compare laptop GPUs such as rtx 3050, rtx 3050TI and rtx 3060. I need performance tests, benchmarks and overall rating and comparison in percents

• NVIDIA currently dominates the GPU space for laptops, but Intel’s entry into the market puts pressure on NVIDIA to maintain its position as the top GPU maker.
• RTX 3050 and RTX 3050 TI are the two newest GPUs from NVIDIA and they are compared in the article.
• The RTX 3050 is an entry-level variant while the RTX 3050 TI has better specs.
• The two GPUs are compared across various parameters such as architecture, lithography, frequency, memory type, memory capacity, cores, power consumption, memory bus, and memory bandwidth.
• The synthetic benchmark tests for the two GPUs included 3DMark Fire Strike, Unigine Heaven 4.0, and Unigine Heaven, and results showed the RTX 3050 TI outperformed the RTX 3050 in all tests. The differences in percentage varied with the highest margin of 14% appearing in the Unigine Heaven test.
• The gaming tests for popular games such as Far Cry 5, Rise of the Tomb Raider, and Shadow of the Tomb Raider showed better performance by the RTX 3050 TI for all graphic settings on all games with margins ranging between 6% to 71%.
• The conclusion notes that the RTX 3050 TI is the faster GPU with more performance but at a higher price point than the RTX 3050. The choice between the GPUs depends on the user’s needs, preferences, and budget.
• The RTX 3060, another laptop GPU, is not directly compared in the article.
• Each GPU has a power consumption of 60 watts and 128-bit memory bus.
• The article includes links to both the RTX 3050 and RTX 3050 TI’s full specifications.
• The article also notes that even the less powerful RTX 3050 may still meet the needs of someone looking for a decent gaming experience.
• The gaming tests show how many frames per second (FPS) the GPUs can render in various graphics settings.
• The article includes links at the bottom to all laptops with the RTX 3050 and RTX 3050 TI.
• The article was published on September 14th, 2021, and no details are provided on the test setup or methodology used in this comparison.
• The RTX 3050 TI has 512 more cores than the RTX 3050.
• The RTX 3050 has a base frequency of 713MHz and a maximum frequency

Not used in article

Not used in article

Not used in article

Not used in article

• The webpage compares two laptop GPUs, the Nvidia GeForce RTX 3050 Ti Laptop and the Nvidia GeForce RTX 3050.
• The clock speed of the RTX 3050 Ti is 1552MHz while that of RTX 3050 is 735MHz, making the RTX 3050 Ti faster by 817MHz.
• The RTX 3050 Ti has 4GB more VRAM compared to RTX 3050, with an 8GB capacity versus 4GB.
• The floating-point performance of the RTX 3050 Ti is 9.1 TFLOPS compared to the RTX 3050’s 5.3 TFLOPS.
• The pixel rate of the RTX 3050 Ti is 85.3 GPixel/s, while that of the RTX 3050 is 49.68 GPixel/s, making the RTX 3050 Ti faster by 35.62 GPixel/s.
• The memory clock speed of the RTX 3050 Ti is 1750MHz compared to RTX 3050’s 1500MHz, making the RTX 3050 Ti faster by 250MHz.
• The effective memory clock speed of the RTX 3050 Ti is 14000MHz, while that of the RTX 3050 is 12000MHz, making the RTX 3050 Ti faster by 2000MHz.
• The texture rate of the RTX 3050 Ti is 142.2 GTexels/s, while that of the RTX 3050 is 82.8 GTexels/s, making the RTX 3050 Ti faster by 59.4 GTexels/s.
• The RTX 3050 Ti has a TDP (thermal design power) of 80W, which is 50W lower than the RTX 3050’s TDP of 130W.
• Both GPUs support DirectX and OpenGL, with DirectX 12 and OpenGL 4.6 supported by both.
• OpenCL is supported by both GPUs.
• Both GPUs come with a wide range of ports including DisplayPort, HDMI, mini-DisplayPort, and DVI.
• The article discusses multi-display technology and its benefits and also mentions the maximum supported resolutions of some of the ports.
• Both GPUs have some power-saving features, such as a lower load temperature and advanced light rendering techniques.
• The RTX 3050 Ti supports DLSS (Deep Learning Super Sampling

• Nvidia RTX 3060 is the latest GPU in the 3000 series.
• The Ampere architecture of RTX 3060 supersedes Turing, providing power efficiency and performance improvement.
• RTX 3060 has 3584 CUDA cores, 112 Tensor cores, boost clock 1.78 GHz, 12 GB of memory, and power draw of just 170 W.
• RTX 3060 provides similar performance to the previous generation’s 2060 Super at an 18% manufacturer suggested retail price discount.
• There are widespread issues with AMD’s 5000 series GPUs like blue/black screens.
• AMD’s 6000 series GPUs may have to see substantial price cuts and a huge marketing effort to gain any traction due to widespread issues.
• RTX+DLSS combination delivers stunning graphics, several tiers higher than both AMD’s best discrete GPUs and the upcoming consoles.
• In terms of real-world performance, Nvidia’s 3000 series has put AMD’s Radeon group in checkmate.
• AMD’s marketers can deliver elaborate BS while struggling to keep a straight face. Their marketing infrastructure outsold Intel in the CPU market despite a 15% performance deficit.
• Nvidia may lose considerable market share without an appropriate social media marketing strategy.
• Laptop RTX 3050, RTX 3050TI, and RTX 3060 are compared in the article.
• RTX 3050 has 2048 CUDA cores, base clock 1035 MHz, boost clock 1435 MHz, 4 GB of memory, and power draw of 35 W.
• RTX 3050ti has 2560 CUDA cores, base clock 1035 MHz, boost clock 1695 MHz, 4 GB of memory, and power draw of 80 W.
• RTX 3060 has 3584 CUDA cores, base clock 900 MHz, boost clock 1703 MHz, 8 GB or 12 GB of memory, and power draw of 80 to 115 W.
• RTX 3050ti performs better than RTX 3050, while RTX 3060 beats both GPUs performance-wise.
• RTX 3060 is designed for both laptops and desktops, while RTX 3050 and RTX 3050ti are designed for laptops only.
• RTX 3050 and RTX 3050ti are priced lower than RTX 3060.
• The article does not provide specific performance tests, benchmarks, or

• The webpage is a comparison of laptop GPUs – Nvidia RTX 3050 vs 3050-Ti – in terms of CPU, GPU, SSD, HDD, RAM, and USB.
• The GPUs are built on NVIDIA’s Ampere architecture. The 3050 and 3050 Ti have 2nd generation ray tracing cores that can be switched on for more realistic light simulation, albeit at a hit to performance.
• The RTX 3050 has 2560 CUDA cores, a boost clock frequency of 1.78 GHz, 8GB GDDR6 memory, NVIDIA DLSS technology, and a NVENC encoder for sharper images and smoother capture whilst recording/streaming.
• The MRSP of entry models for RTX 3050 is $249 USD, however, street prices are closer to $600 USD.
• Performance benchmarks for RTX 3050 vs 3050-Ti:
  • Effective 3D Gaming GPU Speed: 60.8% vs 74.8% (faster effective speed, +23%)
  • Lighting (Avg Locally-deformable PRT (Bat)): 79.9 fps vs 102 fps (better lighting effects, +28%)
  • Reflection (Avg High dynamic range lighting (Teapot)): 81.7 fps vs 86.9 fps (slightly better reflection handling, +6%)
  • MRender (Avg Render target array GShader (Sphere)): 71.6 fps vs 83.3 fps (faster multi-rendering, +16%)
  • Gravity (Avg NBody particle system (Galaxy)): 62.5 fps vs 72.2 fps (faster NBody calculation, +16%)
  • Parallax occlusion mapping (Stones): 89.1 fps vs 98.6 fps (better peak texture detail, +11%)
  • Average Parallax occlusion mapping (Stones): 72.7 fps vs 89.2 fps (better texture detail, +23%)
  • Average Force Splatted Flocking (Swarm): 59.8 fps vs 64.5 fps (slightly faster complex splatting, +8%)
  • Average Splatting (Force Splatted Flocking (Swarm)): 67 fps vs 67.9 fps (+1%)
• Market Share for the GPUs based on 61,037,563 GPUs tested:
  • Trailing 30-day market share:

Not used in article

Not used in article

Not used in article

Not used in article

Not used in article

Not used in article

Not used in article

• The webpage reviews the performance benchmarks of the Nvidia RTX 3050Ti, RTX 3060 Laptop, and RTX 3070 Laptop.
• It highlights that Nvidia first launched its higher-tier SKUs, the RTX 3080 and 3070, followed by the mid-tier 3060 models, and then later the value chips of this generation, the RTX 3050Ti Laptop, and RTX 3050 Laptop chips.
• It further mentions that the RTX 3050Ti Laptop and RTX 3050 Laptop chips are implemented in mainstream laptops that sell for around and under 1000 USD/EUR and provide enough power to handle everyday activities and FHD gaming at High and Ultra settings in some cases.
• The author tests four RTX 3050Ti configurations: Asus TUF Dash F15, Asus Zephyrus G14, Asus VivoBook Pro 14X, and Lenovo Legion 5, and tests how this RTX 3050Ti Laptop GPU compares to the RTX 3060 Laptop and RTX 3070 Laptop options out there.
• The author mentions that the performance of these 3050 configurations is going to vary based on the TDP settings of each unit, and their thermal designs.
• The author benchmarks ratings of various synthetic benchmarks such as 3DMark 13 - Fire Strike, Port Royal, Time Spy, Uniengine Superposition, PassMark, and PCMark 10 for RTX 3050Ti, RTX 3060, and RTX 3070 laptop GPUs.
• The author overclocks all the GPUs are +100 MHz core / +120 MHz Memory and runs them on the Turbo profile on all laptops, the higher-performance profile in the Armory Crate control app on Asus laptops.
• Based on the synthetic benchmarks, they conclude that in an ideal comparison setup, the RTX 3050Ti should be half the performance of the RTX 3070 and 66% of the RTX 3060 performance.
• The 3070 ends up outscoring the 3050Ti by a far amount in 3Dmark and Uniengine, but the gap shrinks in real-life use benchmarks such as PassMark or PCMark 10.
• The 3060 configuration with the Ryzen 9 processor outperforms the RTX 3050Ti, but it is primarily due to the Ryzen 9 processor advantage.
• The author also benchmarks the gaming performance

Not used in article

Not used in article

Not used in article

• LaptopMedia.com GPU ranking is currently on version 3.0.
• The website quantifies each GPU’s overall performance using the 3DMark Time Spy (G) test.
• The RTX 4090 (Laptop, 175W) NVIDIA GeForce GPU is the top-ranking GPU in LaptopMedia’s ranking list with a 21036 3DMark Time Spy score.
• The RTX 3050 (Laptop, 75W) NVIDIA GeForce GPU is the lowest-ranking GPU on the list with a 4970 3DMark Time Spy score.
• The ranking list includes 70 GPUs from different brands including NVIDIA and AMD, with varying power consumption between 45W to 175W.
• Each GPU has a percentage difference column, which indicates its performance difference when compared to the top-ranking GPU in the list.
• In terms of performance difference to the top-ranking RTX 4090 GPU, the RTX 3050 (Laptop, 75W) NVIDIA GeForce GPU has a -76% difference.
• Each GPU entry in the list includes its price and the price difference percentage compared to the top-ranking GPU’s price.
• The RTX 4090 (Laptop, 150W) NVIDIA GeForce GPU is the most expensive GPU on the list with a price tag of $4269.00.
• The AMD Radeon RX 6850M XT is the only GPU that has an N/A value for its price and price difference.
• The website provides details about each GPU by clicking on the name/model number of the GPU.
• The details include GPU architecture, CUDA cores, base clock, boost clock, memory type, memory speed, memory capacity, memory interface, DirectX version, OpenGL version, OpenCL version, Vulkan version, and Max power consumption.
• The website invites users to suggest a GPU for testing and ranking.

• The website is a compilation of 20 reviews for the Nvidia GeForce RTX 3050 desktop GPU.
• Benchmarks were conducted at all resolutions and are for real games only; no 3DMark or Unigine benchmarks were included.
• The geometric mean was used in all cases.
• The benchmarks only show standard rasterizer performance without ray-tracing and/or DLSS/FSR.
• Benchmarks for extra ray-tracing were included after the rasterizer benchmarks (at 1080p resolution).
• The performance average is moderately weighted in favor of reviews with more benchmarks.
• Retailer prices are based on a German price search engine called Geizhals as of February 13, 2022.
• Prices are shown for various GPUs, including the RTX 3050, RTX 3050TI, and RTX 3060.
• TDP and MSRP information is provided for each GPU.
• For the RTX 3050, the TDP is 130W, and the MSRP is $249.
• For the RTX 3050TI, the TDP is 145W, and the MSRP is $349.
• For the RTX 3060, the TDP is 170W, and the MSRP is $329.
• Performance test tables are included for each GPU at 1080p resolution.
• The tests included are from various sources, such as ComputerB, eTeknix, Golem, Guru3D, HWCanucks, IT HW, KitGuru, LanOC, LeCompt, PCGH, PCWorld, PurePC, SweClock, Techgage, TPU, TechSpot, and Tom’s HW.
• Each source lists the GPU generation, memory, and the percentage of performance compared to the RTX 3050.
• The tables only show computationally intensive results; no energy efficiency benchmarks are included.
• The benchmarks for the RTX 3050 include: Gen: Ampere; Mem: 8GB.
• The RTX 3050 has a performance average of 100%.
• The benchmarks for the RTX 3050TI include: Gen: Ampere; Mem: 8GB.
• The RTX 3050TI has a performance average of 118.3%.
• The benchmarks for the RTX 3060 include: Gen: Ampere; Mem: 12GB.
• The RTX 3060 has a performance average of 141.

Not used in article

Not used in article

Not used in article

Not used in article

Not used in article

Not used in article

Not used in article

💭  Looking into

Show overall rating comparison between RTX 3050, RTX 3050TI, and RTX 3060 GPUs

💭  Looking into

Provide head-to-head performance comparison benchmarks between RTX 3050, RTX 3050TI, and RTX 3060 GPUs

💭  Looking into

List down the differences between RTX 3050, RTX 3050TI, and RTX 3060