatibility; you will have the ability to adjust the overclocking frequency; generally a good, even performance that you will not have to adjust frequently

Cons:

There are some concerns that this one will not age as well as it should, but there is no proof that this is the case.

4. AMD AD740KYBJABOX A6-7400K Dual-Core 3.5 GHz Socket FM2+

• Class: Desktop
• Socket: FM2+
• Clockspeed: 3.5 GHz
• Turbo Speed: 3.9 GHz
• No of Cores: 2
• Typical TDP: 65 W

Review:

The AMD AD740KYBJABOX A6-7400K is a good CPU for gaming PCs. When you pair it with a graphics card, your games will run smoothly and you will get the most out of your graphics. This one has 2 cores, 2 threads, and has the ability to run at around 3.5 GHz. It works with some of the most popular games and keeps them running at premium speed.

While this CPU doesn’t quite stand up to some of the other options on this list, it is a good option if you really need to stay on budget. One thing that makes it appealing is that it will perform better if you are able to use a good motherboard and other parts to keep it operating at its maximum ability. However, some users have reported that it gets “lazy” overtime and you will see a dramatic slowdown of your gaming experience.

Pros:

Extremely competitive pricing; has some good graphics cards; can be souped up a bit with other parts

Cons:

It seems like it degrades in quality quickly; may not be worth some of the hassle

5. AMD A10-Series APU A10-7850K Socket FM2+ (AD785KXBJABOX)

• AMD A10-7850K APU
• Class: Desktop
• Socket: FM2+
• Clockspeed: 3. 7 GHz
• Turbo Speed: 4.0 GHz
• No of Cores: 4 (in 2 physical modules)
• Typical TDP: 95 W

Review:

If you pay attention to markets, you know that AMD’s CPUs have been fighting a battle against some of its bigger name competitors. As such, it has had to play catchup. Compared to some of its older efforts, this CPU is a bit of a revelation. If you are a graphics junky and you play a lot of games with heavy graphics, it should be a good match.

However, there are some games where it does seem to struggle, especially those games with 4D graphics. Often, it seemed that when the game first started, the CPU struggled to keep up but as you played more, it was able to perform. This is a strange phenomenon and may just require more loading before you sit down to seriously play.

Pros:

Extremely easy to overclock; affordable; good graphics in games

Cons:

Seems to be a bit slower than competitors; more demanding titles struggle

Hopefully one of the FM2+ CPUs mentioned above will be the perfect fit for your gaming system. While this is one of the more important choices that you will make as you build your computer, it isn’t something to stress over that much. Even by reading this article, you have done more research than some people will do. Good luck on your build and we will see you out there!

all AMD processors on socket FM2+ (A10, A8, A6, A4, Athlon) — specifications, prices socket FM2+ — FXeon.ru

05/31/2020 Fxeon Processors

All FM2+ processors. This page contains: current prices and specifications for all AMD socket FM2+ processors. The FM2+ connector has replaced the FM2 socket.

FM2+ connector is represented by processors:

• Athlon (2-4 cores)
• A10 (4 cores, integrated graphics)
• A8 (4 cores, integrated graphics)
• A6 (2 nuclei, built-in graphics)
• A4 (2 nuclei, built-in graphics)

processor

PAMSH

PAMSHI

95 W.

95 W

95 W

28 NM

9005

	Frequency	Process technology	Memory support	Code name
A10- 7890K		4	4. 1(4.3) GHz	R7 866MHz	4MB	95W	28nm	DDR3-2133	Godavari
Athlon X4 880K	6
A10- 7870K	4 874 RUB	4	3.9(4.1) GHz0052 4MB	95W	28nm	DDR3-2133	Godavari
Athlon X4 870K	1 815 ₽	4	3.9 (4.1) GHC	4 MB	28 NM	DDR.2133	, DDR-2133
A10- 7850K	3 709 ₽	4	3.7 (4) GHz	R7 757 MHz	4 MB	95 W	28 nm	DDR3-2133	Kaveri
Athlon X4 860K	1 050 ₽	4	3.7 (4) GHC	4 MB	952 28 nm	4555455455455455455555555555555555555555555555555555555555555555555555555555555555555555555545555
A10-8750/ A10 PRO-8750B	3 181 ₽	4	3. 6 (4) GHC	R7 757 MHz	65 W. -2133	Godavari
A10-7860K/ A10 PRO-7850B	3 778 ₽	4	3.6 (4) GHC	R7 757 MHz	VT 28 Nm Nm Nm Nm Nm Nm -2133	Godavari
FX-770K	1 297 ₽	4	3.5 (3.9) GHC	NO	4 MB	65 W	Nm	DDR3 9002 DDR3 9002 KAVERI
A10-7800/ A10 PRO-7800B	3 217 ₽	4	3.5 (3.9) GHz	R7 720 MHz	4 MB	65 W	28 NM	DDR3 -2133	Kaveri
A8- 7680	3 499 ₽	4	3.5 (3.8) GHz	R7 1029 MHz	2 MB	28 Nm	DDR3-23	Carrizo
Athlon x4 845	3 168 ₽	4	3.5 (3.8) GHC	no	4 MB	28 Nm	DDR3-2133	Carrizo
A10- 7700K	3 181 ₽	4	3. 4 (3.8) GHz	R7 720 MHz	4 MB	28 Nm	DDR-23	Kaveri
A8-8650/ A8 PRO-8650B	2 329 ₽	4	3.2 (3.8) GHz	R7 757 MHz	4 MB	65 W	28 Nm	DDR3-2133	GODAVARI
Athlon X4 840	827 ₽	4	3.1 (3.8) GHC	4 MB	28 Nm	DDRI
A8- 7690K	?	4	3.7 GHz	R7 757MHz	4MB	95W	28nm	DDR3	Godavari
A8- 7670K	3 180 ₽	4	3.6 (3.9) GHz	R7 758 MHz	4 MB	VT	28 28 Nm 9005-23	Godavari
A8- 7650K	0054	95W	28nm	DDR3-2133	Kaveri
Athlon X4 850	1 360 ₽	4	3. 2 GHz	NO	4 MB	65 W	DDR3-2133	GODARI	GODARI 900VARI 900VARI 900VARI 900VARI 900VARI 900VARI 900VARI	DDR3-213333
A8-7600/ A8 PRO-7600B	2 536 ₽	4	3.1 (3.8) GHC	R7 757 MHz	4 MB		65 VT 900 Nm	DDR3-2133	Kaveri
Athlon x4 835	?	4	3.1GHz	N/A	4MB	65W	28nm	DDR3	4
Athlon X4 830	796 ₽	4	3 (3.4) GHz	no	4 MB	WT	28 Nm	DDR3 9005 2
A8- 7500	1 908 ₽	4	3 GHz	R7	4 MB	65 W	28 Nm	DDR3-2133	KAVERI
A6- 7470K	?	2	3.7 (4) GHC	R5 800 MHz	1 MB	65 W	DDR3-2133	Godavari
A6-8550/ A6 PRO-8550B		2	3. 7(4) GHz	R5 800 MHz	1MB	65 W	28nm	DDR3a-2104 9005 God3
A6-7400K/ A6 PRO-7400B	1 500 ₽	2	3.5 (3.9) GHC	R5 800 MHz	65 VT	DDR3-1866	Kaveri
A4- 8350(B)	)GHz	R5 757MHz	1MB	65W	28nm	DDR3-1866	Godavari
Athlon X2 450	979 ₽	2	3.5 (3.9) GHz	no	1 MB	28 nm	DDR3 9005 900
A6- 7480	0052 1MB	65W	28nm	DDR3-1866	Carrizo
A4 Pro- 7350B	1 033 ₽	2	3.4 (3.8) GHC	R5 515 MHz	1 MB	65 W	28 28 Nm 9005	Kaveri

FM2+AMD

processors

AMD Socket FM2 Processor Table List

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Category: AMD Desktop Processor Table Lists
Tags: #AMD_FM2, #FM2, #processors_FM2, #socket_FM2, #list_of_processors_amd_fm2, #table_of_processors_amd_fm2

• Description
• Reviews (0)

AMD processors for socket FM2 represented an excellent price/performance ratio. Models starting with the letter «A» are hybrid and carry an integrated video core. Older models are still able to play games up to 2017 without a separate video card.
The FM2 platform replaced Socket FM1 in 2012 and was replaced by AMD Socket FM2+ in 2014.

CPUMark — CPU performance rating in points. It can be used to roughly compare the capabilities of different models. The rating is the same for all generations of AMD and Intel processors.

Full list of Socket FM2 processors by performance rating:

nine0052 Cache_L2/3 CPUMark

nine0052 3. 7/4.3Ghz

nine0052 3.4/3.9Ghz

nine0052 DDR3 1866

Model	Process family	Cores/Threads	Frequency /Turbo	Memory	Video core	TDW Price
A10-6800K	Richland (32nm)	4/4	4.1/4.4Ghz	4Mb/— 3167	DDR3 1866	HD8670D	100W from 3200r
A10-6700	Richland (32nm)	4/4	4Mb/— 3080	DDR3 1866	HD8670D	65W from 3300r
A10-6790K	Richland (32nm)	4/4	4.0/4.3Ghz	4Mb/— 2963	DDR3 1866	HD8670D	100W from 3400r
A8-6600K	Richland (32nm)	4/4	3.9/4.2Ghz	4Mb/— 2957	DDR3 1866	HD8570D	100W from 1500r
Athlon X4_760K	Trinity (32nm)	4/4	3.8/4.1Ghz	4Mb/— 2947	DDR3 1866	—-	100W from 750r
A10-5800K	Trinity (32nm)	4/4	3.8/4.2Ghz	4Mb/— 2914	DDR3 1866	HD7660D	100W from 2200r
FX-670K	Richland (32nm)	4/4	3. 7/4.3Ghz	4Mb/— 2897	DDR3 1866	—-	65W
A10-5800B	Trinity (32nm)	4/4	3.8/4.2Ghz	4Mb/— 2897	DDR3 1866	HD7660D	100W from 2200r
A8-6500B	Richland (32nm)	4/4	3.5/4.1Ghz	4Mb/— 2857	DDR3 1866	HD8570D	65W from 3450r
A10-6800B	Richland (32nm)	4/4	4.1/4.4Ghz	4Mb/— 2824	DDR3 1866	HD8670D	100W from 5600r
Athlon X4-750K	Trinity (32nm)	4/4	3.4/4.0Ghz	4Mb/— 2792	DDR3 1866	—-	100W ot850r
A8-6500	Richland (32nm)	4/4	3. 5/4.1Ghz	4Mb/— 2791	DDR3 1866	HD8570D	65W from 1800r
A8-5600K	Trinity (32nm)	4/4	3.6/3.9Ghz	4Mb/— 2761	DDR3 1866	HD7560D	100W from 1300r
A10-5700	Trinity (32nm)	4/4	3.4/4.0Ghz	4Mb/— 2742	DDR3 1866	HD7660D	65W from 2400r
Athlon X4-740	Trinity (32nm)	4/4	3.2/3.7Ghz	4Mb/— 2680	DDR3 1866	—-	100W ot850r
A8-5500B	Trinity (32nm)	4/4	3.2/3.7Ghz	4Mb/— 2663	DDR3 1866	HD7560D	65W
A8-5500	Trinity (32nm)	4/4	3. 2/3.7Ghz	4Mb/— 2580	DDR3 1866	HD7560D	65W
A10-6700T	Richland (32nm)	4/4	2.5/3.5Ghz	4Mb/— 2311	DDR3 1866	HD8670D	45W
Athlon X4-750	Trinity (32nm)	4/4	4Mb/— 1986	DDR3 1866	—-	100W
A8-6500T	Richland (32nm)	4/4	2.1/3.1Ghz	4Mb/— 1816	DDR3 1866	HD8570D	45W
A6-6400B	Richland (32nm)	2/2	3.9/4.1Ghz	1Mb/— 1616	HD8470D	65W
A4-6320	Richland (32nm)	2/2	3.8/4.0Ghz	1Mb/— 1563	DDR3 1600	HD8370D	65W
A6-6420B	Richland (32nm)	2/2	3. 9/4.1Ghz	1Mb/— 1550	DDR3 1866	HD8470D	65W
A6-6420K	Richland (32nm)	2/2	4.0/4.2Ghz	1Mb/— 1538	DDR3 1866	HD8470D	65W
Athlon X2-370K	Richland (32nm)	2/2	4.0/4.2Ghz	1Mb/— 1504	DDR3 1866	—-	65W
A4-7300	Richland (32nm)	2/2	3.8/4.0Ghz	1Mb/— 1496	DDR3 1600	HD8470D	65W
A4-7300B	Richland (32nm)	2/2	3.8/4.0Ghz	1Mb/— 1481	DDR3 1600	HD8470D	65W
A6-6400K	Richland (32nm)	2/2	3.9/4.1Ghz	1Mb/— 1442	DDR3 1866	HD8470D	65W
A6-5400B	Trinity (32nm)	2/2	3. 6/3.8Ghz	1Mb/— 1428	DDR3 1866	HD7540D	65W
A4-6300	Richland (32nm)	2/2	3.7/3.9Ghz	1Mb/— 1413	DDR3 1600	HD8370D	65W
A4-5300	Trinity (32nm)	2/2	3.7/3.9Ghz	1Mb/— 1331	DDR3 1600	HD7480D	65W
A4-6300B	Richland (32nm)	2/2	3.7/3.9Ghz	1Mb/— 1328	DDR3 1600	HD8370D	65W
Athlon X2-340	Trinity (32nm)	2/2	3.2/3.6Ghz	1Mb/— 1319	DDR3 1600	—-	65W
A4-5300B	Trinity (32nm)	2/2	3.4/3.6Ghz	1Mb/— 1249	DDR3 1600	HD7480D	65W
A6-5400K	Trinity (32nm)	2/2	3. 6/3.8Ghz	1Mb/— 1246	DDR3 1866	HD7540D	65W
A4-4020	Richland (32nm)	2/2	3.0/3.2Ghz	1Mb/— 1214	DDR3 1333	HD7480D	65W
A4-4000	Richland (32nm)	2/2	3.0/3.2Ghz	1Mb/— 1175	DDR3 1333	HD7480D	65W
Semtron X2-240	Trinity (32nm)	2/2	2.9/3.3Ghz	1Mb/— 902	DDR3 1600	—-	65W

Which motherboards are compatible with:

AMD Trinity and Richland series processors are compatible with motherboards equipped with Socket FM2(905 pin) built on AMD A55, AMD A75, AMD A85X chipsets (logic sets) and motherboards equipped with Socket FM2+(906 pin), built on chipsets (logic sets) AMD A58, AMD A68H, AMD A78, AMD A88X. Moreover, there is no backward compatibility of platforms and FM2 + processors are not physically compatible with the FM2 socket.

History of the Socket FM2 platform

The Socket FM2 platform was introduced by Advanced Micro Devices in 2012, one year after the release of FM1. The new and old socket were not compatible: they had a different number and arrangement of pins (FM2 received a PGA 905 connector, while FM1 used PGA 904). The main difference between the FM2 platform and its predecessor was the promising families of processors built on the latest Piledriver architecture and equipped with more powerful graphics processors. The presented CPUs turned out to be much faster than the FM1 solutions in terms of computing due to the appearance of Turbo — frequencies (the Socket FM1 processors did not have them), which in older models reached 4.2 — 4.4 GHz. At the same time, the heat pack of the chips remained the same: as before, it did not go beyond 100W.
In total, AMD introduced two generations of processors for the FM2 socket — Trinity (2012) and Richland (2013). The computing part of both families was very similar, and the main difference was in the graphics component: Trinity CPUs were equipped with Radeon HD7 ** 0D video cores, and Trinity CPUs were equipped with more advanced Radeon HD 8 ** 0D video cores. nine0026 For their time, both families of hybrid processors (APUs) offered impressive integrated graphics capabilities: older models, even without a discrete graphics card, could handle such powerful games as GTA V and Tomb Raider 2013 and run simpler CS, Dota, etc. without problems.
The maximum number of cores for both generations of APUs was no more than four. According to rumors, AMD considered the possibility of launching more powerful eight, ten and even sixteen-core models (engineering samples in the server layout were already ready and they could well be adapted to the FM2 socket), but this idea was abandoned for unknown reasons.