The New Entry Level Ampere GPU Has Arrived
When NVIDIA’s RTX 3060 launched back in February 2021, quite a bit of the narrative in that review related to its intentionally poor mining performance, being the first of the LHR (light hash rate) GPUs. It’s almost a year later, and LHR versions of NVIDIA GPUs are par for the course, when one can buy an NVIDIA GPU at all, that is.
Okay, so maybe the narrative was almost entirely about availability and pricing, and the LHR thing ended up having a lot less of an impact on the general availability of the RTX 3060 than prospective buyers could have hoped. Let’s just hope that Ethereum (and all other crypto) crashes to unprofitable levels soon, so this madness can finally end.
Wait – isn’t this supposed to be a review of some new, entry-level GPU in NVIDIA’s RTX 30 Series product stack? Why, yes! Enter the RTX 3050, based on the same GA106 GPU as the RTX 3060, but with 20 SMs enabled, down from 28. This translates into a card with 2560 CUDA cores, and it offers 8GB of 14Gbps GDDR6 memory on a 128-bit bus.
Rather than continue listing random specs, let’s look at a table:
|RTX 3050||RTX 3060||RTX 3060 Ti||RTX 3070|
|Tensor Cores||80 (3rd Gen)||112 (3rd Gen)||152 (3rd Gen)||184 (3rd Gen)|
|RT Cores||20 (2nd Gen)||28 (2nd Gen)||38 (2nd Gen)||46 (2nd Gen)|
|Base Clock||1552 MHz||1320 MHz||1410 MHz||1500 MHz|
|Boost Clock||1777 MHz||1777 MHz||1665 MHz||1725 MHz|
|Memory||8GB GDDR6||12GB GDDR6||8GB GDDR6||8GB GDDR6|
|Memory Data Rate||14 Gbps||15 Gbps||14 Gbps||14 Gbps|
|Memory Bandwidth||224 GB/s||360 GB/s||448 GB/s||448 GB/s|
|Die Size||276 mm^2||276 mm^2||392 mm^2||392 mm^2|
|Process Tech||8nm Samsung||8nm Samsung||8nm Samsung||8nm Samsung|
While obviously sporting lower-end specs than the rest of the RTX 30 Series, I can remember when 2560 CUDA cores was a big deal (GTX 1080, anyone?). Rather, it’s the memory interface which will likely hold the GPU back. Now, 8GB is perfectly reasonable amount of VRAM for a card in this segment, but a 128-bit interface with 14 Gbps GDDR6 can only produce up to 224 GB/s of memory bandwidth – down from 360 GB/s with the RTX 3060.
The the RTX 3050 and RTX 3060 have identical 1777 MHz Boost clocks, oddly enough (our sample is higher, but more on that later). The RTX 3050 has a TGP (total graphics power) rating of 130W, down quite a bit from the 170W of the RTX 3060. Oh, and the MSRP starts at $249, so expect to find it in stock everywhere at that price tomorrow (ha ha).
The EVGA RTX 3050 XC BLACK GAMING Card
I’m sure every outlet that received the EVGA sample that we did faced the same dilemma before publishing their reviews: do we re-test with the correct VBIOS for the EVGA XC BLACK after being informed late Monday that it was actually the faster XC card’s VBIOS that shipped, or leave the results as is, with a disclaimer? Guess which option I chose?! (Consider this your disclaimer.)
Bottom line, the faster RTX 3050 XC offers a Boost clock of 1845 MHz, vs. the stock 1777 MHz, a 68 MHz overclock. Not much, and EVGA informed us that this translates into a 1% – 3% performance uplift compared to the stock XC BLACK version. Also, the XC (non-black) has a backplate. It also carries a higher list price (naturally).
Forgetting the VBIOS SNAFU for a moment, let’s look at the XC BLACK card we received:
This card looks identical to the RTX 3060 XC BLACK GAMING we reviewed last February. Outputs include three DisplayPort and one HDMI, and the card is powered via a single 8-pin PCIe connector. At 130W it probably just needs a 6-pin, but then it wouldn’t be quite as identical to the RTX 3060, now would it?
Something about the card I didn’t notice at first: the RTX 3050 uses a PCI-E 4.0 x8 interface. This wasn’t apparent just looking at the PCB, since it’s still electrically a x16 card.
It has been said that this x8 limitation exists to allow for another GPU (i.e. GA107) to be used in place of GA106 the future. As to testing Gen4 vs. Gen3 PCI-E x8 performance? No thanks! We aren’t talking about a x4 interface this time, and x8 Gen4 is equivalent to x16 Gen3. There’s more than enough throughput available (heck, the GTX 1080 Ti used a Gen3 x16 interface, and it’s a much faster card!). You should still use the RTX 3050 at Gen4 to match that Gen3 x16 connection, but I think we’re all going to be OK.
Now, let’s forget all about the XC BLACK version pictured above and look at results from the VBIOS-enhanced XC non-black version with the faster clocks, below!
RTX 3050 Benchmark Results
This section is a bit of a mess, but the results at lower settings – something I did due to all-new testing for the AMD Radeon RX 6500 XT review last week – prompted me to test again at higher settings, and against a different group of GPUs. Instead of shifting the review to one GPU group or the other, I left them both in. Thus, in the charts below you’ll see lower-end GPUs represented on the 1080 medium/high charts, and higher-end GPUs represented on the 1080 high/ultra charts. It sort of makes sense!
|PC Perspective GPU Test Platform|
|Processor||AMD Ryzen 7 5800X (1800MHz FCLK)|
|Motherboard||ASUS ROG Crosshair VIII HERO (Wi-Fi)
AGESA V2 PI 184.108.40.206 Patch C
|Memory||32GB (16GBx2) G.Skill Trident Z NEO DDR4-3600 CL14|
|Storage||Samsung 980 PRO 2TB NVMe SSD
Samsung 850 EVO 1TB SSD
|Power Supply||CORSAIR RM1000x 1000W|
|Operating System||Windows 10 64-bit (21H1, 19043.928)|
|Drivers||GeForce Game Ready Driver 472.12
GeForce GRD 511.32 (RTX 3050 Press Driver)
Radeon Software Adrenalin 21.10.2 – 22.1.2
Here’s a look at our first group of cards, mostly from the “low-end” segment, and how they performed in both the Time Spy (DX12, 2560×1440) and Fire Strike (DX11, 1920×1080) benchmarks.
Given the position of the RTX 3050 on the 3DMark charts above, one might assume that it will be the fastest card of this small group. And one’s assumption would be correct.
Note: by “medium” testing I actually mean medium/high, as medium settings were used in demanding tests, and high was used in older, less demanding tests. In all cases the settings were 4GB VRAM friendly, to prevent issues with cards like the GTX 1050 Ti and RX 6500 XT.
Given its position at the top of these charts, it looks like we need to add more cards to the mix, and increase the detail settings a bit. Also, it appears that the RTX 3050 might be around the level of a GTX 1660 Ti. If only I had tested the 1660 Ti… Oh, wait. I DID. (At high/ultra settings.)
Time to switch to the higher-end GPU group for some more benchmarks!
This might as well be “1080p high/ultra” testing, as the less demanding Far Cry 5 and F1 2019 tests were run at their highest preset settings (ultra), and the more demanding Assassin’s Creed Valhalla and Metro Exodus tests were run at the “high” preset.
Interesting result here, as the RTX 3050 is quite a bit faster than the GTX 1660 Ti, effectively tied with a Vega 56 in ACV at 1080/high. Let’s see how the card fares in Metro Exodus at the high preset.
Well, this is less impressive. This time the RTX 3050 finishes just behind the GTX 1660 Ti, and the Vega 56 is 10 FPS faster. On to the “ultra” tests.
Even at the “ultra” preset, and with optional HD textures enabled, Far Cry 5 still isn’t all that demanding a test anymore. Once again, the Vega 56 is 10 FPS ahead of the RTX 3050, but this time the difference is only ~10% rather than the ~16% with Far Cry 5. The GTX 1660 Ti is only 2 FPS behind the RTX 3050 here, and it does seem that the cards offer similar performance – depending on the game, of course.
Somehow the slightly-overclocked RTX 3050 is nearly matching the performance of a stock RTX 3060 in this test, though I am suspicious of this result, and will have to re-test the RTX 3060 soon.
We look at power draw next, this time combining all tested GPUs from the various benchmarks. Of interest, the numbers on the chart below include the power needed for the testbed’s Ryzen 7 5800X CPU, 32GB of DDR-3600 memory, two SSDs, and a 280 mm AiO cooler running at full speed.
While NVIDIA has something of a reputation these days for high power draw, possibly due to some product called “RTX 3090” (and an upcoming Ti variant of said GPU), the result from this RTX 3050 XC card are quite impressive. With a total system draw of only 242W measured at the wall, the RTX 3050 was pulling exactly the same power under load as a GTX 1060 6GB.
Based on at least some of the results above, it looks like the RTX 3050 could easily be compared to the GTX 1660 Ti, a GPU which launched in February, 2019 for $279. We all know that the graphics card market is out of whack right now, perfectly illustrated AMD’s launch of a $199+ card with just 4GB of VRAM last week. NVIDIA has priced the RTX 3050 starting at $249, so on paper it looks like a good deal – $50 for double the VRAM and better overall performance.
But, given the state of things, it feels like the RTX 3050 will end up being a.) harder to buy and b.) a lot more than $249 when you can find it. I hope I’m wrong. I hope the LHR is never defeated with this one. I hope they make a ton of them, and enthusiasts can actually buy one for less than $300. PC gaming has been a depressing subject for too long, with two years of nearly unobtainable retail GPUs, and insane prices from scalpers. (Much of this thanks to the ridiculously inflated ETH and BTC prices from pandemic-fueled speculation.)
Speaking of pricing, our sample – if it was actually an XC BLACK GAMING (EVGA product code 08G-P5-3551-KR) does carry the base $249 list price, though our card had the XC GAMING (product code 08G-P5-3553-KR) VBIOS, turning it into a $329 card minus the backplate. At the $300+ level this GPU does start to feel more like a 2022 product, though not anywhere near the level of the RX 6500 XT (a.k.a. the most 2022 product of all time). NVIDIA is at least providing 8GB of memory, and the card can out-perform a GTX 1660 Ti at times. Still, a newly-released $249 – $329 product trading blows with a $279 GPU from 2019 isn’t exactly going to have people dancing in the streets.
This is what we consider the responsible disclosure of our review policies and procedures.
How Product Was Obtained
The product is on loan from EVGA for the purpose of this review.
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