The Radeon 200 series was a different kind of launch from AMD than anything we’ve seen from them before. The slow development of the next generation of manufacturing processes from fab partner TSMC has required both AMD and NVIDIA to get a bit creative in how they want to roll out products, along with how they want to promote and position those products. Whereas in previous years we’d seen one or both firms roll out a number of new GPUs, 2013 will be the year where we only see one new GPU from each, and those GPUs were at the high-end. This hasn’t prevented AMD from bringing around new products or bringing down the price-to-performance ratio of their lineup, but it has required a different kind of launch than what they would do in previous years.

For AMD, the new reality of doing another product cycle at 28nm has meant that AMD’s product plans for the end of 2013 and 2014 have involved a lot of shifting of GPUs and prices. GCN is an architecture with long legs, and the GPUs cut from it being equally as long legged. So the company has set forth on a plan to introduce a new high-end GPU for the top of their market (the 290 series), while the mainstream and lower markets will receive new products based on existing GPUs. We’ve already seen the first step of that process with the launch of the Radeon R9 280X, and now we’re ready to take a look at the next step with the Radeon R9 270 series.

The Radeon R9 270 series is composed of two products, the 270X and the 270, with the X indicating the higher performing part in AMD’s new naming scheme. The 270X actually launched almost a month ago – a result of the 200 series launch blast its repurposed GPUs – while we’re just now catching up to the 270 series today, with the launch of the lower tier R9 270. Both of these parts are based on AMD’s venerable Pitcairn GPU, which post-shuffle is being moved from AMD’s $200+ enthusiast cards to their sub-$200 mainstream cards. They are in essence the successors to the 7870 and 7850, the previous video card family that Pitcairn called home.

AMD GPU Specification Comparison
  AMD Radeon R9 270X AMD Radeon R9 270 AMD Radeon HD 7870 AMD Radeon HD 7850
Stream Processors 1280 1280 1280 1024
Texture Units 80 80 80 64
ROPs 32 32 32 32
Core Clock 1000MHz 900MHz 1000MHz 860MHz
Boost Clock 1050MHz 925MHz N/A N/A
Memory Clock 5.6GHz GDDR5 5.6GHz GDDR5 4.8GHz GDDR5 4.8GHz GDDR5
Memory Bus Width 256-bit 256-bit 256-bit 256-bit
VRAM 2GB 2GB 2GB 2GB
FP64 1/16 1/16 1/16 1/16
TrueAudio N N N N
Transistor Count 2.8B 2.8B 2.8B 2.8B
Typical Board Power 180W 150W 190W 150W
Manufacturing Process TSMC 28nm TSMC 28nm TSMC 28nm TSMC 28nm
Architecture GCN 1.0 GCN 1.0 GCN 1.0 GCN 1.0
GPU Pitcairn Pitcairn Pitcairn Pitcairn
Launch Date 10/08/13 11/13/13 03/05/12 03/05/12
Launch Price $199 $179 $349 $249

With the R9 270 series AMD is taking a slightly different route than they did with the 280X. The 280X was in part a consolidation of the two 7970 cards into a single middle of the road SKU, and in part a price cut for that performance tier down to $299. But for the 270 series AMD isn’t consolidating anything – there were only two Pitcairn products in the first place – so instead it’s a performance bump coupled with a lesser price cut. By doing this AMD is formally pushing Pitcairn into the sub-$200 market, and at the same time they’re doing so under a new name as to avoid having such a low price attached to the 80/800 sub-series name.

The end result is that the 270X and 270 are a mix of old and new, launching at a lower price. What’s old is of course Pitcairn, while what’s new are higher performance configurations being enabled by slow yield improvements and more significant board design improvements. The entire 270 series is being equipped with AMD’s PowerTune Boost 1.0 technology to enable some basic turbo functionality, while both cards are also receiving higher memory clocks (5.6GHz) that come courtesy of reworked boards designed to maximize the capabilities of Pitcairn’s memory controller.

Diving into matters, we first have the 270X. This is the direct successor to the 7870, designed to offer improved performance within roughly the same power envelope. On the GPU side it has received a minor clockspeed bump from the implementation of PowerTune Boost, pushing the peak clockspeed from 1000MHz to 1050MHz, a 50MHz (5%) bump. More significant is its memory clockspeed bump, which will see the memory clockspeed go from 4.8GHz to 5.6GHz, an improvement of 800MHz or 17%. Otherwise as 7870 was already a fully-enabled Pitcairn part, 270X contains the same 20 CUs and 32 ROPs.

The more significant improvement is for the 270 vanilla (sufferin’ suffixes), which is the successor to the 7850. The 7850 was only a partially enabled Pitcairn product and it shipped at lower clockspeeds then 7870, keeping a significant performance gap between the two products which the 270 series will be closing. Compared to the 7850, 270 will be moving up to a fully enabled Pitcairn part, bringing it up from 16 CUs to 20CUs, offering a straight-up 25% improvement in the amount of shader/texture hardware. Meanwhile it is also receiving a more significant GPU clockspeed bump, from 860MHz to a boost clock of 925MHz, an improvement of 8%. 270 also receives the same memory bus and clockspeed improvements as 270X, so it gets the same 800MHz memory clock increase to 5.6GHz. Consequently 270 stands to gain much more performance over its predecessor than 270X does, with 270 offering anywhere between 8% better performance and 34% better performance depending on whether it’s ROP/geometry-bound or shader-bound.

As for power consumption, both of these parts pick off from where their direct predecessors left off. 270X is an 180W typical board power part just like the 7870, while 270 takes up the mantle as AMD’s top 150W card. The significant spec improvement from 7850 to 270 means that AMD’s performance within the 150W threshold will be improving by quite a bit, which is of significant importance to them and the larger market as a whole since 150W is the cut-off for a number of OEM systems that lack the power headroom necessary to support larger cards.

Meanwhile on a generational basis the 270 series will be partially replacing the 7700 series. The 7700 series launched at lower prices than this – $159 and $109 respectively – so it’s not a straight-up replacement, but it’s close. Because we’re still on the 28nm process though, it means while performance has gone up so has power consumption, something that will be the case across the board for this refresh.

Moving on to pricing and competition, the 270X and 270 hold MSRPs of $199 and $179 respectively. Unlike 280X, which saw a significant price cut versus 7970GE, these are not nearly as significant cuts compared to the outgoing 7800 series, which means AMD is more or less directly competing with itself right now. The narrow price bands in the sub-$200 market mean that these kinds of generational price conflicts are a recurring issue for AMD and NVIDIA, as the last generation products have to be priced low enough to clear off the rest of the stock, even though doing so distorts the overall picture. So for the moment the 7800 series is going to serve as a spoiler for the 270 series, though eventually the stock of 7800 cards will run out and the 270 series will fully take over. Or put another way, one of the purposes of the 270 series will be to formalize the price cuts that the 7800 series has seen over the last year and a half.

AMD’s formal competition will be a mix of NVIDIA cards. NVIDIA isn’t placing anything directly opposite the 270X, but they are going to be close by. Well above the 270X is the GTX 760 at $249 – NVIDIA’s cheapest GK104 card – while between the 270X and 270 is the GTX 660 at roughly $179. For the 270 however this means that it will directly be competing with the GTX 660, as both should retail for roughly the same price, making it a head-to-head battle. Finally below the 270 is the GTX 650 Ti Boost at $149, though it’s primarily meant to compete with AMD’s R7 260X.

Finally on the bundle side, we have some good news that everyone should enjoy. Coinciding with today’s launch of the 270, AMD is instating game bundles for the 200 series. For full details please see this associated pipeline post, but in short the 270 and above are getting Battlefield 4. Battlefield 4 will be seperate from AMD's Never Settle Forever program, but considering the age of the games in the current roster and the sheer popularity of Battlefield, BF4 would have been the first choice for virtually everyone anyhow.

NVIDIA for their part will be continuing their own holiday bundle, which will see the GTX 660 and GTX 760 including Assassin’s Creed IV, Splinter Cell: Blacklist, and a $50 discount on NVIDIA’s SHIELD gaming console. Both the AMD BF4 bundle and the NVIDIA bundle are going to be strong bundles for the moment, but as always the ultimate value of any bundle is up to the buyer.

Fall 2013 GPU Pricing Comparison
AMD Price NVIDIA
  $330 GeForce GTX 770
Radeon R9 280X $300  
  $250 GeForce GTX 760
Radeon R9 270X $200  
Radeon R9 270 $180 GeForce GTX 660
  $150 GeForce GTX 650 Ti Boost
Radeon R7 260X $140  

 

Meet The AMD Radeon R9 270X
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  • Will Robinson - Wednesday, November 13, 2013 - link

    What!...no hatchet job on these new cards from Wreckage?
    The hurt just keeps on coming eh Wrecky?
    Reply
  • just4U - Thursday, November 14, 2013 - link

    It's not beating the 760 so his stocks are safe... for now. Besides, you need to give him a break. Poor man must be tired after the release of the 780Ti and 290/X. Reply
  • geniekid - Wednesday, November 13, 2013 - link

    Would really have liked to see CFX numbers. Reply
  • Da W - Wednesday, November 13, 2013 - link

    Agreed, i need to compare 270X crossfire performance/heat/noise to a single 290X.
    Right now i'm hesitating, for my 3 monitor setup:
    1. Dual 270X for 400$. -Advantage of lower cost, lower heat, lower noise, turn off one GPU when not gaming. Don't know if it's strong enough for 3600X1920.
    2. Single 290 for 450$. -Best price/performance, noisy, hot.
    3. Single GTX 780 superclocked for 530$. - If only for Nvidia cooler and energy efficiency, else i'm an AMD guy.
    4. Single 290X for 550$. -I would pick this over vanilla 290 for chip binning, it should have higher quality GPU as far as energy concumption goes.
    Titan and 780ti are above my budget.
    Reply
  • garadante - Wednesday, November 13, 2013 - link

    I'm strongly doubting two of these would game at 3600x1920 comfortable. That's almost 4k resolution. Remember that any AMD card below the 290 series still uses the Crossfire bridge and can't transfer 4k resolution frame buffers through it. Making the second card completely useless as the buffer is just dropped instead. And I haven't seen technical info yet, but I wonder if that's part of the reason why the 290 series outperforms the 780/780 Ti in 4k gaming so well. Perhaps the SLI bridge is also becoming a bottleneck, depending on how it handles frame buffers.

    For that resolution, personally I'd say waiting for aftermarket 290s and 290Xs would be a good choice. Get either much better binned chips in a high end aftermarket 290 or 290X, better thermals, and acoustics for both (and thus better overclocking headroom). With the performance those cards were getting at 4K gaming, they could probably handle single card 3600x1920 at decent settings, though probably not highest without dropping significantly below 60 FPS. But it leaves room for adding a 2nd card, whereas starting with 270X doesn't. Looks like it only has 1 Crossfire bridge which means you can't add a third card.
    Reply
  • Da W - Wednesday, November 13, 2013 - link

    Good advice. I'll discard option number 1 then, and yes i'm waiting until we see custom coolers on the 290 series before i make a move, probably an MSI one to match my MB. Although that Nvidia cooler is cool looking as hell.....

    At "3.5K", i find that disabling AA or adjusting just a step below "ultra freaking high details" makes all games playable. By playable i mean above 30FPS.
    Reply
  • krumme - Wednesday, November 13, 2013 - link

    Where is the noise equalization test?
    It looks like the asus card is around 853% faster than the nearest competitor.
    Reply
  • Streetwind - Wednesday, November 13, 2013 - link

    Ryan, will you be adding the results from the various R7/R9 models tested in the last month or two to Bench eventually? The entire new series is absent so far, as is the GTX 780 Ti. I often use Bench for comparing my current card to potential upgrades, so it would be great to have. Reply
  • Ryan Smith - Wednesday, November 13, 2013 - link

    Yes. GPU14 Bench will be up next week; I need to clean up the DB a bit first. Reply
  • yacoub35 - Wednesday, November 13, 2013 - link

    So how come no mention of the 7950 in the conclusion? It's clearly the right choice, as you get 3GB of VRAM in addition to superior performance, and all for a price well under $200. Reply

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