NVIDIA GeForce RTX 4050 Vs 4060: Desktop, Laptop Graphics

NVIDIA GeForce RTX 4050 Vs 4060 Vs 3060 desktop and laptop GPU models

Compares the NVIDIA GeForce RTX 3060 desktop and 4050 laptop specifications, showing where one is “better” than the other.

The RTX 3060 desktop outperforms the 4050 laptop in these areas:

• 12GB of VRAM is more than 6GB. Generally speaking, more VRAM enables games to operate at higher settings, especially texture resolution.
• Higher memory bandwidth (360 GB/s vs. 192). Memory bandwidth is the maximum speed of memory access and storage.
• 192-bit memory bus width as opposed to 96-bit. More data may be carried every cycle with a greater bus width, which is crucial for memory performance.
• 3584 shading units instead of 2560. Various features of an image are processed using shading units.
• There are 112 texture mapping units (TMUs) instead of 80. Texture information is usually processed more quickly when there are more TMUs.
• Possesses an HDMI output. Three DisplayPort outputs and one HDMI 2.1 port are features of the RTX 3060 desktop. The laptop model RTX 4050 has the label “Not applicable” on it.

The RTX 4050 laptop is regarded as superior to the RTX 3060 desktop in the following areas:

• 1605 MHz is a faster GPU clock speed than 1320 MHz.
• 2370 MHz is a faster GPU turbo speed than 1780 MHz. When operating below its restrictions, the GPU might increase its clock speed.
• 113.76 GPixel/s is a higher pixel rate than 85.44 GPixel/s. This is how many pixels can be displayed on the screen in a second.
• Thermal Design Power (TDP) is lower at 115W as opposed to 170W. Generally speaking, a card with a lower TDP uses less power and needs less cooling.
• 2000 MHz is a faster memory clock speed than 1875 MHz. Memory bandwidth is determined in part by memory clock speed.
• 16000 MHz is a faster effective memory clock speed than 15000 MHz. Data rate and memory size are used to compute this.
• 18900 million transistors as opposed to 12000 million. A newer, more potent processor is typically indicated by a higher transistor count.
• 4 nm is a smaller semiconductor size than 8 nm. Better performance and lower power consumption are provided by small semiconductors.

NVIDIA GeForce RTX 3060 and 4050 laptops feature DirectX 12 Ultimate, OpenGL 4.6, OpenCL 3, multi-display, ray tracing, 3D, and DLSS. The RTX 4050 laptop scored 9.6/10 from 14 reviews, tops the RTX 3060 (8.3/10 from 28 reviews). The Ampere architecture is used by the RTX 3060, whilst the Ada Lovelace architecture is used by the RTX 4050 laptop.

Desktop NVIDIA GeForce RTX 4060

The GeForce RTX 4060 (desktop) will go on sale on June 29th for $299. The Ada Lovelace architecture from NVIDIA serves as its foundation.

The following are some of the main features and advantages of the RTX 4060 (desktop):

• Offers players with older GPUs a significant improvement.

• Compared to the GeForce RTX 2060, performance is increased by an average of 2.3X throughout a set of 18 games.

• For the first time, users upgrading from a GeForce GTX 1060 enjoy DLSS acceleration and ray tracing.

• Provides industry-leading efficiency thanks to the Ada design, which leads to cooler operation, quieter or idle fans, and measurable power savings.

• Lowers power usage for a variety of activities, such as playing games, watching movies, and using Discord.

• Can result in significant energy cost savings; for instance, a German gamer who plays 20 hours a week might upgrade from an RTX 3060 and save up to $132 in energy expenditures over four years.

• Allows for the exceptional fidelity of playing new, more demanding games at 1080p.

• Enables ray tracing and the majority of games to be played at high fps with maximum settings.

• Supports NVIDIA DLSS 3, which boosts performance without affecting responsiveness. This features NVIDIA Reflex, DLSS Super Resolution, and Frame Generation. More than 50 games and apps currently have DLSS 3 or will soon.

• Belongs to an ecosystem that supports features like G-SYNC displays, industry-leading Virtual Reality performance, AV1 codec support, industry-leading 3rd generation Ray Tracing Cores, Reflex (which improves responsiveness in over 70 titles), the free Broadcast app, and NVIDIA Studio optimizations for creative applications.

• A variety of add-in card manufacturers and system builders provide desktops with the RTX 4060. Some RTX 4060 variants with 8GB GDDR6X or GDDR6 memory.

A Synopsis and Comparison

Combining the data:

Ampere architecture underpins the NVIDIA GeForce RTX 3060 desktop. The faster Ada Lovelace architecture of the RTX 4050 laptop and 4060 desktop boosts performance.

According to specifications, the RTX 3060 desktop has more cores (shading units, TMUs) and memory power (VRAM, bandwidth, bus width) than the 4050 laptop. The RTX 4050 laptop has more transistors and quicker clock speeds due to a more advanced, smaller production node. Featuring a 2.3X performance multiplier over the RTX 2060 and efficiency benefits over the RTX 3060, the RTX 4060 desktop is touted as a big upgrade.

In perspective, the 4060 desktop has better performance per watt than the 3060 and supports 1080p gaming with ray tracing and DLSS 3. However, direct performance comparisons between the 4060 desktop and 3060 desktop or 4050 laptop are not given.

Efficiency/TDP

In general, the Ada Lovelace architecture provides superior efficiency. Compared to the RTX 3060 desktop (170W), the RTX 4050 laptop has a substantially reduced TDP (115W). The power efficiency advantages of the RTX 4060 desktop over earlier versions, such as the RTX 3060, are also highlighted.

VRAM

The RTX 4060 desktop units stated have 8GB, the RTX 3060 desktop has 12GB, and the RTX 4050 laptop has 6GB. The 3060 desktop has the most VRAM.

Technologies

Ray Tracing and conventional DLSS are supported by all three. However, DLSS 3, which features Frame Generation, is supported by the RTX 40-series cards (RTX 4050 laptop and RTX 4060 desktop). Performance in games that support it is greatly improved by this. Additionally, support for Reflex, AV1 codec, Broadcast app, G-SYNC, and Studio optimizations are particularly included for the RTX 4060 desktop.

Use Case and Cost

The RTX 4050 is a laptop GPU, whereas the RTX 3060 and RTX 4060 are desktop graphics cards. When the RTX 4060 desktop first came out, it cost $299. The RTX 3060 desktop is priced between $330 and $390. Although the comprehensive pricing list displays an RTX 3050 desktop card at this price point, the $200 price given for the RTX 4050 laptop header implies that the cost of the laptop GPU is included in the total cost of the laptop. The enormous market of gamers who are now using outdated GPUs at 1080p is the target market for the RTX 4060 desktop.

RTX 4050 Vs 4060 Desktop GPU Specs

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