GTX 1650 Gaming Benchmark 2026 -- Worth It Without a Power Connector?

The GTX 1650 in 2026 -- Pakistan's SFF Gaming Hero

Nvidia's GTX 1650 occupies a very specific niche that no other GPU can fill: it is the highest-performing discrete GPU you can drop into an HP EliteDesk 800, a Dell OptiPlex 7070, or a Lenovo ThinkCentre without touching the PSU, drilling a hole for a power cable, or worrying about whether your case has room for a full-length card. Its 75W TDP means it draws everything it needs directly through the PCIe x16 slot. No 6-pin. No 8-pin. Just slide it in and boot.

That single feature -- no external power connector -- makes the GTX 1650 the go-to GPU for millions of used office PCs circulating in Pakistan's market right now. A refurbished HP EliteDesk with a Core i5-8500 or Core i7-9700 costs Rs 30,000-45,000. Drop a GTX 1650 GDDR6 into it for Rs 20,000-25,000 and you have a 1080p gaming machine for around Rs 55,000-65,000 total. That's a compelling proposition when new budget gaming builds start above Rs 80,000.

But the GTX 1650 is not without its complications. Nvidia released multiple versions of this card -- GDDR5 and GDDR6 -- that look identical from the outside but perform very differently. And in 2026, the card faces genuine competition from the GTX 1060 6GB and even the GTX 1050 Ti in the same price range. So we ran the benchmarks, looked at the real numbers, and built an honest picture of where this card stands and who should actually buy it.

GTX 1650 GDDR6 Specifications

The GTX 1650 is built on Nvidia's Turing architecture (TU117 die) -- the same generation as the RTX 2060 and RTX 2070, just without the dedicated RT and Tensor cores. Turing brought real efficiency improvements over Pascal, which is why the 1650 delivers competitive performance at just 75W. Here are the full specs for the GDDR6 version, which is what you want to buy:

Specification	GTX 1650 GDDR6
Architecture	Turing (TU117)
CUDA Cores	896
VRAM	4GB GDDR6
Memory Bus	128-bit
Memory Bandwidth	192 GB/s
Base Clock	1410 MHz
Boost Clock	1590 MHz
TDP	75W
Power Connector	None (slot-powered)
Display Outputs	1x DisplayPort, 1x HDMI, 1x DVI-D
DirectX Support	DirectX 12 Ultimate (Feature Level 12_1)
Release Year	2020 (GDDR6 refresh)

The 896 CUDA core count is lower than both the GTX 1060 6GB (1280 cores) and GTX 1060 3GB (1152 cores), which might look alarming on paper. But Turing's architecture is meaningfully more efficient per core than Pascal. Each Turing shader processor delivers more throughput than a Pascal equivalent, which partially closes the raw core-count gap. The net result is that the GTX 1650 GDDR6 performs in a similar ballpark to the GTX 1060 3GB, but with the much faster GDDR6 memory giving it a real edge in bandwidth-limited scenarios.

The 4GB of GDDR6 is the right amount for a 75W card targeting 1080p esports. At 192 GB/s bandwidth across 128-bit, the GDDR6 version has surprisingly healthy memory throughput -- more than enough for the esports titles this card dominates. Where the 4GB ceiling bites is in demanding modern AAA games, but that's an inherent limitation of the product tier, not a GDDR6 flaw.

Test System

We paired the GTX 1650 GDDR6 with components that are realistic for Pakistan's market -- specifically targeting the kind of setup someone would build by combining a GTX 1650 with a refurbished office PC or a budget new build.

Component	Spec
CPU	Intel Core i5-10400F (6C/12T, 2.9 GHz base)
RAM	16GB DDR4-3200 (2x8GB, dual channel)
GPU	GTX 1650 GDDR6 (Asus Phoenix, single-fan)
Storage	512GB SATA SSD
OS	Windows 10 64-bit (latest updates)
Driver	Nvidia Game Ready Driver 572.xx
Resolution	1920x1080
Monitor	75Hz IPS (standard Pakistani budget panel)

The i5-10400F is a strong pairing for the GTX 1650 -- six cores and twelve threads means it is not a bottleneck in any of the games tested. All benchmarks used CapFrameX for accurate average and 1% low data. Three-run averages were recorded after a clean reboot with no background applications beyond Windows essentials.

GTX 1650 GDDR6 Benchmark Results -- 1080p

Settings for each game reflect the best balance of performance and visual quality for this hardware tier. Where a lower preset is listed, it's because higher settings create noticeable hitching rather than just a lower average. Where a title shows "Runs Great," the gameplay experience is genuinely smooth and competitive.

Game	Settings / Resolution	Avg FPS	Verdict
CS2	Low-Med, 1080p	120-150	Runs Great
Valorant	Low, 1080p	140-170	Runs Great
GTA V	High, 1080p	70-85	Runs Great
PUBG	Low, 1080p	60-75	Runs Great
Free Fire	Max, 1080p	60 (capped)	Runs Great
Fortnite	Performance Mode, 1080p	80-100	Runs Great
Apex Legends	Low, 1080p	65-80	Runs Great
The Witcher 3	Medium, 1080p	50-60	Runs Well
FIFA / EA FC 26	High, 1080p	60 (locked)	Runs Great
Cyberpunk 2077	Low + FSR, 1080p	30-38	Playable
Elden Ring	Low, 1080p	45-55	Runs Well
Red Dead Redemption 2	Low, 720p	28-35	Playable

Reading the Results

The GTX 1650 GDDR6's benchmark table tells a clear story with two distinct performance tiers. Esports and competitive titles -- CS2, Valorant, Fortnite, PUBG, Free Fire, Apex Legends -- are the card's absolute wheelhouse. Every single one of these games runs above 60 FPS, with CS2 and Valorant pushing well past 100 FPS on low-to-medium settings. On Pakistan's standard 75Hz monitors, these games feel fluid and competitive. This is the card's strongest selling point and why it remains a legitimate buy in 2026 for competitive gamers on a tight budget.

GTA V deserves a special mention. At High settings 1080p with 70-85 FPS, Rockstar's engine continues to scale beautifully on Turing hardware. FIFA / EA FC 26 locked to 60 FPS on High is exactly what football game players want. These two titles represent the mainstream Pakistani gaming appetite beyond esports, and the 1650 handles both confidently.

The heavier AAA titles reveal the limits. The Witcher 3 at Medium 1080p delivers 50-60 FPS -- comfortably playable for a single-player RPG, but you'll need to resist the temptation to push to High where the 4GB VRAM becomes a concern. Elden Ring at Low 1080p hits 45-55 FPS, which is fine for a methodical action RPG. Cyberpunk 2077 at Low + FSR 1080p sits at 30-38 FPS -- technically playable for story mode but not what you'd call comfortable. RDR2 requires dropping to 720p and Low to stay above 28 FPS, which is the clearest signal that this card has hit its wall with the most demanding open-world titles.

GTX 1650 GDDR5 vs GDDR6 -- Always Buy GDDR6

This is not a preference -- it is a technical requirement for anyone who wants to get actual value from a GTX 1650 purchase. The GDDR5 and GDDR6 versions of the GTX 1650 carry the same name and look nearly identical on store listings, but they are meaningfully different products with a real performance gap between them.

The memory difference is the headline. GDDR6 runs at a far higher data rate than GDDR5 on the same 128-bit bus. In numbers: the GDDR6 version delivers approximately 192 GB/s of memory bandwidth, while the GDDR5 version delivers roughly 128 GB/s on the same bus width. That is a 50% bandwidth advantage for the GDDR6 variant -- not a small margin. Memory bandwidth is critical for a GPU at this tier because the 128-bit bus is already narrow; the faster GDDR6 compensates for that narrowness by moving data more quickly on every cycle.

In real gameplay, this bandwidth gap produces 10-20% higher average FPS in most titles, with the difference growing in texture-heavy and high-resolution scenarios. CS2, which benefits from high-speed memory for its geometry-heavy engine, shows one of the largest gaps -- the GDDR6 version can push 120-150 FPS while the GDDR5 struggles to stay above 100 FPS at the same settings. In GTA V at High 1080p, the GDDR5 version drops into the 55-65 FPS range, losing the comfortable headroom the GDDR6 maintains at 70-85 FPS. Every game in the benchmark table above would score 10-20% lower on the GDDR5 variant.

Beyond the bandwidth difference, the two versions also carry different cooler configurations from most board partners -- many GDDR5 1650 cards shipped with single-slot blower coolers that run significantly hotter and louder than the dual-slot single-fan or dual-fan designs on the GDDR6 models. Thermal throttling on the GDDR5 in Pakistani summer temperatures is a documented problem.

The No-Power-Connector Advantage -- Pakistan's SFF PC Scene

Pakistan's corporate and office PC market runs almost entirely on small form factor desktops. HP EliteDesk 800 G4 and G5, Dell OptiPlex 7070 and 7080, Lenovo ThinkCentre M720q and M920s -- these machines fill every school, government office, call center, and corporate workspace in the country. When these PCs come off their three-to-five-year lease cycles, they flood the local used market at Rs 30,000-50,000 for configurations with Intel Core i5 or Core i7 8th-to-10th gen CPUs and 16GB of RAM.

These machines are genuinely capable computing platforms in 2026. But they share one limitation: their slim chassis and small power supplies -- typically 200W to 280W -- have no GPU power cables. The PCIe slot supplies a maximum of 75W, which is exactly the GTX 1650's TDP. This is not a coincidence; Nvidia specifically designed the 1650 to fit within the 75W slot-power envelope, partly to capture the SFF upgrade market.

The practical implication is significant. The GTX 1650 GDDR6 is essentially the only discrete GPU that makes sense in these machines. A GTX 1060 would require a power cable that does not exist and a PSU that cannot supply it. A GTX 1050 Ti is slot-powered too, but delivers noticeably lower performance. The GTX 1650 is the top of the slot-powered food chain.

For someone in Karachi or Lahore who picks up an HP EliteDesk G5 with a Core i7-9700 for Rs 40,000, adding a GTX 1650 GDDR6 for Rs 22,000 produces a machine that runs CS2, Valorant, GTA V, and PUBG at smooth framerates for a total of around Rs 62,000. That is a hard combination to beat at that price point in Pakistan. No new build at that budget comes with a Core i7 and 16GB of RAM with an SSD already installed.

GTX 1650 vs GTX 1050 Ti -- When Is the Upgrade Worth It?

The GTX 1050 Ti is the 1650's most natural predecessor in Pakistan's used market. It is also slot-powered, it also targets 1080p gaming, and it can often be found for Rs 12,000-16,000 -- Rs 6,000-10,000 less than a GTX 1650 GDDR6. So is the upgrade worth the money?

In raw performance, the GTX 1650 GDDR6 is approximately 30-40% faster than the GTX 1050 Ti across most titles. That gap translates directly into either higher FPS at the same settings, or better visual quality at the same FPS target. In practical terms: Valorant goes from 100-120 FPS on the 1050 Ti to 140-170 FPS on the 1650 GDDR6. CS2 goes from 80-100 FPS to 120-150 FPS. GTA V at High 1080p jumps from a borderline 50-60 FPS to a confident 70-85 FPS. For anyone on a 75Hz or 144Hz monitor who wants to push competitive framerates, that is a meaningful improvement.

The games where the upgrade matters most are anything memory-bandwidth-sensitive. The 1050 Ti uses GDDR5 on a 128-bit bus at 112 GB/s -- well below the 1650 GDDR6's 192 GB/s. In PUBG and Apex Legends, which are both bandwidth-hungry at 1080p, the 1650 GDDR6 pulls ahead by 20-25 FPS over the 1050 Ti. The Witcher 3 shows a similar pattern -- the 1050 Ti sits at 38-45 FPS at Medium 1080p, where the 1650 GDDR6 maintains 50-60 FPS.

The verdict: if you are currently on a GTX 1050 Ti and primarily play CS2, Valorant, PUBG, or Fortnite, the GTX 1650 GDDR6 upgrade is worth every rupee of the price difference. If you are buying a card from scratch and the 1050 Ti is Rs 8,000 cheaper, evaluate your game list first. For casual Free Fire or FIFA gameplay, the 1050 Ti's savings may be better spent elsewhere. For competitive multiplayer on a 75Hz+ monitor, the 1650 GDDR6's higher FPS are genuinely noticeable.

GTX 1650 vs GTX 1060 6GB -- The Real Competition

This is where the comparison gets honest. The GTX 1060 6GB is the most direct competitor to the GTX 1650 GDDR6 in Pakistan's used market, often available for similar prices, and it wins in overall raw performance. The 1060 6GB's 1280 Pascal CUDA cores with 6GB of GDDR5 at 192 GB/s outperforms the 1650 GDDR6 in the majority of gaming benchmarks -- by margins ranging from 10% to 20% depending on the title.

In the games that matter most in Pakistan, the GTX 1060 6GB delivers higher FPS across the board. CS2 runs at 130-160 FPS versus the 1650's 120-150 FPS. GTA V at High 1080p hits 85-100 FPS versus the 1650's 70-85 FPS. The Witcher 3 at High 1080p reaches 60-70 FPS versus the 1650's 50-60 FPS on Medium. RDR2 is playable at Low 1080p on the 1060 6GB versus the 1650 needing to drop to Low 720p to stay above 28 FPS. On paper, if performance is your only metric, the GTX 1060 6GB wins.

But there is one scenario where the GTX 1650 GDDR6 wins definitively: SFF builds. The GTX 1060 6GB requires a 6-pin power connector. In an HP EliteDesk, Dell OptiPlex, or Lenovo ThinkCentre with a 200-280W slim PSU and a slim chassis, the 1060 6GB is simply not an option. You cannot fit it, you cannot power it, and forcing it risks damaging both the card and the PSU. In this specific use case, the GTX 1650 GDDR6 is not just the better choice -- it is the only practical choice.

For full-size ATX builds where both cards are viable, the math is straightforward: check the current OLX prices for both cards in your city. If the GTX 1060 6GB is within Rs 2,000-3,000 of the GTX 1650 GDDR6, buy the 1060 6GB for the extra VRAM and raw performance. If the 1650 is significantly cheaper, or if you're building into an SFF chassis, the 1650 GDDR6 is the correct call.

Optimized Settings for GTX 1650 in 2026

Getting the most out of the GTX 1650 GDDR6 is about working with its strengths -- the fast GDDR6 bandwidth -- while managing around its constraints: the 896 CUDA core count and the 4GB VRAM ceiling. Here is how to approach each major title.

General Settings Principles

• Textures: Medium, maximum. Ultra and High textures in modern games can allocate 3.5-5GB of VRAM before the rest of the scene is even loaded. Staying at Medium keeps VRAM usage under 3.5GB and preserves headroom for runtime allocations, preventing the stutter spikes that define VRAM overflow on a 4GB card.
• Shadows: Low to Medium. Shadow rendering is consistently the single most expensive quality setting per FPS gained on Turing hardware at this tier. Dropping from High to Medium in most games recovers 12-18% frametime with negligible visual impact during fast gameplay -- you will not notice the difference at 75 FPS but you will notice the extra smoothness.
• Ambient Occlusion: SSAO or Off. HBAO+ requires additional GPU passes that strain the 896-core Turing die. Use SSAO if AO is important to you visually, or turn it off entirely for maximum FPS in competitive titles. The difference is invisible during movement.
• Anti-aliasing: TAA only. MSAA is off the table for this card -- 4x MSAA alone can cut performance by 20-30%. TAA is built into the render pipeline in most modern games and adds minimal overhead. Use FXAA as a fallback if TAA causes blurring in a specific title.
• FSR (FidelityFX Super Resolution): enable it. AMD's FSR works perfectly on Nvidia GPUs and is one of the best tools for the GTX 1650 in 2026. Quality or Balanced mode at 1080p output adds 15-25% FPS with minimal sharpness loss. Cyberpunk 2077 is only in the "Playable" tier because FSR makes it so.
• Ray tracing: never. The GTX 1650 has no RT cores. Software ray tracing on Turing at this tier is unusably slow -- you will drop below 20 FPS in any game that enables it. Keep it off.
• Post-processing: selective. Motion blur, depth of field, and lens flares add visual noise without aiding gameplay and carry real GPU cost. Disable them all in competitive titles. They are acceptable in story-driven single-player games where you want cinematic flair.

Game-Specific Tips

• CS2: Global shadow quality Medium, texture detail High (VRAM allows it at 1080p in CS2's older engine), effects Low. Multicore rendering on. You can push to Low-Medium mix and comfortably hit 120-150 FPS on a 75Hz monitor without frame drops during smoke-heavy engagements.
• Valorant: Multi-threaded rendering On, materials quality Medium, texture quality Medium, detail quality Low, UI quality Medium, anti-aliasing MSAA 2x (the engine handles this efficiently). Vsync Off. On most maps you will maintain 140-170 FPS with room to spare.
• PUBG: Render Scale 100, textures Low, shadows Very Low, effects Low, foliage Low, view distance Medium. This is the combination that pushes from 50-60 FPS (default Low preset) up to 60-75 FPS with better consistency through tree-dense areas.
• GTA V: MSAA Off, FXAA On, textures Normal, shadows Soft, population density and variety both at half, ambient occlusion Off. Grass quality Low. Shader quality High (this has lower GPU cost than expected in RAGE). You will maintain 70-85 FPS through the city core.
• Fortnite: Use Performance Mode (DX11 low-quality). This Epic-designed mode strips heavy visuals for maximum framerate. 3D resolution 100%, texture quality Medium, shadows Off. Disable RTX. Performance Mode alone bumps FPS by 30-40% versus the default Quality preset on this hardware.
• Cyberpunk 2077: Low preset as the base, then manually set texture quality to Medium (the Low preset drops it unnecessarily), FSR Quality enabled, motion blur Off, depth of field Off, chromatic aberration Off. Crowd density Low. This achieves 30-38 FPS with a noticeably better image quality than pure Low delivers.

Verdict -- Should You Buy the GTX 1650 GDDR6 in Pakistan in 2026?

The GTX 1650 GDDR6 earns its place in Pakistan's used GPU market, but with a clear and specific buyer profile in mind. It is not the best-value GPU for every situation -- but for the situations it was built for, it remains one of the strongest options available.

Buy it if: you are upgrading an SFF office PC

If you have an HP EliteDesk, Dell OptiPlex, Lenovo ThinkCentre, or any slim-chassis corporate desktop, the GTX 1650 GDDR6 is effectively your only real gaming GPU option in 2026. The combination of 75W slot-powered design, a compact dual-slot or single-slot footprint, and Turing efficiency makes it the definitive upgrade for this machine class. At Rs 18,000-25,000 installed into a used office PC costing Rs 30,000-45,000, you get a surprisingly capable 1080p esports rig for well under Rs 70,000 total. That value proposition is hard to argue with.

Buy it if: CS2, Valorant, and PUBG are your main games

For competitive multiplayer gaming at 1080p on a 75Hz monitor, the GTX 1650 GDDR6 delivers exactly what you need. CS2 at 120-150 FPS, Valorant at 140-170 FPS, PUBG at 60-75 FPS, Fortnite Performance Mode at 80-100 FPS -- these are comfortable, competitive framerates that take full advantage of a 75Hz panel. The gaming experience in these titles is genuinely excellent, and none of them will push the 4GB VRAM to its limit at sensible settings.

Think carefully if: your game list is heavier AAA

If The Witcher 3, Elden Ring, and Cyberpunk 2077 represent your typical game library, the GTX 1650 GDDR6 will get you there -- but with visible constraints. You will be on Medium or Low settings in most of these titles, and RDR2 will require dropping to 720p. For pure AAA single-player gaming on a standard ATX build, the GTX 1060 6GB is a better long-term investment if you can find one for a similar price. The extra VRAM and raw core count make a material difference across this game category.

Final word for Pakistan's market

Check prices on OLX and Facebook Marketplace right now before deciding. If a GTX 1650 GDDR6 is Rs 18,000-22,000 and a GTX 1060 6GB is Rs 22,000-28,000, buy the 1650 unless you have a specific AAA-heavy game list and a full-size ATX build. If both are available at similar prices and you have a regular tower, take the 1060 6GB. If you have an SFF machine, take the 1650 every single time -- it's the only card that makes the math work.

Use the FrameXPK GPU tool to check per-game optimized settings for your GTX 1650 and compare it side-by-side with other GPUs available in the Pakistani used market.