Asus Rog Strix Radeon Rx 570 4gb Review

ASUS RX 570 STRIX Gaming OC 4GB Review

April eighteen, 2017 Featured Tech Reviews, Graphics, Reviews

AMD is looking to proceed the ball rolling with new GPU releases until the new Vega architecture arrives after this year. I of the methods AMD is doing this by is refreshing its existing GPU range to stay competitive, both the RX 470 and RX 480 are being refreshed to produce the RX 570 and RX 580.

This refresh is nothing AMD hasn't tried before, information technology executed a similar strategy when information technology refreshed the R9 290 and 290X GPUs in 2015 to release the R9 390 and 390X. RX 570, the focus of this review, is based upon the RX 470 from the electric current RX 400 serial. At a fundamental level this is withal the aforementioned graphics processing unit as before, 14nm and based on the Polaris architecture, merely with a few tweaks to improve the end production.

These tweaks business organisation two key areas, standard clock speeds and power consumption. In terms of clock speeds the default clock speed for the RX 570 is now college with a summit clock speed of 1244MHz compared to 1206MHz and a considerably higher base clock, 1168MHz versus 926MHz. The terminate event is that on average a stock RX 570 will always be operating at a college frequency than an equivalent RX 470, though this comes at the expense of an increased TDP which rises from 120- to 150-watts.

The default memory frequency is also now college, to the tune of 100 MHz actual, 400MHz effective, but the standard memory configuration of 4GB of memory remains unchanged. AMD may withal allow lath partners to offering 8GB versions of the RX 570, like it did with the RX 470, but for the adequacy of the RX 570 GPU anything above 4GB is likely excessive.

The second expanse of change, power consumption, is where AMD has contradistinct power management techniques to increase ability efficiency nether a number of scenarios including multi-monitor, multimedia playback and system idle.

AMD has been able to achieve this past adding a third intermediate retentivity state to reduce power consumption, which sits alongside two existing memory states. To over-simplify, the current Polaris GPU effectively has 2 retentivity states, low and high, and most GPU activities (including having a 2d display) alter the retentivity country from low to high, increasing power consumption in the process. The new 3rd intermediate retentiveness stage now ways the refined Polaris GPU has low, medium and high. In many cases a load activity tin can increase it to medium, before high, thus resulting in lower overall power describe.

AMD is using the RX 500 series launch as a platform to introduce a new feature information technology's calling Radeon Arctic, which effectively reduces the frame-charge per unit when the user is in-game but idle or AFK (away from keyboard) so increases the frame-charge per unit again when the user becomes active. It also caps "excessively high" frame rates to further reduce ability consumption, though how this will be implemented is not clearly specified.

Our RX 570 review sample for today is the ASUS RX 570 Strix Gaming OC 4GB graphics carte du jour. This is mill overclocked 56MHz above AMD's stock settings for the RX 570 GPU while the GDDR5 retention remains unchanged at 1750 (7000) MHz. At a specification level the ASUS RX 570 Strix Gaming OC 4GB is almost identical to the ASUS RX 470 Strix Gaming OC 4GB (see our review of that here) except with an actress 50MHz on the cadre clock and 100 (400) MHz on the memory.

Like its RX 470 predecessor the ASUS RX 570 tin can toggle an OC Mode if the user installs the ASUS GPU Tweak software. In the instance of the RX 470 it bumped the core clock from 1250 to 1270MHz, with the RX 570 it increases it from 1300 to 1310MHz and increases the power target from 100 to 110%. A minor change but an easy i for buyers who lack the confidence to overclock themselves.

GPU	AMD RX 480	AMD RX 580	AMD RX 470	AMD RX 570	AMD R9 390	Nvidia GTX 1050 Ti	Nvidia GTX 1060
Streaming Multiprocessors / Compute Units	36	36	32	32	forty	half dozen	10
GPU Cores	2304	2304	2048	2048	2560	768	1280
Texture Units	144	144	128	128	160	48	80
ROPs	32	32	32	32	64	32	48
Base of operations Clock	1120 MHz	1257 MHz	926 MHz	1168 MHz	Upwards to 1000MHz	1290 MHz	1506 MHz
GPU Heave Clock	1266 MHz	1340 MHz	1206 MHz	1244 MHz	Upward to 1000MHz	1392 MHz	1708 MHz
Total Video retentiveness	4096 or 8192 MB	4096 or 8192 MB	4096 or 8192 MB	4096 MB	8192 MB	4096 MB	6144 MB
Memory Clock (Effective)	1750 (7000) or 2000 (8000) MHz	2000 (8000) MHz	1650 (6600) MHz	1750 (7000) MHz	1500 (6000) MHz	1752 (7008) MHz	2002 (8008) MHz
Retentiveness Bandwidth	224 or 256 GB/southward	256 GB/s	211 GB/s	224 GB/s	384 GB/s	112 GB/s	192 GB/s
Bus Width	256-bit	256-bit	256-bit	256-scrap	512-scrap	128-chip	192-chip
Manufacturing Process	14nm	14nm	14nm	14nm	28nm	16nm	16nm
TDP	150 W	185 W	120 Due west	150 Westward	275 W	75W	120 W

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Tags 14nm FinFET AMD Asus Polaris Review RX 470 RX 570

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