1660 Super vs 3050 in 2026: Both Supported, Only One Has DLSS

1660 Super vs 3050 is a closer comparison than the generation gap suggests, and the usual tiebreakers do not apply. The GTX 1660 Super has 50% more memory bandwidth than the RTX 3050. Both cards still receive full Game Ready driver support — the 1660 Super is Turing, and Turing was explicitly excluded from Nvidia’s October 2025 deprecation. So the driver argument that settles most old-card comparisons is off the table here. What is left is one feature, and it decides everything.

The Quick Verdict

The RTX 3050 wins, but by less than you would expect on raw performance — roughly 15–20% in rasterization. The decisive advantage is DLSS 4.5, which the 1660 Super cannot run at all because it has no Tensor cores. In titles supporting it, that is not a 20% gap. It is a different category of experience.

Where the 1660 Super Genuinely Wins

Memory bandwidth — 336 GB/s against 224, a 50% advantage on a 192-bit bus against the 3050’s 128-bit. And power: 125W against 130W, with many 1660 Super models running on a single 8-pin in machines with modest supplies.

The Thing That Makes This Different From Other Old-Card Comparisons

Both cards keep their drivers. When Nvidia ended Game Ready support for Maxwell, Pascal, and Volta in October 2025, Turing was untouched — so unlike an RX 580 or a GTX 1070, the 1660 Super is not on a legacy branch. It gets day-zero profiles today. It just cannot use the feature that matters.

Comparison Table

Two years and one architecture apart. The interesting rows are the ones where the older card wins.

Why the Shader Count Overstates the Gap

2,560 against 1,408 looks like 82% more hardware. It is not, and this catches people out across the whole Ampere generation.

Ampere restructured its SMs so that each can process more FP32 work per clock than Turing’s could, and Nvidia counts the resulting FP32 units in its CUDA core figure. The number went up more than the practical throughput did. An Ampere “core” and a Turing “core” are not the same unit being counted.

Combine that with the 1660 Super’s 50% bandwidth advantage and the real rasterization gap lands around 15–20% rather than the 80% the spec sheet implies. That is a genuinely modest gain for two years and a full architecture.

Deep Dive Face-Off

Four criteria. Two are close, one is identical, and one ends the argument.

Rasterization: Closer Than Advertised

The RTX 3050 leads by roughly 15–20% in most titles. Both are 1080p cards and neither reaches 1440p comfortably at high settings.

The 1660 Super’s bandwidth advantage does real work here. Where the 3050’s 224 GB/s becomes the constraint — texture-heavy scenes, higher settings — the older card closes the gap and occasionally matches it.

Honest framing: the RTX 3050 was a weak entry in its own generation, criticised at launch for its price. Against a card two years older it wins by less than it should.

DLSS: Where It Stops Being a Comparison

This is the criterion that settles it, and it is binary rather than gradual.

The GTX 1660 Super is Turing without Tensor cores — Nvidia’s compromise for the budget tier in 2019. No Tensor cores means no DLSS, in any version, ever. It is a hardware requirement, not a driver feature.

The RTX 3050 launched with DLSS 2 and now runs the DLSS 4.5 model, which Nvidia says draws 23 of every 24 pixels on screen. On a card this size that is not an enhancement. It is what makes recent titles playable at all.

So in a supported title, the two cards are not 15–20% apart. One runs the game at a playable frame rate and the other does not. That gap does not appear in rasterization benchmarks, which is exactly why those benchmarks mislead here.

The 1660 Super does get something. FSR 1, 2, and 3 are hardware-agnostic and work. Intel’s XeSS in DP4a mode runs on Turing in supported titles. Neither matches DLSS, and when AMD brought FSR 4.1 to older cards in May 2026 it reached RX 6000 and 7000 — nothing in that wave helps an Nvidia card.

VRAM and the Variant Trap

6GB against 8GB. Modern titles at 1080p high routinely approach both, and the 3050’s extra 2GB is a real if unglamorous advantage.

The trap: there is an RTX 3050 6GB, and it is not an 8GB card with less memory. It runs fewer cores on a narrower bus, and it is a meaningfully worse product wearing the same name. If a 3050 listing looks unusually cheap, this is frequently why.

Check GPU-Z on arrival rather than the seller’s description. On the used market, listings are written by people who often do not know which variant they have.

Drivers: Genuinely Identical

Worth stating clearly because it is unusual. Both cards receive full Game Ready support. Turing and Ampere were both excluded from the October 2025 deprecation that moved Maxwell, Pascal, and Volta to quarterly security updates through 2028.

Neither card is abandoned. Neither will be soon — that has historically arrived around a decade after launch, which puts both well past 2029.

So if you own a 1660 Super, the anxiety about being cut off is misplaced. You are on the supported branch. You are simply outside the feature set, which is a different and more permanent problem.

Power and the Prebuilt Question

125W against 130W is close enough to ignore, and both cards suit the machines they typically go into — older prebuilts with modest supplies. Neither is a PSU upgrade.

The 1660 Super has an edge on physical fit: many models are compact dual-fan or even single-fan designs, and low-profile variants exist. If you are upgrading a slim office chassis, that flexibility is worth something the spec sheet does not show.

Both are cards with five or six years on them, though. Thermal paste degrades and fan bearings wear. A card throttling at 83°C because its paste dried out will underperform every benchmark you have read, and no comparison tells you which listing that describes. Budget a repaste on either, and an undervolt afterwards typically drops 10–20°C and recovers sustained clocks you have quietly been losing.

The Alternative

Both are used cards with no warranty, and the gap to something new is smaller than it looks.

The RTX 5050: New, With MFG

At $249 MSRP with 2,560 Blackwell cores, 8GB of GDDR6 at 320 GB/s and 130W on a single 8-pin, the RTX 5050 is the first xx50-class desktop card with Multi Frame Generation. Partner models have run $269–$310.

Note its bandwidth: 320 GB/s, which is below the 1660 Super’s 336. It is the only Blackwell desktop card using GDDR6 rather than GDDR7 — a cost decision that, in a memory shortage, turned into supply insulation.

Against a used 3050 at $130–$150, that is roughly $120–$160 for a warranty, a longer runway, and frame generation neither Ampere nor Turing can have.

The RTX 5060: Where the Money Works

At $299 MSRP with 3,840 cores, 8GB of GDDR7 at 448 GB/s and 145W, the RTX 5060 has held nearest to list of anything in the current lineup — around $339 as of July 2026.

Reviewers were lukewarm on the RTX 5050 precisely because this exists for $50 more with 50% more cores and 40% more bandwidth. If you can stretch, this is the answer rather than either card here.

Keeping the 1660 Super

Entirely legitimate. It still runs esports at 1080p well, it keeps its drivers, and spending $140 on a used 3050 for 15–20% is poor value.

The counter is DLSS. Games are increasingly designed assuming upscaling is available, with performance targets set on that basis, and you are running native in a world tuned for reconstruction. That gap widens with every release.

The arithmetic is worth running honestly. If your 1% lows sit above 55 FPS in what you play, keep the card — nothing here is worth a transaction. If they sit below 40, no upscaler you can run closes that, and a 15–20% gain from a 3050 will not either.

What the 2026 Market Means Here

Used prices are anchored to new ones, and the new market has held these cards up well past where they should be.

Why Nothing Is Getting Cheaper

Component pricing has continued trending upward, memory foremost. The positive news is real but weak: the steep late-2025 climb has flattened, and Framework has reported a stretch of relative stability while still warning that volatility remains. New supply is opening — OEMs can source DDR5 from Chinese suppliers such as CXMT, and Micron is building two Idaho fabs — but neither produces until 2027–2028.

At CES 2026 board partners reported the RTX 5070 Ti and RTX 5060 Ti 16GB as end of life while Nvidia disputed the claim, and allocation shifted toward 8GB parts. When new mid-range supply thins, used entry-level prices rise. That is why a 2019 card still commands money.

The Practical Read

Waiting for used prices to fall is not a plan. They track a new market where relief is three years out.

The good news for this bracket: the tiers still in normal supply are exactly the ones you were shopping. The RTX 5060 at $339 is not going anywhere and is not getting cheaper.

If you are choosing between these two used cards, take the 3050 for DLSS. If you can reach $339, stop shopping the used market — it is worth comparing what the RTX 5050 and 5060 cost today, because the gap to a new card with a warranty and Multi Frame Generation is narrower than most people assume.

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• PNY GeForce RTX 5080 16GB OC review

Final Verdict and Recommendation

The 1660 Super vs 3050 verdict cannot lean on the usual argument. Both cards keep full Game Ready driver support — Turing and Ampere were both spared the October 2025 deprecation — so nobody here is abandoned. And the 1660 Super wins on bandwidth by 50%, which keeps the rasterization gap down to a modest 15–20%.

It comes down to Tensor cores. The 1660 Super has none, which means no DLSS, permanently. The RTX 3050 runs DLSS 4.5 — and on a card this size that is not a 20% advantage in supported titles, it is the difference between playable and not. Rasterization benchmarks do not show that, which is why they mislead here.

Buy the RTX 3050 if you are choosing between these two, and check GPU-Z for the 8GB variant rather than the 6GB one wearing the same name. Keep the 1660 Super if you play esports and your frame rates are fine — you keep your drivers and nobody should pay for 15% they cannot perceive. Buy the RTX 5060 instead if you can reach $339: 40% more bandwidth than either card here, Multi Frame Generation, a warranty, and a runway that includes DLSS 5 this autumn. It is also the tier Nvidia is still clearly producing, which this year counts for more than it should.