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The AMD Ryzen Price Cut Details Revealed!

The 2018 AMD Ryzen Price Cut Guide!

When AMD launched the Ryzen 5 2400G and Ryzen 3 2200G desktop APUs, they also announced price cuts for their existing ThreadripperRyzen 7, Ryzen 5 and Ryzen 3 processors. In June 2018, they announced even lower prices. Check out the AMD Ryzen price cut details below!

Updated @ 2018-06-20 : Added the new AMD Ryzen price cut list, after the abolition of the 6% GST.

Updated @ 2018-03-23 : Added the AMD Ryzen price cut list in the US, and a comparison of that price list against the price cuts in Malaysia.

Originally posted @ 2018-02-13

 

The 2018 AMD Ryzen Price Cut Details

The original Ryzen price cut list was sparse, so we added prices in USD (after conversion), the price difference, and even the prices of the new Ryzen 5 2400G and Ryzen 3 2200G desktop APUs.

In the latest version, we added the new Ryzen price list after the abolition of the 6% GST. We also added the 2nd Gen Ryzen processor prices. Some have called this a price cut, but it’s not. The prices are just lower because there’s no longer a 6% tax,

Recommended Retail Price in Malaysia
Launch Price
(with GST)
1 February 2018
(with GST)
1 June 2018
(no GST)
Difference
(with GST)
Difference
(no GST)
AMD Ryzen Threadripper 1950X RM 4,799
~$1,216
RM 4,699
~$1,190
RM 4,433
~$1,108
RM 100
~$25
RM 366
~$92
AMD Ryzen Threadripper 1920X RM 3,899
~$988
RM 3,799
~$963
RM 3,584
~$896
RM 100
~$25
RM 315
~$79
AMD Ryzen Threadripper 1900X RM 2,899
~$734
RM 2,299
~$582
RM 2,169
~$542
RM 600
~$152
RM 730
~$183
AMD Ryzen 7 1800X RM 2,599
~$658
RM 1,699
~$430
RM 1,600
~$400
RM 900
~$228
RM 999
~$250
AMD Ryzen 7 2700X RM 1,559
~$390
Launched in April RM 1,470
~$368
RM 89 / ~$22
AMD Ryzen 7 1700X RM 1,899
~$481
RM 1,499
~$380
RM 1,414
~$354
RM 400
~$101
RM 485
~$121
AMD Ryzen 7 2700 RM 1,429
~$357
Launched in April RM 1,348
~$337
RM 81
~$20
AMD Ryzen 7 1700 RM 1,599
~$405
RM 1,399
~$354
RM 1,319
~$330
RM 200
~$51
RM 280
~$70
AMD Ryzen 5 2600X RM 1,059
~$265
Launched in April RM 999
~$368
RM 60
~$15
AMD Ryzen 5 1600X RM 1,199
~$304
RM 999
~$253
RM 943
~$236
RM 200
~$51
RM 256
~$64
AMD Ryzen 5 2600 RM 899
~$225
Launched in April RM 848
~$212
RM 51
~$13
AMD Ryzen 5 1600 RM 1,039
~$263
RM 859
~$218
RM 810
~$203
RM 180
~$46
RM 229
~$57
AMD Ryzen 5 1500X RM 899
~$228
RM 799
~$202
RM 753
~$188
RM 100
~$25
RM 146
~$37
AMD Ryzen 5 2400G RM 759
~$192
Launched in Feb RM 716
~$179
RM 43
~$11
AMD Ryzen 5 1400 RM 819
~$208
RM 739
~$187
RM 697
~$174
RM 80
~$20
RM 122
~$31
AMD Ryzen 3 1300X RM 599
~$152
RM 579
~$147
RM 547
~$137
RM 20
~$5
RM 52
~$13
AMD Ryzen 3 2200G RM 479
~$121
Launched in Feb RM 452
~$113
RM 27
~$7
AMD Ryzen 3 1200 RM 519
~$131
RM 459
~$116
RM 433
~$108
RM 60
~$15
RM 66
~$17

The 2018 AMD Ryzen price cut list showed price cuts across every Ryzen model. The biggest discount was a massive RM 900 / ~$228 discount on the AMD Ryzen 7 1800X. The least was a paltry RM 20 / ~$5 discount on the AMD Ryzen 3 1300X.

If you read our AMD Ryzen 3 2200G Review, you may have noticed that it is supposed to be $10 / ~RM 39 cheaper than the Ryzen 3 1200. Yet, AMD is pricing it ABOVE the Ryzen 3 1200 here in Malaysia.

Unfortunately, there was no further price cuts after the launch of the 2nd Gen Ryzen processors.

 

The 2018 AMD Ryzen Price Cut In The US

Here was the AMD Ryzen price cut list announced for the United States. If you compare how the Ryzen price cut list in Malaysia compares to the Ryzen price cut list in the US, you can see some differences.

US Recommended Retail Price
(without taxes)
Launch Price New Price
(1 Feb 2018)
Difference
AMD Ryzen Threadripper 1950X $999 $999 No Change
AMD Ryzen Threadripper 1920X $799 $799 No Change
AMD Ryzen Threadripper 1900X $549 $449 – $100
AMD Ryzen 7 1800X $449 $349 – $100
AMD Ryzen 7 1700X $399 $309 – $90
AMD Ryzen 7 1700 $329 $299 – $30
AMD Ryzen 5 1600X $249 $219 – $30
AMD Ryzen 5 1600 $219 $189 – $30
AMD Ryzen 5 1500X $189 $174 – $15
AMD Ryzen 5 2400G $169
AMD Ryzen 5 1400 $169 $169 No Change
AMD Ryzen 3 1300X $129 $129 No Change
AMD Ryzen 3 1200 $109 $109 No Change
AMD Ryzen 3 2200G $99

Generally, prices in Malaysia are 13-15% higher without the 6% GST, but every single Ryzen model received some kind of discount.

On the other hand, the Ryzen Threadripper 1950X and 1920X processors, or the Ryzen 5 1400Ryzen 3 1300X and Ryzen 3 1200 processors were not discounted in the US.

Also, AMD positioned (and priced) the Ryzen 3 1300X CPU above Ryzen 3 2200G in the US, while the opposite is true in Malaysia. On the other hand, the Ryzen 5 2400G is slightly more expensive than the Ryzen 5 1400 CPU in Malaysia.

The latest June 2018 AMD Ryzen price list also show that the Ryzen 5 1400 and Ryzen 3 1200 have not been phased out. They were supposed to be replaced by the Ryzen 5 2400G and Ryzen 3 2200G desktop APUs. But it looks like, AMD will continue to sell them, alongside the new Ryzen desktop APUs.

 

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2nd Gen Ryzen @ Ryzen 2 – Everything You Need To Know!

AMD launched the Ryzen 7 processors in March 2017. Just over a year later, they finally launched the 2nd Gen Ryzen desktop processors, codenamed Pinnacle Ridge, and popularly known as Ryzen 2.

Here is everything you need to know about 2nd Gen Ryzen processors – key features, specifications, price and performance! As always, we will keep updating the article when new information comes to light.

 

2nd Gen Ryzen @ Ryzen 2

Colloquially known as Ryzen 2, the 2nd Gen Ryzen desktop processors promise even to deliver even better price-performance value than their award-winning Ryzen brethren. But calling the actual models Ryzen 2 is confusing, because the Ryzen family is split into three numerically-named lines – Ryzen 7, Ryzen 5 and Ryzen 3.

Officially, they should be known as the 2nd Gen Ryzen processors, or the AMD Ryzen 2000 Series, like so :

[adrotate group=”2″]
  • AMD Ryzen 7 2000 Series
  • AMD Ryzen 5 2000 Series
  • AMD Ryzen 3 2000 Series

Even so, many people still insist on calling them the Ryzen 2 processors…

 

AMD Raven Ridge

The first AMD Ryzen 2 processors already hit the market on 12 February 2018. The AMD Ryzen 2000G Series, codenamed Raven Ridge, is considered to be part of the Ryzen 2000 series, even though they are based on the original Zen microarchitecture.

They are Accelerated Processing Units (APUs) – essentially Ryzen CPUs with integrated Vega graphics. You can read more about them in our articles :

 

AMD Pinnacle Ridge

The true 2nd Gen Ryzen desktop processors are codenamed Pinnacle Ridge. They are based on the Zen+ microarchitecture, and fabricated using the 12LP process technology. Here are the first four 2nd Gen Ryzen processors :

  • AMD Ryzen 7 2700X – 8C / 16T, 20 MB cache, 3.7 GHz / 4.3 GHz
  • AMD Ryzen 7 2700 – 8C / 16T, 20 MB cache, 3.2 GHz / 4.1 GHz
  • AMD Ryzen 5 2600X – 6C / 12T, 19 MB cache, 3.6 GHz / 4.2 GHz
  • AMD Ryzen 5 2600 – 6C / 12T, 19 MB cache, 3.4 GHz / 3.9 GHz

Existing AMD 300-series motherboards will support the new 2nd Gen Ryzen “Pinnacle Ridge” processors with a BIOS update, which should be available starting March 2018.

 

The AMD Ryzen 2000 Series Stack

According to the current AMD Ryzen 2000 Series Stack, the AMD Ryzen 7 2700X replaces both the Ryzen 7 1700X and Ryzen 7 1800X.

2nd Gen Ryzen @ Ryzen 2 Specifications

Here are the specifications of the six AMD Ryzen 2000 series processors – four 2nd Gen Ryzen “Pinnacle Ridge” processors, and two Raven Ridge APUs.

SpecificationsRyzen 7 2700XRyzen 7 2700Ryzen 5 2600XRyzen 5 2600Ryzen 5 2400GRyzen 3 2200G
Code NamePinnacle RidgePinnacle RidgePinnacle RidgePinnacle RidgeRaven RidgeRaven Ridge
SocketAM4AM4AM4AM4AM4AM4
Process Technology12 nm FinFET12 nm FinFET12 nm FinFET12 nm FinFET14 nm FinFET14 nm FinFET
Cores / Threads8 / 168 / 166 / 126 / 124 / 84 / 4
Base Clock3.7 GHz3.2 GHz3.6 GHz3.4 GHz3.60 GHz3.50 GHz
Boost Clock4.3 GHz4.1 GHz4.2 GHz3.9 GHz3.90 GHz3.70 GHz
L2 Cache4 MB4 MB3 MB3 MB2 MB2 MB
L3 Cache16 MB16 MB16 MB16 MB4 MB4 MB
Integrated GPUNoneNoneNoneNoneRadeon RX Vega 11Radeon Vega 8
PCIe Lanes1616161688
Max. DDR4 SpeedDDR4-2933DDR4-2933DDR4-2933DDR4-2933DDR4-2933DDR4-2933
TDP105 W65 W95 W65 W65 W65 W
Bundled CoolerWraith PrismWraith Spire (LED)Wraith SpireWraith StealthWraith StealthWraith Stealth
Launch PriceUS$ 329US$ 299US$ 229US$ 199US$ 169US$ 99

 

2nd Gen Ryzen Price & Availability

The 2nd Gen Ryzen @ Ryzen 2 processors are available for sale beginning 19 April 2018, at the following price points :


Will the first generation Ryzen (Summit Ridge) processors get a price cut when the 2nd Gen Ryzen begins shipping? Find out in our article – Cheaper Ryzen CPUs When Ryzen 2 Launches?

Next Page > 2nd Gen Ryzen @ Ryzen 2 Key Features Part 1

 

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2nd Gen Ryzen @ Ryzen 2 Key Features Part 1

The AMD Ryzen 2 processors are based on an improved Zen microarchitecture, what AMD calls the Zen+ microarchitecture. Let’s take a closer look at what’s new with the 2nd Gen Ryzen processors!

2nd Gen Ryzen @ Ryzen 2 Tech Briefings

This time, we have not one, but TWO, tech briefings on the 2nd Gen Ryzen processors. This one was recorded at the March preview event in Bangkok, featuring Kevin Lensing (AMD Corporate Vice President and General Manager, Client Business Unit) and James Prior (AMD Senior Product Manager).

And here is an online tech briefing by Robert Hallock, AMD Head of Global Technical Marketing.

AMD Zen+ Microarchitecture

The 2nd Gen Ryzen processors are based on the improved AMD Zen+ microarchitecture, which delivers slightly better performance, with lower cache and memory latencies :

  • 3% more 1T IPC (instructions per second)
  • 13% lower L1 cache latency
  • 34% lower L2 cache latency
  • 16% lower L3 cache latency
  • 11% lower memory latency
  • Official support for JEDEC DDR4-2933

12LP Process Technology

The 2nd Gen Ryzen processors are fabricated using the 12LP (12 nm Leading Performance) process technology from GlobalFoundries.

[adrotate group=”2″]

This is really a 14 nm process, with improvements and a tighter pitch, so the die size and transistor count remain the same. However, the improved process allows for these improvements :

  • top clock speed increased by 250 MHz
  • “all core” now overclock around 4.2 GHz
  • CPU voltage is reduced by about 50 mV at all clock speeds
  • up to 11% lower power consumption, compared to 14 nm
  • up to 16% better performance per watt, compared to 14 nm

Precision Boost 2

Precision Boost 2 is one of the biggest improvements in AMD SenseMI. It replaces the old 2-core boost model, with a linear boost model. This allows for much greater performance for games and applications that use more than 2 cores.

Precision Boost Overdrive

James Prior revealed that AMD will introduce a feature called Precision Boost Overdrive in the future. The motherboard will be able to communicate its actual capabilities to the 2nd Gen Ryzen processor, allowing for better boost profiles and a relaxed vcore limiter with better motherboards.

Extended Frequency Range 2 (XFR 2)

XFR 2 boosts the 2nd Gen Ryzen processor’s performance by 4-7%, depending on the performance of the installed CPU cooler.

Next Page > 2nd Gen Ryzen @ Ryzen 2 Key Features Part 2

 

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2nd Gen Ryzen @ Ryzen 2 Key Features Part 2

Soldered IHS

All 2nd Gen Ryzen processors will feature soldered heatspreaders, using premium indium alloy solder. This allows die temperatures to be reduced by 10°C.

Multiplier Unlocked

Like its predecessor, the 2nd Gen Ryzen processors are all multiplier unlocked, so you have full flexibility in overclocking them. Fun fact : The entry-level A320 chipset, which doesn’t allow CPU overclocking, will still allow you to overclock the DDR4 memory.

New Wraith Prism Cooler

The AMD Ryzen 7 2700X (Price Check) now comes with the new Wraith Prism cooler, which is basically the Wraith Max with a “swirling vortex of colour“. The heatsink fin profile was reshaped to allow for better compatibility with smaller motherboards.

The heatsink was also improved with direct contact heat pipes. The fan is also quieter at just 37 dBA, although there is a switch that allows the fan to be overclocked.

AMD 400-Series Chipsets

AMD announced the AMD X470 chipset to complement the new 2nd Gen Ryzen processors. Eventually, they will also release the B450 chipset in mid-2018. However, this does not mean you need to pair the 2nd Gen Ryzen processors with an AMD X470 motherboard.

The 2nd Gen Ryzen processors are drop-in compatible with AMD 300-Series motherboards, with one caveat – they must have an updated BIOS. To help you with that, motherboards that have the updated BIOS will come with an AMD Ryzen Desktop 2000 Ready sticker.

The AMD X470 is very similar to the previous-generation X370 chipset. It is an evolutionary upgrade that improves idle power draw, and introduces an improved power infrastructure to help 2nd Gen Ryzen processors achieve higher boost speeds.

The AMD 400-Series chipsets boast better memory routing, better VRM and power layouts, and a lower idle power of less than 2 watts. While the 2nd Gen Ryzen processors will run on the existing AMD 300-series motherboards, an AMD 400-Series motherboard will allow for better overclocking, and a free AMD StoreMI licence.

[adrotate group=”1″]

AMD StoreMI Technology

AMD StoreMI is an OEM version of the Enmotus FuzeDrive Basic. It combines all of your storage drives into a single virtual storage drive. It can even add up to 2 GB of DDR4 memory as a very fast cache to the combined drive.

The software than automatically assigns frequently used data blocks to the fastest storage devices, optimising your storage devices to deliver the best performance possible. This allows you to leverage your much faster SSD and system memory to boost the performance of your HDD drives.

According to AMD’s tests, StoreMI will let you load your games faster by 2.8X, and applications by 9.8X.

Next Page > 2nd Gen Ryzen @ Ryzen 2 Demos + CPUs Up Close!

 

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2nd Gen Ryzen @ Ryzen 2 Demos

We had an early preview of the 2nd Gen Ryzen processors in Bangkok. Here are videos of the previews and demos :

First Look At The AMD Ryzen 7 2700X

This was our first look at the AMD Ryzen 7 2700X (Price Check). AMD ran it on the ASUS ROG Crosshair VII Hero (WIFI) motherboard, with G.SKILL Sniper X DDR4 memory. It was also our first look at the new AMD Wraith Prism cooler, with its RGB LED ring, and illuminated fan blades.

CINEBENCH R15 Demo

The Core i7-8700K (Price Check) on the left, had a score of 1399 cb, while the Ryzen 7 2700X (Price Check) on the right, achieved 1544 cb.

Mega-Tasking Demo

The Core i7-8700K (Price Check) on the left, took 42.1 seconds to complete the mega-tasking demo, while the Ryzen 7 2700X (Price Check) on the right, took 42.6 seconds.

Sami Mäkinen On 2nd Gen Ryzen Overclocking

Extreme overclocker Sami Mäkinen from AMD’s Technical Marketing team showed us how to overclock the 2nd Gen Ryzen processor using the new AMD Ryzen Master 1.3 utility.

[adrotate group=”1″]

 

The AMD Ryzen 7 2700X Up Close!

The AMD Ryzen 7 2700X (Price Check) processor is the top-of-the-line Ryzen 7 model. It has eight Ryzen processor cores, with a 3.7 GHz base clock, and a 4.3 GHz boost clock. It supports SMT (simultaneous multi-threading), and can therefore handle 16 threads simultaneously.

Read our full AMD Ryzen 7 2700X review!

 

The AMD Ryzen 7 2600X Up Close!

The AMD Ryzen 5 2600X (Price Check) processor is the top-of-the-line Ryzen 5 model. It has six Ryzen processor cores, with a 3.6 GHz base clock, and a 4.2 GHz boost clock. It supports SMT (simultaneous multi-threading), and can therefore handle 12 threads simultaneously.

Read our full AMD Ryzen 5 2600X review!

Next Page > How Fast Are 2nd Gen Ryzen @ Ryzen 2 CPUs?

 

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How Fast Is The AMD Ryzen 7 2700X?

Here are AMD’s performance comparisons of the AMD Ryzen 7 2700X (Price Check) against the Intel Core i7-8700K (Price Check), with an NVIDIA GeForce GTX 1080 graphics card.

CPU Performance

1080p Gaming Performance

1440p Gaming Performance

 

How Fast Is The AMD Ryzen 5 2600X?

These slides compare the performance of the AMD Ryzen 5 2600X (Price Check) against the Intel Core i5-8600K.

CPU Performance

1080p Gaming Performance

1440p Gaming Performance

[adrotate group=”1″]

 

SiSoftware Performance Analysis

A detailed performance analysis of the AMD Ryzen 7 2700X and Ryzen 5 2600 processors was leaked before the launch. It compared their performance against the Ryzen 7 1700X and Intel Core i7-6700K processors. For your convenience, here are the leaked performance charts :

For the full detailed SiSoftware analysis, head over to AMD Ryzen 7 2700X and Ryzen 5 2600 Benchmarks Leaked!

Next Page > 2nd Gen Ryzen @ Ryzen 2 Presentation Slides, Suggested Reading

 

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The Complete 2nd Gen Ryzen @ Ryzen 2 Presentation Slides

Here are the fifty (50) 2nd Gen Ryzen @ Ryzen 2 presentation slides for your perusal!

 

Suggested Reading

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The 2nd Gen Ryzen Tech Briefing + Demo In Bangkok

On 27 March 2017, AMD organised an exclusive 2nd Gen Ryzen tech briefing and demo session in Bangkok. Space was extremely limited, so we are most fortunate to attend.

Don’t worry though – we recorded everything, so you can see for yourselves what went on during the 2nd Gen Ryzen tech briefing and demo in Bangkok! ENJOY!

Don’t forget to check out our AMD Ryzen 7 2700X Review and AMD Ryzen 5 2600X Review!

 

The 2nd Gen Ryzen Tech Briefing

Codenamed Pinnacle Ridge, the 2nd Gen Ryzen processors were more popularly (albeit inaccurately) called Ryzen 2. We had earlier shared with you the key features and specifications of the 2nd Gen Ryzen processors, as well as a price comparison.

Now, let’s join Kevin Lensing (AMD Corporate Vice President and General Manager, Client Business Unit) and James Prior (AMD Senior Product Manager) for their 2nd Gen Ryzen tech briefing.

The entire 2nd Gen Ryzen tech briefing runs just over an hour, including the Q&A session. If you are in a rush, here are the key points.

The Ryzen Effect

We posted our article, Thank The Ryzen Effect For Better Intel Processors, right after Intel launched their Coffee Lake processors. AMD pointed out the same thing – the Ryzen Effect forced Intel to introduce more processor cores after 8-10 years of stagnation.

Future Rollout

Here is the AMD product pipeline for 2018 :

  • Q2 2018 : Ryzen PRO Mobile Processor with Radeon Vega Graphics (not the Ryzen Mobile Pro!)
  • 2H 2018 : 2nd Gen Ryzen PRO Processor[adrotate group=”2″]
  • 2H 2018 : 2nd Gen Ryzen Threadripper Processor

Four 2nd Gen Ryzen CPUs

As we already know, there will be four 2nd Gen Ryzen processors :

For a price comparison against the first-generation Ryzen processors, click here!

Performance Vs. Coffee Lake

The AMD Ryzen 7 2700X will come within 5% of the Intel Core i7-8700K in 1080p gaming performance (average of 12 games), while delivering over 20% better content creation performance (average of 5 applications).

Value Vs. Coffee Lake

The AMD Ryzen 7 2700X comes with two additional processor cores, a premium Wraith Prism cooler, but is priced 6% cheaper than the Intel Core i7-8700K.

Next Page > The 2nd Gen Ryzen Tech Briefing (Continued)

 

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The 2nd Gen Ryzen Tech Briefing (Continued)

AMD Zen+ Microarchitecture

The 2nd Gen Ryzen processors are based on the improved AMD Zen+ microarchitecture, which delivers slightly better performance, and lower cache and memory latencies :

  • 3% more 1T IPC (instructions per second)
  • 13% lower L1 cache latency
  • 34% lower L2 cache latency
  • 16% lower L3 cache latency
  • 11% lower memory latency
  • Official support for JEDEC DDR4-2933

12 nm Process Technology

The 2nd Gen Ryzen processors are fabricated using the 12 nm LP (Leading Performance)  process technology from GlobalFoundries. While the die size and transistor count remain the same, the smaller transistors allow :

  • top clock speeds increased by 250 MHz,
  • “all core” now overclock around 4.2 GHz
  • CPU voltage is reduced by about 50 mV at all clock speeds

Precision Boost 2

Precision Boost 2 is one of the biggest improvements in AMD SenseMI. It replaces the old 2-core boost model, with a linear boost model. This allows for much greater performance for games and applications that use more than 2 cores.

Precision Boost Overdrive

James Prior revealed that they will introduce Precision Boost Overdrive in the future. The motherboard will be able to communicate its actual capabilities to the 2nd Gen Ryzen processor, allowing for better boost profiles and a relaxed vcore limiter with better motherboards.

Extended Frequency Range 2 (XFR 2)

XFR 2 boosts the 2nd Gen Ryzen processor’s performance by 4-7%, depending on the performance of the installed CPU cooler.

Soldered IHS

All 2nd Gen Ryzen processors will feature soldered heatspreaders, using premium indium alloy solder. This allows die temperatures to be reduced by 10°C.

Multiplier Unlocked

Like its predecessor, the 2nd Gen Ryzen processors are all multiplier unlocked, so you have full flexibility in overclocking them. Fun fact : The entry-level A320 chipset, which doesn’t allow CPU overclocking, will still allow you to overclock the DDR4 memory.

[adrotate group=”2″]

New Wraith Prism Cooler

The AMD Ryzen 7 2700X now comes with the new Wraith Prism cooler, which is basically the Wraith Max with a “swirling vortex of colour“. The heatsink fin profile was reshaped to allow for better compatibility with smaller motherboards.

The heatsink was also improved with direct contact heat pipes. The fan is also quieter at just 37 dBA, although there is a switch that allows the fan to be overclocked.

Ryzen 2000 Series Stack

According to the current AMD Ryzen 2000 Series Stack, the AMD Ryzen 7 2700X replaces both the Ryzen 7 1700X and Ryzen 7 1800X.

AMD X470

AMD X470 is very similar to the previous-generation X370 chipset. It is an evolutionary upgrade that improves idle power draw, and introduces an improved power infrastructure to help 2nd Gen Ryzen processors achieve higher boost speeds. X470 motherboards will also come with AMD StoreMI Technology.

AMD StoreMI Technology

AMD StoreMI is an OEM version of the Enmotus FuzeDrive Basic. It combines all of your storage drives into a single virtual storage drive. It can even add up to 2 GB of DDR4 memory as a very fast cache to the combined drive.

The software than automatically assigns frequently used data blocks to the fastest storage devices, optimising your storage devices to deliver the best performance possible.

Next Page > 2nd Gen Ryzen – First Look, Performance Demos, Overclocking

 

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First Look At The AMD Ryzen 7 2700X

This was our first look at the AMD Ryzen 7 2700X (Price Check). AMD ran it on the ASUS ROG Crosshair VII Hero (WIFI) motherboard, with G.SKILL Sniper X DDR4 memory. It was also our first look at the new AMD Wraith Prism cooler, with its RGB LED ring, and illuminated fan blades.

 

2nd Gen Ryzen Performance Demos

After the briefing, AMD showed off some benchmarking demos of the AMD Ryzen 7 2700X (Price Check) against the Intel Core i7-8700K (Price Check).

CINEBENCH R15 Demo

The Core i7-8700K (Price Check) on the left, had a score of 1399 cb, while the Ryzen 7 2700X (Price Check) on the right, achieved 1544 cb.

Mega-Tasking Demo

The Core i7-8700K (Price Check) on the left, took 42.1 seconds to complete the mega-tasking demo, while the Ryzen 7 2700X (Price Check) on the right, took 42.6 seconds.

 

Sami Mäkinen On 2nd Gen Ryzen Overclocking

Extreme overclocker Sami Mäkinen from AMD’s Technical Marketing team showed us how to overclock the 2nd Gen Ryzen processor using the new AMD Ryzen Master 1.3 utility.

 

Suggested Reading

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The 2nd Gen Ryzen Price Comparison

We had earlier leaked the specifications and benchmark results of the 2nd Gen Ryzen processors, codenamed Pinnacle Ridge. Now, we can reveal to you the official 2nd Gen Ryzen price list, and our price comparison with other AMD Ryzen CPUs!

 

2nd Gen Ryzen Price Comparison

AMD has officially announced that they will be launching four 2nd Gen Ryzen processors :

For your convenience, we prepared a table to compare the 2nd Gen Ryzen price lists, with the recently discounted prices for the existing AMD Ryzen processors.

As of 13 April 2018 Malaysia SEP
(including 6% GST)
US SEP
(excluding taxes)
AMD Ryzen Threadripper 1950X RM 4,699 / ~$1,190 $999
AMD Ryzen Threadripper 1920X RM 3,799 / ~$963 $799
AMD Ryzen Threadripper 1900X RM 2,299 / ~$582 $449
AMD Ryzen 7 1800X RM 1,699 / ~$430 $349
AMD Ryzen 7 2700X RM 1,559 / ~$400 $329
AMD Ryzen 7 1700X RM 1,499 / ~$380 $309
AMD Ryzen 7 2700 RM 1,429 / ~$366 $299
AMD Ryzen 7 1700 RM 1,399 / ~$354 $299
AMD Ryzen 5 2600X RM 1,059 / ~$272 $229
AMD Ryzen 5 1600X RM 999 / ~$253 $219
AMD Ryzen 5 2600 RM 899 / ~$231 $199
AMD Ryzen 5 1600 RM 859 / ~$218 $189
AMD Ryzen 5 1500X RM 799 / ~$202 $174
AMD Ryzen 5 2400G RM 759 / ~$192 $169
AMD Ryzen 5 1400 RM 739 / ~$187 $169
AMD Ryzen 3 1300X RM 579 / ~$147 $129
AMD Ryzen 3 2200G RM 479 / ~$121 $99
AMD Ryzen 3 1200 RM 459 / ~$116 $109

As you can see, there are some differences in the 2nd Gen Ryzen price list for Malaysia, and the United States.

  • The AMD Ryzen 7 2700 costs the same as the Ryzen 7 1700 in the US, but in Malaysia, it is priced RM 30 (~US$ 12) or about 2% higher.
  • It appears that the AMD Ryzen 7 2700 will directly replace the Ryzen 7 1700 in the US, but both models will continued to exist side-by-side in Malaysia, at least initially.

You can also see that the positioning of the AMD Ryzen 3 2200G versus the Ryzen 3 1200 is different in the US, than it is in Malaysia.

 

2nd Gen Ryzen Availability

The 2nd Gen Ryzen processors will be available for purchase worldwide on 19 April 2018 (9 AM EDT).

Pre-orders for these new processors, though, will kick off today – 13 April 2018 (9 AM EDT). Here are some pre-order links for your convenience :

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Some system builds based on the 2nd Gen Ryzen are also available for pre-order right now :

  • Cyberpower PC Gamer Supreme (Ryzen 7 2700X, GeForce GTX 1080, 32 GB RAM, 240 GB SSD + 2 TB HDD) : $2,289.99

 

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AMD Ryzen 7 2700X and Ryzen 5 2600 Benchmarks Leaked!

SiSoftware was one of the few companies to receive early samples of the 2nd Generation Ryzen processors. They tested both Ryzen 7 2700X and Ryzen 5 2600 processors, and inadvertently leaked their benchmark results and performance findings.

They have since removed their leaked performance evaluation of the Ryzen 7 2700X and Ryzen 5 2600, but the Internet never forgets. So we present to you – the leaked benchmark results and findings of the AMD Ryzen 7 2700X and Ryzen 5 2600 processors!

Note : The SiSoftware team only compared the Ryzen 7 2700X and Ryzen 5 2600 processors against the Ryzen 7 1700X processor, and the Intel Core i7-6700K processor, which is two generations old. Still, it gives us an advanced performance preview of the Ryzen 7 2700X and Ryzen 5 2600 processors.

 

AMD Ryzen 7 2700X and Ryzen 5 2600 CPU Native Performance

by SiSoftware

We are testing native arithmetic, SIMD and cryptography performance using the highest performing instruction sets (AVX2, AVX, etc.). Ryzen supports all modern instruction sets including AVX2, FMA3 and even more like SHA HWA (supported by Intel’s Atom only) but has dropped all AMD’s variations like FMA4 and XOP likely due to low usage.

Results Interpretation: Higher values (GOPS, MB/s, etc.) mean better performance.

Environment: Windows 10 x64, latest AMD and Intel drivers. 2MB “large pages” were enabled and in use. Turbo / Boost was enabled on all configurations.

Dhrystone Integer : Right off Ryzen2 is 8% faster than Ryzen1, let’s hope it does better. Even 2600 beats the i7 easily.

Dhrystone Long : With a 64-bit integer workload – we finally get into gear, Ryzen2 is 12% faster than its old brother.

FP32 (Float) Whetstone : Even in this floating-point test, Ryzen2 is again 12% faster. All AMD CPUs beat the i7 into dust.

FP64 (Double) Whetstone : With FP64 nothing much changes, Ryzen2 is still 11% faster.

From integer workloads in Dhyrstone to floating-point workloads in Whestone, Ryzen2 is about 10% faster than Ryzen 1: this is exactly in line with the speed increase (9-11%) but if you were expecting more you may be a tiny bit disappointed.

Integer (Int32) Multi-Media : In this vectorised AVX2 integer test Ryzen2 starts to pull ahead and is 16% faster than Ryzen1; perhaps some of the arch improvements benefit SIMD vectorised workloads.

Long (Int64) Multi-Media : With a 64-bit AVX2 integer vectorised workload, Ryzen2 drops to just 10% but still in line with speed increase.

Quad-Int (Int128) Multi-Media : This is a tough test using Long integers to emulate Int128 without SIMD; here Ryzen2 drops to just 7% faster than Ryzen1 but still a decent improvement.

Float/FP32 Multi-Media : In this floating-point AVX/FMA vectorised test, Ryzen2 is the standard 11% faster than Ryzen1.

Double/FP64 Multi-Media : Switching to FP64 SIMD code, again Ryzen2 is just the standard 11% faster than Ryzen1.

Quad-Float/FP128 Multi-Media : In this heavy algorithm using FP64 to mantissa extend FP128 but not vectorised – Ryzen2 manages to pull ahead further and is 15% faster.

In vectorised AVX2/FMA code we see a similar story with 10% average improvement (7-15%). It seems the SIMD units are unchanged. In any case the i7 is left in the dust.

Crypto AES-256 : With AES HWA support all CPUs are memory bandwidth bound; as we’re testing Ryzen2 running at the same memory speed/timings there is still a very small improvement of 1%. But its advantage is that the memory controller is rated for 2933Mt/s operation (vs. 2533) thus with faster memory it could run considerably faster.

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Crypto AES-128 : What we saw with AES-256 just repeats with AES-128; Ryzen2 is marginally faster but the improvement is there.

Crypto SHA2-256 : With SHA HWA Ryzen2 similarly powers through hashing tests leaving Intel in the dust; SHA is still memory bound but with just one (1) buffer it has larger headroom. Thus Ryzen2 can use its speed advantage and be 12% faster – impressive.

Crypto SHA1 : Ryzen also accelerates the soon-to-be-defunct SHA1 and here it is even faster – 14% faster than Ryzen1.

Crypto SHA2-512 : SHA2-512 is not accelerated by SHA HWA (version 1) thus Ryzen has to use the same vectorised AVX2 code path – it still is 12% faster than Ryzen1 but still loses to the i7. Those SIMD units are tough to beat.

In memory bandwidth bound algorithms, Ryzen2 will have to be used with faster memory (up to 2933 Mt/s officially) in order to significantly beat its older Ryzen 1 brother. Otherwise there is only a tiny 1% improvement.

Black-Scholes float/FP32 : In this non-vectorised test we see Ryzen2 is the standard 11% faster than Ryzen1.

Black-Scholes double/FP64 : Switching to FP64 code, nothing changes, Ryzen2 is still 11% faster.

Binomial float/FP32 : Binomial uses thread shared data thus stresses the cache & memory system; here the arch(itecture) improvements do show, Ryzen2 23% faster – 2x more than expected. Not to mention 3x (three times) faster than the i7.

Binomial double/FP64 : With FP64 code Ryzen2 is now even faster – 28% faster than Ryzen1 not to mention 2x faster than the i7. Indeed it seems there improvements to the cache and memory system.

Monte-Carlo float/FP32 : Monte-Carlo also uses thread shared data but read-only thus reducing modify pressure on the caches; Ryzen2 does not seem to be able to reproduce its previous gain and is just the standard 11% faster.

Monte-Carlo double/FP64 : Switching to FP64 nothing much changes, Ryzen2 is 10% faster.

Ryzen 1 does very well in these algorithms, but Ryzen2 does even better – especially when thread-local data is involved managing 23-28% improvement. For financial workloads Intel does not seem to have a chance anymore – Ryzen is impossible to beat.

SGEMM : In this tough vectorised AVX2/FMA algorithm Ryzen2 is still “just” the 10% faster than older Ryzen1 – but it finally manages to beat the i7.

DGEMM : With FP64 vectorised code, Ryzen2 only manages to be 4% faster. It seems the memory is holding it back thus faster memory would allow it to do much better.

SFFT : FFT is also heavily vectorised (x4 AVX/FMA) but stresses the memory sub-system more; Ryzen2 is just 4% faster again and is still 1/2x the speed of the i7. Again it seems faster memory would help.

DFFT : With FP64 code, Ryzen2’s improvement reduces to just 1% over Ryzen1 and again slower than the i7.

SNBODY : N-Body simulation is vectorised but many memory accesses to shared data and Ryzen2 gets back to 12% improvement over Ryzen1. This allows it to finally overtake the i7.

DNBODY : With FP64 code nothing much changes, Ryzen2 is still 13% faster.

With highly vectorised SIMD code Ryzen2 still improves by the standard 10-12% but in memory-heavy code it needs to run at higher memory speed to significantly overtake Ryzen 1. But it allows it to beat the i7 in more algorithms.

Blur (3×3) Filter : In this vectorised integer AVX2 workload Ryzen2 is 11% faster allowing it to soundly beat the i7.

Sharpen (5×5) Filter : Same algorithm but more shared data does not change things for Ryzen2. Only the i7 falls behind.

Motion-Blur (7×7) Filter : Again same algorithm but even more data shared does not change anything, but now the i7 is so far behind Ryzen2 is 50% faster. Incredible.

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Edge Detection (2*5×5) Sobel Filter : Different algorithm but still AVX2 vectorised workload still changes nothing – Ryzen2 is 11% faster.

Noise Removal (5×5) Median Filter : Still AVX2 vectorised code and still nothing changes; the i7 falls even further behind with Ryzen2 2x (two times) as fast.

Oil Painting Quantise Filter : Again we see Ryzen2 11% faster than the older Ryzen1 and pulling away from the i7.

Diffusion Randomise (XorShift) Filter : Here Ryzen2 is just 8% faster than Ryzen1 but strangely it’s not enough to beat the i7. Those SIMD units are way fast.

Marbling Perlin Noise 2D Filter : In this final test, Ryzen2 returns to being 11% faster and again strangely not enough to beat the i7.

With all the modern instruction sets supported (AVX2, FMA, AES and SHA HWA) Ryzen2 does extremely well in all workloads – but it generally improves only by the 11% as per clock speed increase, except in some cases which seem to show improvements in the cache and memory system (which we have not tested yet).

Next Page > AMD Ryzen 7 2700X + Ryzen 5 2600 Software VM Performance

 

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AMD Ryzen 7 2700X and Ryzen 5 2600 Software VM Performance

We are testing arithmetic and vectorised performance of software virtual machines (SVM), i.e. Java and .Net. With operating systems – like Windows 10 – favouring SVM applications over “legacy” native, the performance of .Net CLR (and Java JVM) has become far more important.

Results Interpretation: Higher values (GOPS, MB/s, etc.) mean better performance.

Environment: Windows 10 x64, latest drivers. .Net 4.7.x (RyuJit), Java 1.9.x. Turbo / Boost was enabled on all configurations.

.Net Dhrystone Integer : .Net CLR integer performance starts off OK with Ryzen2 just 8% faster than Ryzen1 but now almost 3x (three times) faster than i7.

.Net Dhrystone Long : Ryzen seems to favour 64-bit integer workloads, with Ryzen2 20% faster a lot higher than expected.

.Net Whetstone float/FP32 : Floating-Point CLR performance was pretty spectacular with Ryzen already, but Ryzen2 is 15% than Ryzen1 still.

.Net Whetstone double/FP64 : FP64 performance is also great (CLR seems to promote FP32 to FP64 anyway) with Ryzen2 even faster by 20%.

Ryzen1’s performance in .Net was pretty incredible but Ryzen2 is even faster – even faster than expected by mere clock speed increase. There is only one game in town now for .Net applications.

.Net Integer Vectorised/Multi-Media : Just as we saw with Dhrystone, this integer workload sees a 9% improvement for Ryzen2 which makes it 2x faster than the i7.

.Net Long Vectorised/Multi-Media : With 64-bit integer workload we see a similar story – Ryzen2 is 8% faster and again 2x faster than the i7.

.Net Float/FP32 Vectorised/Multi-Media : Here we make use of RyuJit’s support for SIMD vectors thus running AVX/FMA code; Ryzen2 is 11% faster but still almost 2x faster than i7 despite its fast SIMD units.

.Net Double/FP64 Vectorised/Multi-Media : Switching to FP64 SIMD vector code – still running AVX/FMA – Ryzen2 is still 12% faster. i7 is truly left in the dust 1/4x the speed.

Ryzen2 is the usual 9-12% faster than Ryzen 1 here but it means that even RyuJit’s SIMD support cannot save Intel’s i7 – it would take 2x as many cores (not 50%) to beat Ryzen2.

Java Dhrystone Integer : We start JVM integer performance with the usual 12% gain over Ryzen1.

Java Dhrystone Long : Nothing much changes with 64-bit integer workload, we have Ryzen2 12% faster.

Java Whetstone float/FP32 : With a floating-point workload Ryzen2 performance improvement is 13%.

Java Whetstone double/FP64 : With FP64 workload Ryzen2 is just 7% faster but still welcome

Java performance improves by the expected amount 7-13% on Ryzen2 and allows it to completely dominate the i7.

Java Integer Vectorised/Multi-Media : Oracle’s JVM does not yet support native vector to SIMD translation like .Net’s CLR but here Ryzen2 manages a 15% lead over Ryzen1.

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Java Long Vectorised/Multi-Media : With 64-bit vectorised workload Ryzen2 (similar to .Net) increases its lead by 24%.

Java Float/FP32 Vectorised/Multi-Media : Switching to floating-point we return to the usual 14% speed improvement.

Java Double/FP64 Vectorised/Multi-Media : With FP64 workload Ryzen2’s lead somewhat unexplicably drops to 1%.

Java’s lack of vectorised primitives to allow the JVM to use SIMD instruction sets (aka SSE2, AVX/FMA) gives Ryzen2 free reign to dominate all the tests, be they integer or floating-point. It is pretty incredible that neither Intel CPU can come close to its performance.

Software VM Performance Summary

Ryzen1 dominated the .Net and Java benchmarks – but now Ryzen2 extends that dominance out-of-reach. It would take a very much improved run-time or Intel CPU to get anywhere close. For .Net and Java code, Ryzen is the CPU to get!

Next Page > AMD Ryzen 7 2700X + Ryzen 5 2600 Memory Performance

 

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AMD Ryzen 7 2700X and Ryzen 5 2600 Memory Performance

by SiSoftware

Core Topology & Testing

Cores on Ryzen are grouped in blocks (CCX or compute units) each with its own 8MB L3 cache – but connected via a 256-bit bus running at memory controller clock. This is better than older designs like Intel Core 2 Quad or Pentium D which were effectively 2 CPU dies on the same socket – but not as good as a unified design where all cores are part of the same unit.

Running algorithms that require data to be shared between threads – e.g. producer/consumer – scheduling those threads on the same CCX would ensure lower latencies and higher bandwidth which we will test with presently.

We have thus modified Sandra’s ‘CPU Multi-Core Efficiency Benchmark‘ to report the latencies of each producer/consumer unit combination (e.g. same core, same CCX, different CCX) as well as providing different matching algorithms when selecting the producer/consumer units: best match (lowest latency), worst match (highest latency) thus allowing us to test inter-CCX bandwidth also. We hope users and reviewers alike will find the new features useful!

Native Performance

We are testing native arithmetic, SIMD and cryptography performance using the highest performing instruction sets (AVX2, AVX, etc.). Ryzen supports all modern instruction sets including AVX2, FMA3 and even more.

Results Interpretation: Higher rate values (GOPS, MB/s, etc.) mean better performance. Lower latencies (ns, ms, etc.) mean better performance.

Environment: Windows 10 x64, latest AMD and Intel drivers. 2MB “large pages” were enabled and in use. Turbo / Boost was enabled on all configurations.

Total Inter-Core Bandwidth – Best : Ryzen2 manages 15% higher bandwidth between its cores, slightly better than just 11% clock increase – signalling some improvements under the hood.

Total Inter-Core Bandwidth – Worst : In worst-case pairs on Ryzen must go across CCXes – and with this link running at the same clock (1200 MHz) on Ryzen2 we can only manage a 2% increase in bandwidth. This is why faster memory is needed.

Inter-Unit Latency – Same Core : Within the same core (sharing L1D/L2), Ryzen2 manages a 13% reduction in latency, again better than just clock speed increase.

Inter-Unit Latency – Same Compute Unit : Within the same compute unit (sharing L3), the latency decreased by 7% on Ryzen2 thus L3 seems to have improved also.

Inter-Unit Latency – Different Compute Unit : Going inter-CCX we still see a 6% reduction in latency on Ryzen2 – with the CCX link at the same speed – a welcome surprise.

The multiple CCX design still presents some challenges to programmers requiring threads to be carefully scheduled – but we see a decent 6-7% reduction in L3/CCX latencies on Ryzen2 even when running at the same clock as Ryzen1.

Aggregated L1D Bandwidth : Right off we see a 18% bandwidth increase – almost 2x higher (than the 11% clock increase) – thus some improvements have been made to the cache system. It allows Ryzen2 to finally beat the i7 with its wide L1 data paths (512-bit) though with twice as many (8 vs 4).

Aggregated L2 Bandwidth : We see a huge 32% increase in L2 cache bandwidth – almost 3x clock increase (the 11%) suggesting the L2 caches have been improved also. Ryzen2 has thus 2x the L2 bandwidth of i7 though with 2x more caches (8 vs 4).

Aggregated L3 Bandwidth : The bandwidth of the L3 caches has also increased by 19% (2x clock increase) though we see the 6-core 2600 doing better (398 vs 339) likely due to less threads competing for the same L3 caches. Ryzen2 L3 caches are not just 2x bigger than Intel but also 2x more bandwidth.

Aggregated Memory : With the same memory clock, Ryzen2 does still manage a small 2% improvement – signalling memory controller improvements. We also see Ryzen’s memory controller at 2400 having better bandwidth than Intel at 2533MHz.

We see big improvements on Ryzen2 for all caches L1D/L2/L3 of 20-30% – more than just raw clock increase (11%) – so AMD has indeed made improvements – which to be fair needed to be done. The memory controller is also a bit more efficient (2%) though it can run at higher clocks – hopefully fast DDR4 memory will become more affordable.

Data In-Page Random Latency : In-page latency has decreased by a noticeable 6% on Ryzen2 – we see 5 clocks reduction for L2 and 4 for L3 a welcome improvement. But still a way to go to catch Intel which has 1/3x (three times less) latency.

Data Full Random Latency : Out-of-page latencies have also been reduced by 8% on Ryzen2 (same memory) and we see the same 5 and 4 clock reduction for L2 and L3 (on both 2700X and 2600 thus no fluke). Again these are welcome but still have a way to go to catch Intel.

Data Sequential Latency : Ryzen’s prefetchers are working well with sequential access pattern latency and we see a 8% latency drop for Ryzen2.

Ryzen1’s issue was high memory latencies (in-page/full random) and Ryzen2 has reduced them all by 6-8%. While it is a good improvement, they are still pretty high compared to Intel’s thus more work needs to be done here.

Code In-Page Random Latency : Code latencies were not a problem on Ryzen1 but we still see a welcome reduction of 9% on Ryzen2.

Code Full Random Latency : Out-of-page latency also sees a 9% decrease on Ryzen2 but somewhat surprisingly a 1-2 clock increase.

Code Sequential Latency : Ryzen’s prefetchers are working well with sequential access pattern latency and we see a 8% reduction on Ryzen2.

While code access latencies were not a problem on Ryzen1 and they also see a 8% improvement on Ryzen2 which is welcome.

Memory Update Transactional : Ryzen2 is 10% faster than Ryzen1 but naturally without HLE support it cannot match the i7. But with Intel disabling HLE on all but top-end CPUs AMD does not have much to worry.

Memory Update Record Only : With only record updates we still see an 11% increase.

Ryzen2 brings nice updates – good bandwidth increases to all caches L1D/L2/L3 and also well-needed latency reduction for data (and code) accesses. Yes, there is still work to be done to bring the latencies down further – but it may be just enough to beat Intel to 2nd place for a good while.

At the high-end, ThreadRipper will likely benefit most as it’s going against many-core SKL-X AVX512-enabled competitor and we cannot wait to test those.

 

Final Thoughts & Conclusion On The Ryzen 7 2700X and Ryzen 5 2600

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As with original Ryzen, the cache and memory system performance is not the clean-sweep we’ve seen in CPU testing – but Ryzen2 does bring welcome improvements in bandwidth and latency – which hopefully will further improve with firmware/BIOS updates.

With the potential to use faster DDR4 memory – Ryzen2 can do far better than in this test (e.g. with 3200MHz memory). Unfortunately at this time DDR4 – especially high-end fast versions – memory is hideously expensive which is a bit of a problem. You are better off using less but fast memory with Ryzen designs.

Ryzen2 is a great update that will not disappoint upgraders and is likely to increase AMD’s market share. AMD is here to stay!

 

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