RTX 5050 or RTX 3060: Which Is Faster? 20 SMs and GDDR6 Against 28 SMs and 12GB

Published October 27, 2026 · Independent guide by RTX 50 Series

The two cards at a glance

An entry-level new card meets a popular older mid-range one, and the answer is not as simple as newer equals faster.

RTX 5050 specification

The RTX 5050 uses the GB207 die, the smallest in the RTX 50 series. It enables 20 SMs, giving 2,560 CUDA cores, 80 Tensor cores and 20 RT cores. Memory is 8 GB of GDDR6 on a 128-bit bus, which delivers 320 GB/s, and the total graphics power is 130 W. It uses a PCIe 5.0 x8 interface. Notably, it uses GDDR6, not the GDDR7 found on the other cards in the family. The model guide places it at the bottom of the range.

RTX 3060 specification

The RTX 3060 12 GB uses the Ampere architecture with 28 SMs, 3,584 CUDA cores and 12 GB of GDDR6 on a 192-bit bus. These are published specifications of the earlier generation, and you should confirm them for the exact model you consider. Its feature set stops at DLSS 3 Super Resolution compatibility, with no frame generation.

How the chart compares them

On the site's relative chart, with the RTX 5090 at 100, the RTX 5050 scores 24 and the RTX 3060 12 GB scores 21. That is a ratio of 1.14, or roughly 14 percent in favour of the newer card.

Why the newer card is faster with fewer SMs

The SM count favours the RTX 3060, yet the chart favours the RTX 5050.

Architectural gains

Blackwell SMs have higher throughput per clock, higher clocks and an improved cache hierarchy compared with Ampere. A Blackwell SM does more work per second than an Ampere SM, so 20 of them can match or beat 28 older ones. That is the idea behind generational improvement.

Clock speeds

Newer process technology allows higher sustained clocks within a smaller power budget. Clock speed multiplies SM throughput, so a card with fewer SMs can still be faster.

Efficiency

Dividing power by chart score gives 130 divided by 24, about 5.42 watts per point, for the RTX 5050. For comparison, the RTX 5060 works out to 4.83 and the RTX 5070 to 5.56, so the RTX 5050 sits in the same band. Check the RTX 3060's rated power on its product page to compute its figure.

Memory type

The RTX 5050 uses GDDR6 at lower bandwidth than the GDDR7 cards. Its bandwidth per thousand CUDA cores is 320 divided by 2.56, about 125 GB/s, which is healthy. The narrower bus is balanced by the small core count.

Features that tilt the comparison

Raw speed is only part of the picture.

DLSS 4 and Multi Frame Generation

The RTX 5050 supports Super Resolution, Ray Reconstruction, Frame Generation and Multi Frame Generation. The RTX 3060 supports DLSS Super Resolution and Ray Reconstruction on RTX hardware, but not frame generation. In games that support it, frame generation can double or more the displayed frame rate. The guide to Multi Frame Generation explains the technique.

Newer encoders and displays

The RTX 5050 includes newer media engines and display outputs. If you stream, record or use a modern high-refresh monitor, those matter.

Memory capacity

The RTX 3060's 12 GB is the strongest argument in its favour. High-resolution textures, mods and some creative workloads fit more easily. The 8 GB card needs lower texture settings in demanding games. The 12 GB VRAM article explains how to diagnose memory pressure.

Power and cooling

A 130 W card is easy to cool and power. The RTX 3060 also runs cool. Neither presents a challenge for a typical case.

Where each card makes sense

Match the card to the buyer.

New budget build

A buyer assembling a first PC wants a warranty, modern features and low power. The RTX 5050 suits that. Check whether the RTX 5060, which scores 30 on the chart, fits the budget, because it adds 25 percent more performance than the RTX 5050 on that measure.

Used market

The RTX 3060 12 GB is common second-hand. A low used price and 12 GB of memory make it attractive, but there is no warranty in many cases, and condition varies.

Upgrade from a much older card

A GTX 1060 or similar owner gains a lot from either card. The RTX 5050 brings new features, and the RTX 3060 may offer better value on the used market.

Esports focus

Both reach high frame rates in esports titles at 1080p. The newer card's slight edge and Reflex support are nice, though the difference is small.

Creative and AI hobby work

The 12 GB of the RTX 3060 helps with image generation and larger projects. The 8 GB of the RTX 5050 limits model size. A 7-billion-parameter model at 4-bit needs about 3.5 GB of weights, which fits either card, whereas larger models do not fit in 8 GB.

Value maths

Prices change, so use a method instead of a number.

Cost per chart point

Divide the price by the score. If a hypothetical new RTX 5050 costs 200, the figure is about 8.33 per point. If a hypothetical used RTX 3060 costs 150, the figure is about 7.14 per point. These prices are examples only. Substitute real quotes for the week you buy.

Adjust for features and risk

Add value for the RTX 5050's warranty, frame generation and efficiency. Subtract value for the RTX 3060's lack of warranty and age. The cheaper per point option is not always the right one.

Compare with a step up

The RTX 5060 scores 30 and has 8 GB of GDDR7 at 145 W. If it costs only a little more than the RTX 5050, it is a better buy. The RTX 5060 settings guide explains what it can do.

Performance at 1080p and 1440p

1080p

Both cards run most games at medium to high settings with DLSS where available. The RTX 5050's frame generation can lift demanding games to a smooth displayed rate.

1440p

Both struggle with demanding games at 1440p without upscaling. The RTX 3060's extra memory is helpful for textures, while the RTX 5050's speed and frame generation help frame rates. Use DLSS Balanced or Performance.

Ray tracing

Ray tracing is a stretch for both. The RTX 5050 has newer RT cores, but with only 20 of them, heavy effects are demanding. Use ray tracing sparingly with DLSS.

Frame time budgets

At 60 frames per second, the budget is 16.67 ms per frame, and at 144 it is 6.94 ms. With the RTX 5050 or RTX 3060, a 60 frames-per-second target is realistic in most games at 1080p with sensible settings.

Memory management on 8 GB

Settings to prioritise

Keep textures at high or medium-high, and reduce shadows, volumetrics and ray tracing detail first. The same approach as in the RTX 5060 settings guide applies, with slightly lower expectations.

Watching for spillover

If frame-time spikes appear, lower textures one step. Close background applications that hold VRAM.

PCIe x8 caveat

The RTX 5050 uses an x8 link. On a PCIe 3.0 motherboard, the link is slower, which matters when memory spills over. Check your platform.

How Blackwell and Ampere differ in design

A short architecture comparison explains the performance and feature gap.

Streaming multiprocessor design

Each Ampere SM has 128 FP32 lanes but shares them with integer work in a way that limits peak efficiency. Blackwell refines scheduling and unifies pipelines, which raises sustained throughput. The RTX 5050 therefore gets more from each of its 20 SMs than the RTX 3060 does from its 28.

Tensor cores

Third-generation Tensor cores on Ampere support FP16 and INT8 paths. Fifth-generation cores on Blackwell add lower-precision formats and higher throughput. This is why newer AI features such as the transformer-based DLSS models run efficiently on the RTX 5050.

RT cores

Second-generation RT cores on Ampere handle bounding volume traversal and triangle tests. Fourth-generation cores on Blackwell increase throughput and add features for newer rendering methods. Ray tracing is still a stretch at this tier, but the newer cores make better use of their budget.

Manufacturing process

Newer processes allow higher clocks and lower power at equal clocks. This is the main source of the efficiency gain.

Cache

Blackwell parts typically use a larger L2 cache than Ampere, which reduces reliance on raw bandwidth. This partly offsets the RTX 5050's GDDR6 and 128-bit bus.

Real-world scenarios

Scenario one: a 1080p 60 Hz monitor

Either card reaches 60 frames per second in most games at high settings. The cheaper or used card is the sensible pick.

Scenario two: a 1080p 144 Hz monitor

The RTX 5050's extra speed and frame generation make a difference in demanding games. Esports titles run well on both.

Scenario three: texture-heavy games

The RTX 3060's 12 GB lets you keep high textures. The RTX 5050 may need medium textures to avoid stutter.

Scenario four: new build with a warranty

The RTX 5050 is attractive for its warranty and efficiency.

Scenario five: creative hobbyist

The RTX 3060's extra memory helps with larger projects, but the RTX 5050's newer encoders speed up video work.

Platform considerations

Power supply

The RTX 5050 needs a modest supply. Many entry-level builds with a 450 to 550 W quality unit suffice, though you should follow the recommendation on the product page.

Motherboard and processor

An older processor can limit either card. Check that the processor is not the bottleneck, using the diagnostic approach in the CPU and system bottlenecks guide.

Monitor

A 1080p monitor at 60 to 144 Hz suits these cards. Variable refresh rate improves smoothness.

Case

Both fit in small cases. Check dimensions of the specific model.

Buying new versus used in detail

Buying new

A new RTX 5050 comes with a warranty, current driver support and the latest feature set. You can return it under consumer rights if it is faulty. Price is the main cost.

Buying used

A used RTX 3060 saves money but carries risk. Ask for photographs, the purchase date and proof of use. Test it on arrival with a stress benchmark and a game, and check temperatures. Avoid listings that hide the model number.

Mining history

Some used cards were used for cryptocurrency mining. Many survive well, but fans and thermal pads may be worn. Inspect for dust and noise.

Warranty transfer

Some brands transfer warranty to the second owner with proof of purchase. Check before you buy.

Safe payment

Use methods with buyer protection, and prefer local pickup for inspection.

Driver support outlook

Current support

Both architectures receive current drivers. Newer architectures usually keep support longest.

Feature support

New features such as the latest DLSS models arrive for RTX hardware, though some are exclusive to RTX 40 and RTX 50 series cards, as with frame generation. The DLSS 4 guide lists which features need which hardware.

Long-term

A new RTX 5050 will likely receive driver support for longer than an RTX 3060, though both will remain supported for some years. Check NVIDIA's announcements for legacy status.

Settings advice

DLSS use

Use DLSS Quality at 1080p, and Balanced at 1440p. Frame generation helps on the RTX 5050 when the base frame rate is above about 60.

Reflex

Reflex lowers latency. Enable it where supported. The RTX 3060 supports Reflex too.

Frame caps

Cap just below your refresh rate with variable refresh rate on.

Game profiles

Store settings per game using the NVIDIA App.

Frame generation at the entry level

What it offers

Frame generation on the RTX 5050 can turn a base of 60 frames per second into 120 or more displayed frames. In single-player games, that gives a smoother picture. The RTX 3060 cannot do this.

Constraints

The base rate decides responsiveness. A base of 30 will feel sluggish even if the display shows 60 or 90. Generation needs memory, and 8 GB is tight at 1440p. Use it at 1080p with sensible textures.

Multipliers

Multi Frame Generation offers 3x and 4x modes. On a 144 Hz display, 2x is usually enough, since higher multipliers exceed what the screen can show.

Latency and Reflex

Enable Reflex to offset added latency. Competitive players should leave generation off and rely on native frame rates.

Game support

Frame generation requires game integration or driver-level support in some cases. Check that your games support it.

Image quality with DLSS on weaker hardware

Quality mode at 1080p

DLSS Quality at 1080p renders at 720p internally. The transformer-based models produce stable images from that, but fine detail can soften.

Balanced and Performance

At 1080p, lower modes show more artefacts. Prefer Quality, and lower other settings first.

1440p

DLSS Balanced at 1440p renders at about 835p and looks good. It is a smart way to extend the life of a modest card.

RTX 3060 and DLSS

The RTX 3060 supports DLSS Super Resolution, so it benefits from the same upscaling modes. It lacks only frame generation.

Tuning and temperatures

Undervolting

At 130 W, savings are modest, around 10 to 20 W, but noise falls. The method is in the RTX 5070 tuning guide.

Temperatures

Expect the 60s Celsius under load. See the RTX 5060 temperature guide for the principles, which carry over.

Power draw and running costs

Rated power

The RTX 5050 is rated at 130 W. At 100 hours of full-load gaming, it uses 13 kilowatt-hours, about £3.90 at a hypothetical 30 pence per unit. Check the RTX 3060's rating on its product page for a like-for-like comparison.

Heat in the room

A 130 W card adds modest heat. It is easy to live with even in summer.

Idle behaviour

Both cards idle at low power. A multi-monitor setup raises idle draw slightly.

Supply considerations

A quality 450 to 550 W unit is typical for budget builds. Follow the exact recommendation for your card and processor, and choose a reputable brand.

Efficiency of the newer card

On the crude measure of rated watts per chart point, the RTX 5050 works out at about 5.42. That is competitive within its family, and the newer architecture helps in real efficiency.

Longevity and resale

How long each will last

Both cards will play current games at 1080p for some years with adjusted settings. The RTX 5050's feature set extends its useful life. The RTX 3060's memory helps in the shorter term.

Resale values

Older cards fall in price, and used RTX 3060 units are plentiful. A newer card tends to hold value better.

Future game demands

As games demand more memory and ray tracing, 8 GB cards will need lower settings. The RTX 3060's 12 GB gives it a different kind of future-proofing.

Testing the two cards fairly

Match the settings

Compare at the same resolution, preset and upscaling mode. Disable frame generation for a raw speed comparison, and then enable it separately to see its effect.

Use repeatable scenes

Record frame rate, 1% lows and frame time in the same route. Repeat three times and take the median.

Watch memory

Note VRAM use. If the RTX 5050 hits its 8 GB limit, expect spikes that the 12 GB card avoids.

Report fairly

State which test showed which result. An honest comparison shows where each card wins.

Sample comparison approach

Pick three games: a recent open-world title, an esports title and an older game. Compare average and 1% lows at 1080p. The pattern usually shows the RTX 5050 ahead in speed and the RTX 3060 ahead in memory-heavy cases.

Upgrade paths from either card

From the RTX 5050

The next steps are the RTX 5060 at 30 points, the RTX 5060 Ti at 35 and the RTX 5070 at 45. Each gives a meaningful lift. The RTX 5070 complete guide lists what the 1440p tier offers.

From the RTX 3060

The jump to the RTX 5060 gives about 43 percent more on the chart, plus frame generation. The jump to the RTX 5070 gives more than double the score. Memory also moves to 12 GB at that tier.

When to wait

If your current card plays your games acceptably, wait. Price drops and new releases change the value picture regularly.

Selling the old card

Sell the old card to offset the cost. Clean it, photograph it and describe it honestly.

What each owner should do now

If you own an RTX 3060

Keep it unless you need frame generation or more speed. Use DLSS Super Resolution to extend its life, and keep drivers updated.

If you own a GTX card

Upgrade. Either option gives a big step. Choose by budget and the games you play.

If you are building new

Look at the whole entry range. The RTX 5060 often delivers a clearer step for a small increase in price.

Microstutter, frame pacing and the experience gap

Numbers on a chart do not capture feel.

Frame pacing

A card with a steady frame time feels smoother than one with a slightly higher average and erratic delivery. Both cards deliver steady pacing when memory is not exhausted. Once memory fills, the 8 GB card shows spikes.

Influence of the display

Variable refresh rate evens out small variations. A monitor with a range down to 48 Hz or lower handles the 40 to 60 frames-per-second range of budget gaming well.

Tips for smoother play

Cap the frame rate to a value you can hold, such as 60 or 72, instead of chasing a higher but unstable average. Keep textures within your memory limit. Close background tasks.

Measuring smoothness

Use the frame-time graph in the overlay. A flat line is good. Tall spikes are not. Compare both cards on the same route and rely on the graph more than the average.

Common mistakes

Assuming newer always wins

Memory capacity can swing results in some games. Check your own titles.

Buying a used card without checks

Test it and ask for evidence of working condition. Avoid cards from mining farms without inspection.

Ignoring the platform

An old processor or slow memory hides the card's capability.

Overlooking the RTX 5060

A small price difference often buys a bigger performance step.

Final buying checklist

Before you pay, confirm your resolution and refresh rate, check that your power supply has the required connectors, compare the cost per chart point for each candidate at current prices, read the warranty terms, confirm the exact model and memory capacity on the listing and check return rights. If you buy used, inspect the card on arrival and run a game for an hour while watching temperatures. Write down the settings that work for your favourite games. These simple steps prevent most disappointments with budget hardware, and they turn a small purchase into a satisfying upgrade whichever card you choose.

Keeping expectations realistic at the entry level

Entry-level cards are about sensible compromises. Expect high settings at 1080p in most games, medium to high settings at 1440p with upscaling, and the occasional need to lower textures or skip ray tracing. A well-tuned profile on either card produces a pleasant experience, and the difference between them is smaller in daily play than a single chart suggests. Spend a little time on settings, enable the features your card supports, keep the drivers current and the card clean, and you will get more out of it than raw numbers imply.

Another way to decide: three questions

Ask yourself which matters more, a warranty and modern features or a larger memory pool and a lower price. Ask whether the games you play are memory-hungry or speed-hungry. Ask whether frame generation will matter to you. If you answer warranty, speed and frame generation, choose the RTX 5050 or consider the RTX 5060. If you answer memory and price, the used RTX 3060 12 GB is a sensible choice.

Further reading

For more entry-level guidance, see the beginner guide to optimising an RTX 5050 for 1080p and the list of best game settings for the RTX 5050. Both show how to squeeze the most from a modest card with sensible presets, DLSS choices and frame caps, which is exactly the mindset that makes either card in this comparison feel faster than the chart suggests. Revisit your settings whenever you update the driver or install a major game patch.

Summary

The RTX 5050 is modestly faster than the RTX 3060 12 GB on the site's chart, with scores of 24 against 21, and it adds DLSS 4 with Multi Frame Generation, newer media engines and a warranty on new stock. The RTX 3060 counters with 12 GB of VRAM and a typically low used price. Choose the RTX 5050 for a new budget build, the RTX 3060 for a bargain used purchase or memory-heavy work, and consider the RTX 5060 if the price gap is small. Compare cost per chart point at current UK prices, confirm your platform and test in your own games.

Frequently asked questions about the RTX 5050 and RTX 3060

Is the RTX 5050 faster than the RTX 3060?

On the site's relative chart, yes, by about 14 percent, with scores of 24 against 21. The gap varies by game. Add frame generation, which only the RTX 5050 supports, and the displayed frame rate in supported games can be much higher.

Which has more VRAM, the RTX 5050 or RTX 3060?

The RTX 3060 12 GB has more, at 12 GB against 8 GB. That helps with high textures and mods. The RTX 5050 may need lower texture settings in memory-hungry games, particularly at 1440p. Check the product page for your exact model.

Does the RTX 3060 support frame generation?

No. Frame generation and Multi Frame Generation require RTX 40 or RTX 50 series hardware. The RTX 3060 supports DLSS Super Resolution, but it cannot generate extra frames. Only RTX 40 and RTX 50 series cards offer it, so the RTX 5050 holds a clear advantage in supported games.

Which is better for 1080p gaming?

Both are 1080p cards. The RTX 5050 is somewhat faster and gains from frame generation. The RTX 3060 may handle high texture settings better because of its extra memory. Check your games and current prices. Compare current prices before you decide on either card.

Is it worth upgrading from an RTX 3060 to an RTX 5050?

Usually not by itself. The gain of about 14 percent plus frame generation is modest, and you lose 4 GB of VRAM. If the RTX 3060 meets your needs, wait for a larger step such as the RTX 5060 or RTX 5070.

Which should I buy new today?

If you want a new card with a warranty, the RTX 5050 offers newer features, though you should compare it with the RTX 5060, whose chart score is 30. Compare cost per chart point at current prices. Check the warranty length and return window too.