GTX 1050 Ti Gaming Benchmark 2026 -- Still Worth It in Pakistan?

The GTX 1050 Ti in 2026 -- Still Pakistan's Cheapest Gaming Entry

Nvidia's GTX 1050 Ti launched in 2016 on the Pascal architecture, and a full decade later it refuses to disappear from Pakistan's second-hand GPU market. That staying power is not an accident. The card occupies a very specific and persistent price band -- Rs 8,000 to Rs 14,000 -- that sits below every other discrete GPU worth recommending. For a buyer who cannot stretch to Rs 18,000 or more for a GTX 1650 GDDR6, the 1050 Ti is the answer that actually exists in the market at their price point.

The other reason for its longevity is a hardware feature that happens to be extremely relevant for Pakistan's used PC ecosystem: the 1050 Ti draws its full 75W through the PCIe slot alone. No 6-pin power connector. No 8-pin connector. Just a PCIe x16 slot, which every desktop motherboard from the last fifteen years provides. That means you can drop a GTX 1050 Ti into an HP EliteDesk, a Dell OptiPlex, or any other slim office PC without touching the PSU, without adding a power cable, and without worrying about whether the case physically has room for a large GPU. The 1050 Ti, particularly in its Low Profile form, is the entry-level upgrade card for an entire generation of corporate PCs flooding the used market.

But hardware that is a decade old inevitably faces real limitations. The 4GB of GDDR5 VRAM that seemed adequate in 2016 is now a genuine constraint in modern AAA titles. The Pascal GP107 die does not support hardware raytracing. The 128-bit memory bus, while fine for esports, becomes a bottleneck when modern open-world games need to stream high-resolution textures rapidly. The question for 2026 is not whether the 1050 Ti has limitations -- it clearly does -- but whether those limitations matter for the games that Pakistani gamers actually play. To find out, we ran the card through 12 titles and documented exactly what to expect.

GTX 1050 Ti Specifications

Understanding the hardware helps explain the benchmark results. The GTX 1050 Ti is built on Nvidia's Pascal architecture using the GP107 die -- the same silicon as the GTX 1050, just with more resources enabled. Here is the complete specification sheet:

Specification	GTX 1050 Ti
Architecture	Pascal (GP107)
CUDA Cores	768
VRAM	4GB GDDR5
Memory Bus	128-bit
Memory Bandwidth	112 GB/s
Base Clock	1290 MHz
Boost Clock	1392 MHz
TDP	75W
Power Connector	None (slot-powered)
Display Outputs	1x DisplayPort, 1x HDMI, 1x DL-DVI
DirectX Support	DirectX 12 (Feature Level 12_0)
Release Year	2016

The 768 CUDA cores are the key throughput figure. Compare this to the GTX 1650 GDDR6's 896 Turing cores and the GTX 1060 6GB's 1280 Pascal cores, and the 1050 Ti's position in the pecking order becomes clear. It is not a powerhouse -- it never was. The architectural efficiency of Pascal helped it punch above what a raw 768-core count might suggest, but raw CUDA core throughput is still directly tied to rendering speed in the geometry and shading workloads that define gaming performance.

The 112 GB/s memory bandwidth figure deserves particular attention. On the same 128-bit bus as the GTX 1650 GDDR6, the older GDDR5 memory here delivers about 58% of the bandwidth that the newer card achieves. Modern game engines -- especially open-world titles -- are increasingly bandwidth-sensitive, because streaming textures and geometry data from VRAM to the GPU requires high throughput. The 1050 Ti's memory subsystem is the first place performance pressure starts to show in demanding games. However, for esports titles that are primarily compute-bound rather than bandwidth-bound, the difference is smaller than the raw numbers imply.

The 75W TDP and the resulting no-power-connector design are the features that define this card's relevance in 2026 more than any pure performance metric. We will cover that fully in the LP section below.

Test System

The test system was chosen to represent a realistic paired build in Pakistan -- not an idealized high-end rig that would eliminate any CPU bottleneck concerns, but a genuine mid-range configuration that matches what someone buying a used GTX 1050 Ti might actually be using.

Component	Spec
CPU	Intel Core i5-9400F (6C/6T, 2.9 GHz base / 4.1 GHz boost)
RAM	16GB DDR4-2666 (2x8GB, dual channel)
GPU	GTX 1050 Ti 4GB (MSI Gaming X, dual-fan)
Storage	512GB SATA SSD
OS	Windows 10 64-bit (latest updates)
Driver	Nvidia Game Ready Driver 572.xx
Resolution	1920x1080 (primary), 1280x720 (noted where used)
Monitor	75Hz IPS (standard Pakistani budget panel)

The i5-9400F is a six-core processor with no hyperthreading, released in 2019. It is a common CPU in Pakistan's used market, found in both self-built systems and refurbished office machines. At this GPU tier, the i5-9400F is not a bottleneck -- the GTX 1050 Ti will reach its own performance ceiling before the CPU does in virtually every game tested. All benchmarks used CapFrameX for frame timing data with three-run averages taken after a clean boot, background services minimized to Windows essentials only.

GTX 1050 Ti Benchmark Results -- 1080p

Every game below was tested at the settings noted. "Runs Great" means smooth, competitive gameplay without hitching. "Runs Well" means consistently playable for single-player use. "Playable" means functional but with noticeable frame drops; these titles work, but demand patience with settings.

Game	Settings / Resolution	Avg FPS	Verdict
CS2	Low, 1080p	80-110	Runs Great
Valorant	Low, 1080p	100-130	Runs Great
GTA V	High, 1080p	60-75	Runs Great
PUBG	Low, 1080p	50-65	Runs Well
Free Fire	Max, 1080p	60 (capped)	Runs Great
Fortnite	Performance Mode, 1080p	75-95	Runs Great
Apex Legends	Low, 1080p	55-70	Runs Well
The Witcher 3	Medium, 1080p	45-55	Runs Well
FIFA / EA FC 26	High, 1080p	60 (locked)	Runs Great
Cyberpunk 2077	Low + FSR, 1080p	28-36	Playable
Elden Ring	Low, 1080p	40-50	Runs Well
Red Dead Redemption 2	Low, 720p	25-32	Playable

Breaking Down the Results

The benchmark table splits cleanly into two categories. Esports and competitive titles are where the GTX 1050 Ti genuinely earns its price. CS2 at Low 1080p delivers 80-110 FPS -- more than enough for Pakistan's standard 75Hz monitors, and competitive on 144Hz panels if you are willing to keep settings minimal. Valorant at Low 1080p hits 100-130 FPS, which is exceptional for a card at this price. Fortnite in Performance Mode reaches 75-95 FPS, and Free Fire maxes out at a locked 60 FPS without breaking a sweat. For gamers whose playlist revolves around these titles, the GTX 1050 Ti at Rs 8,000-14,000 delivers genuine value.

GTA V at High 1080p with 60-75 FPS is an impressive result for a decade-old GPU. Rockstar's Rage engine scales beautifully with Pascal hardware, and GTA V's age means it sits comfortably within the 4GB VRAM budget at High settings. FIFA / EA FC 26 locked to 60 FPS on High is exactly what football game players need -- EA's engine has always been well-optimized for mainstream hardware.

The more demanding titles reveal the card's ceiling. PUBG at Low 1080p manages 50-65 FPS, which is functional but noticeably below the 75 FPS sweet spot for truly smooth competitive play. Apex Legends at Low 1080p hits 55-70 FPS -- fine for casual ranked play but limited compared to what the game's faster movement and gunplay mechanics ideally demand. Elden Ring at Low 1080p with 40-50 FPS is comfortably playable for a methodical action RPG where reaction speed is less critical than in shooters.

Cyberpunk 2077 at Low + FSR is the headline stress test. At 28-36 FPS, the game is technically functional but clearly taxing. You can explore Night City in story mode, but do not expect a fluid experience. RDR2 required dropping to 720p Low to stay above 25 FPS -- a significant resolution compromise. Both of these results signal clearly that the GTX 1050 Ti is not designed for the most demanding open-world titles of the mid-2020s.

GTX 1050 Ti LP -- Same Performance, Half the Size

The Low Profile version of the GTX 1050 Ti is one of the most underappreciated GPUs in Pakistan's used market. It carries identical specifications to the standard full-height card -- the same GP107 die, the same 768 CUDA cores, the same 4GB GDDR5, and the same 75W TDP -- but it fits into the slim small form factor chassis used by HP EliteDesk 800 G2/G3/G4, Dell OptiPlex 7050 SFF and smaller, and Lenovo ThinkCentre M Series mini towers.

The GTX 1050 Ti LP measures a single slot in height and uses a half-height bracket, allowing it to slide into chassis that standard full-height GPUs physically cannot enter. This opens up a significant portion of Pakistan's used office PC inventory that would otherwise be limited to integrated graphics. An HP EliteDesk 800 G3 with a Core i5-7500 and 16GB DDR4 runs at around Rs 28,000-35,000 used. Adding a GTX 1050 Ti LP for Rs 10,000-14,000 turns it into a 1080p esports machine capable of CS2 at 80-110 FPS and Valorant at 100-130 FPS -- all in a chassis smaller than a shoebox.

Performance-wise, the LP version matches the full-height card in almost all scenarios. The single-fan cooler on the LP variant can run slightly warmer under prolonged load, with typical GPU temperatures in the 78-83°C range versus 70-75°C on the dual-fan full-height cards. In Pakistan's summer heat, this matters -- ensuring your SFF case has reasonable airflow (even just the stock fans cleared of dust) prevents thermal throttling. A can of compressed air and five minutes of cleaning can recover 5-8% performance on a thermally-compromised LP card in a dusty office environment.

The LP version is slightly harder to find in Pakistan's used market and often commands a Rs 1,000-2,000 premium over the full-height variant. That premium is justified if your build is a slim office PC. If you have a full ATX or mATX case, buy the full-height version and save the money. The performance outcome is identical.

The 4GB VRAM Ceiling in 2026 -- Which Games Hit It

Four gigabytes of VRAM was a generous allocation when the GTX 1050 Ti launched in 2016. In 2026, it is the most frequently cited limitation on older GPU hardware, and for good reason -- game developers have progressively allocated more VRAM to texture assets, shadow maps, and render targets as memory became cheaper on higher-tier hardware. The result is that a 4GB card is now regularly asked to manage texture workloads that its VRAM simply cannot fully accommodate.

When a game's VRAM usage exceeds the card's capacity, the GPU begins spilling assets to system RAM over the PCIe bus. This process -- called VRAM overflow -- dramatically reduces effective memory bandwidth for those assets from the GPU's native speed to whatever the PCIe bus can provide. On a PCIe 3.0 x16 connection, that ceiling is around 16 GB/s -- versus the GTX 1050 Ti's native 112 GB/s GDDR5 bandwidth. The practical symptom is stuttering: brief, irregular freezes during scene loads or heavy transitions, even when the average FPS appears acceptable. You can have a 55 FPS average and still have a horrible experience if 4GB VRAM overflow is causing 200ms stutter spikes every 30 seconds.

Based on testing, here is which games from the benchmark table hit or approach the 4GB ceiling at the tested settings:

• Cyberpunk 2077 (Low + FSR): Consistently pushes 3.8-4.2GB. Even at Low settings, CD Projekt's engine allocates a large base VRAM footprint. This is the primary reason the card lands at 28-36 FPS rather than something higher -- it is fighting VRAM overflow constantly.
• RDR2 (Low, 720p): Uses 3.2-3.8GB at Low 720p. At Low 1080p this climbs above 4GB and causes severe stutter. The 720p drop is necessary to keep the game stable.
• The Witcher 3 (Medium, 1080p): Sits at approximately 3.2-3.5GB at Medium. Pushing to High moves VRAM usage to 4.5-5GB and introduces periodic stutter -- stay on Medium to avoid overflow.
• Elden Ring (Low, 1080p): Around 2.8-3.2GB at Low. Manageable, with occasional brief spikes when loading new zone geometry. Medium settings push above 4GB.
• CS2, Valorant, GTA V, PUBG, Free Fire, Fortnite: All stay comfortably under 3GB at the tested settings. VRAM overflow is not a factor for these titles at Low to Medium settings, which is why performance is smooth and consistent.

The practical advice: always check GPU-Z or MSI Afterburner's VRAM usage counter when you first boot a game. If usage climbs above 3.5GB, lower Texture Quality first -- it is the single setting with the largest impact on VRAM consumption. Shadow Quality, SSAO, and Reflections consume GPU processing time but comparatively little additional VRAM. Texture Quality is your primary VRAM management lever on a 4GB card.

GTX 1050 Ti vs GTX 1650 -- When to Pay More

At typical Pakistan market prices, the GTX 1650 GDDR6 costs Rs 18,000-28,000 used versus the 1050 Ti's Rs 8,000-14,000. That is a meaningful gap -- potentially Rs 10,000-14,000 more for the 1650. Whether that premium is worth paying depends directly on what you play and how much the extra performance matters to your experience.

The performance gap is real and consistent. The GTX 1650 GDDR6 is approximately 30-40% faster than the GTX 1050 Ti across the majority of gaming workloads. The gap is driven primarily by two factors: the higher CUDA core count (896 Turing versus 768 Pascal) and the dramatically better memory bandwidth (192 GB/s GDDR6 versus 112 GB/s GDDR5). In competitive titles like CS2, the difference is about 40 extra FPS at similar settings -- 80-110 on the 1050 Ti versus 120-150 on the 1650 GDDR6. In PUBG, the gap is 10-15 FPS, moving from 50-65 FPS to 60-75 FPS. In The Witcher 3 at Medium 1080p, it is roughly 5-10 FPS, bringing the 1650 to 50-60 FPS from the 1050 Ti's 45-55 FPS.

The GDDR6 bandwidth advantage is most visible in open-world and battle royale games. PUBG and Apex Legends -- both bandwidth-hungry due to large, texture-dense maps -- show some of the largest percentage gaps between the two cards. If these are your primary games, the 1650 GDDR6 upgrade is likely worth the extra rupees. CS2 and Valorant already run well above 75 FPS on the 1050 Ti, so paying significantly more for even higher framerates is harder to justify unless you have a 144Hz monitor you want to properly feed.

There are two scenarios where the 1050 Ti makes more sense than the 1650: first, if your budget is genuinely capped at Rs 12,000-14,000 and you play mostly Valorant, Free Fire, and CS2 -- the 1050 Ti handles all of them perfectly. Second, if you already own a 1050 Ti and the upgrade premium is Rs 10,000+ for a 30-40% performance improvement, that money might be better saved toward a larger jump to a GTX 1060 6GB or even a budget RX 580 if you can find one cheaply.

Optimized Settings for GTX 1050 Ti in 2026

Getting the best out of a GTX 1050 Ti is about understanding its two constraints: 768 Pascal CUDA cores (raw compute) and 4GB GDDR5 at 112 GB/s (memory bandwidth and capacity). With these in mind, here are targeted settings guides for the three most popular games in Pakistan.

CS2 -- Best Settings for GTX 1050 Ti

CS2 is the 1050 Ti's strongest title. At Low settings, you will see 80-110 FPS consistently. The key settings to configure:

• Global Shadow Quality: Very Low. CS2's shadows are expensive on Pascal. Very Low has almost no visible impact in competitive play and recovers 15-20 FPS compared to Medium.
• Model / Texture Detail: Low. Keeps VRAM usage under 2GB, ensuring no overflow stutter even in smoke-heavy situations with multiple players on screen.
• Shader Detail: Low. High shader quality in CS2 costs 10-15 FPS with minimal visual benefit in a competitive context.
• Multisampling Anti-Aliasing: 2x MSAA or FXAA. 4x MSAA cuts performance by about 20%. Use 2x or FXAA for cleaner edges without the heavy performance cost.
• V-Sync: Off. Always off in competitive play. Use in-game FPS cap at 100 or 110 if screen tearing bothers you.
• Rendering Mode: DirectX 11. On Pascal hardware, DX11 consistently outperforms DX12 in CS2. This is a known quirk of the Pascal architecture with CS2's engine -- stick to DX11 for an easy 5-8 FPS gain.

GTA V -- Best Settings for GTX 1050 Ti

GTA V at High 1080p with 60-75 FPS is genuinely impressive for this card. The settings that matter:

• MSAA: Off / FXAA only. GTA V's MSAA is extremely expensive. Turning it off and using only FXAA recovers 20-30 FPS and is the single most impactful setting change on this hardware.
• Distance Scaling: 50-60%. High distance scaling strains both the GPU and the VRAM. Reducing to 50-60% keeps VRAM under 3GB while maintaining good image quality in most driving and combat scenarios.
• Grass Quality: Normal. Ultra grass is a VRAM and GPU killer in GTA V's open countryside. Normal delivers nearly identical results at street level where you spend most gameplay time.
• Shadow Quality: High. GTA V's shadow system is relatively efficient at High versus Very High. Keep at High for the visual quality without the Very High penalty.
• Reflection Quality: High. This setting affects car and surface reflections -- keep at High for visual quality since it costs less than MSAA by a wide margin.
• Texture Quality: High. GTA V's textures at High use about 2.2-2.6GB VRAM. Very High pushes to 3.5-4GB and can cause overflow stutter. Stay at High.

PUBG -- Best Settings for GTX 1050 Ti

PUBG is one of the more demanding esports titles for older GPUs due to Unreal Engine 4's texture streaming. Targeting 50-65 FPS at Low 1080p:

• Overall Graphics Quality: Very Low (custom, not preset). Start from Very Low then raise individual settings rather than using the Low preset, which enables several expensive options by default.
• Anti-Aliasing: Very Low or Off. PUBG's TAA adds input latency and costs meaningful FPS on Pascal hardware. Very Low gives you acceptable edge quality without the performance hit.
• Textures: Medium. Unlike most games, PUBG's texture streaming is aggressive enough that dropping below Medium causes pop-in that actively harms gameplay by making enemies harder to see at distance. Medium at approximately 2.5-3GB VRAM usage is the sweet spot.
• Shadows: Very Low. Shadows are the single biggest FPS lever in PUBG. Very Low versus Medium is a 15-20 FPS difference on this hardware. Competitive players on budget GPUs always use Very Low shadows.
• Effects: Very Low. Smoke, explosions, and hit effects at higher quality cost more FPS than they should in PUBG's engine. Very Low maintains gameplay clarity.
• Post-Processing: Very Low. Motion blur, bloom, and depth of field effects consume measurable GPU time. All off or Very Low is standard competitive practice.
• Frame Rate Cap: 60 FPS. Set a 60 FPS cap in PUBG's settings to prevent the GPU from spiking to maximum power draw during low-demand sections and then dropping during intense firefights. A stable 60 FPS feels better than a fluctuating 45-70 FPS.

Is the GTX 1050 Ti Worth Buying in 2026?

The direct answer is: yes for esports, carefully for anything newer. The nuance comes from understanding precisely what you are buying and what your actual game library looks like.

If your gaming consists primarily of Valorant, CS2, Free Fire, and Fortnite, the GTX 1050 Ti at Rs 8,000-14,000 is one of the best-value GPU purchases in Pakistan's entire used market right now. These games all run at 75+ FPS on standard 1080p monitors, the card has no major stability issues with these titles, and the price-to-performance ratio for this specific use case is difficult to beat. A used 1050 Ti in good condition from a trusted seller is a straight-up correct purchase for this category of gamer.

GTA V and FIFA / EA FC 26 players are also well-served. Both run at 60+ FPS on appropriate settings without requiring any particularly aggressive compromises. Pakistan's football game community in particular will find the 1050 Ti perfectly adequate -- EA's engine has always been generous to budget hardware.

Where you need to be careful is with new AAA releases. Games released from 2023 onward increasingly assume 6GB or more of VRAM in their Low settings profiles. Cyberpunk 2077's 28-36 FPS at Low + FSR and RDR2's need for 720p resolution are early signals of a trend that will continue. If you buy a GTX 1050 Ti in 2026 expecting to play new open-world or graphically demanding games at acceptable settings, you will be disappointed. The card is not designed for that use case at this point in its life.

The most important variable is condition. At Rs 8,000-14,000 in Pakistan's used market, you are buying a card that has been running in someone's PC for anywhere from four to eight years. Always verify the card does not thermal throttle under load (ask the seller to run a 10-minute FurMark stress test and screenshot GPU-Z temperatures -- thermal throttling typically appears above 85°C with clock speeds dropping below boost). Verify the VRAM is healthy by running Video Memory Stress Test for a few minutes. A GTX 1050 Ti with failing GDDR5 can pass casual visual tests while producing artifacts or crashes under real gaming load.

For buyers upgrading from integrated Intel HD or UHD graphics -- even on reasonably capable CPUs like the Core i5-9400F or i7-8700 -- the GTX 1050 Ti represents a massive improvement. The step from integrated to discrete, even a decade-old discrete GPU, is dramatic: CS2 goes from unplayable to 80-110 FPS, Valorant from struggling to 100-130 FPS, GTA V from a slideshow to 60-75 FPS. If you are currently gaming on integrated graphics and have Rs 10,000 to spend on a GPU, the 1050 Ti is your card.

Conclusion

The GTX 1050 Ti is a decade-old GPU that refuses to be irrelevant in Pakistan because the games most people actually play run well on it, and because its no-power-connector design makes it universally compatible with the country's vast stock of used office PCs. At Rs 8,000-14,000, it is the cheapest path to genuinely playable 1080p gaming in the Pakistani market, and for an esports-focused gamer on a tight budget, it remains a legitimate recommendation in 2026.

Its limitations are real and worth acknowledging. The 4GB of GDDR5 at 112 GB/s will hold you back in newer AAA titles, VRAM overflow stutter is a fact of life in demanding open-world games, and the 768 Pascal CUDA core count leaves measurable performance on the table compared to anything released after 2019. The GTX 1650 GDDR6 is meaningfully faster and is worth the extra investment if you can stretch to Rs 18,000-24,000. But if you cannot, or if you are upgrading an SFF office PC to an esports-capable machine, the GTX 1050 Ti in 2026 is still a card that earns its price.

Buy it in good condition from a verified seller, keep textures at Medium in demanding games, use the CS2 and GTA V settings in this guide, and you will have a gaming experience that is genuinely enjoyable for the price. Pakistan's used GPU market exists to serve budget-conscious gamers -- and the GTX 1050 Ti is one of its most reliable workhorses.