The GeForce RTX 5060 and 8 GB RTX 5060 Ti have come under the heaviest fire in Nvidia’s new RTX 50 series. Still, many customers go for them – whether by choice or budget. If you’re among them, pay attention: Gigabyte’s RTX 5060 Gaming OC doesn’t try to impress with lighting effects, but for a small extra cost, it offers excellent performance thanks to a large heatsink allowing unobstructed airflow through half of the card.
A detailed description of the new technologies brought by Nvidia’s new graphics cards has been compiled by Jan Olšan in the article Blackwell: GeForce RTX 5000 architecture and innovations. It introduces the individual graphics chips Nvidia is using in the new cards, the new GDDR7 memory type, and also covers changes in cache memory, GPU compute units, updates to shaders and tensor cores, as well as improved compute units for ray tracing. The new generation of GeForce also brings support for new standards such as DisplayPort 2.1b and PCI Express 5.0.
With the new generation of cards, DLSS capabilities are evolving as well. It now supports Multi Frame Generation, which allows the generation of up to three intermediate frames, and introduces Nvidia Reflex 2, the second generation of its latency-reduction technology. This includes Frame Warp, which adjusts object and camera motion in rendered frames based on the player’s most recent input device movement data received just before the already rendered frame is displayed. A more detailed explanation can be found in the aforementioned article.
The GeForce RTX 5060, along with the RTX 5050, are the last models Nvidia has brought to market. We’ve already covered the specs and pricing in the news article GeForce RTX 5060 and 5060 Ti are here: Specs, pricing, availability. The cards hit retail a few weeks later, with the GeForce RTX 5060 going on sale at the end of May.
To recap, the GeForce RTX 5060 features the second-smallest chip based on the Blackwell architecture, designated GB206. It has a die size of 181 mm² and houses 21 billion transistors.
The same chip is used in the GeForce RTX 5060 Ti, where the GPU includes 4608 stream processors, 144 texture mapping units, and 48 ROPs, alongside 36 RT cores and 144 tensor cores. The base clock speed of the GPU is 2407 MHz, with a boost clock of 2572 MHz and a power limit set at 180 W. It comes in both 8 GB and 16 GB GDDR7 memory variants, connected via a 128-bit memory bus. The memory speed is 28 Gb/s, yielding a total bandwidth of 448.0 GB/s.
The GeForce RTX 5060 retains the same number of ROPs, but most of the computational units are cut down by roughly one-sixth. The GPU has 3840 stream processors, 120 TMUs, and 30 RT cores. Clock speeds are slightly lower—base clock is 2280 MHz, boost clock is 2497 MHz. Memory operates over a 128-bit bus at 28 Gb/s, matching the 5060 Ti in bandwidth. Based on specs alone, the performance drop from the 8 GB 5060 Ti should be under 17%. Compared to the 16 GB version, the difference will be more pronounced in memory-intensive games.
The MSRP for basic RTX 5060 models in Europe starts at 329 EUR (VAT included).
8 GB of memory isn’t always enough—and Nvidia knows it
While the 16 GB RTX 5060 Ti received a full launch with reviews and test coverage, Nvidia took a different approach with the 8 GB version—what’s known as a “silent launch.” The company didn’t distribute review samples to the media, and manufacturers didn’t send them out either.
This is a typical Nvidia strategy for lower-end models that are not particularly attractive. It’s usually a combination of weaker GPU performance and pricing not far off from more powerful models. For the RTX 5060, there’s also the limited memory, which in some demanding games prevents the use of ray tracing, DLSS, and frame generation—the trio of technologies Nvidia is pushing hardest with the GeForce RTX 50 series. Fire up one of these games, and you’ll quickly find yourself turning down ray tracing and skipping frame generation altogether. When you can’t leverage the headline features of a new GeForce, the RTX 5060 becomes significantly less compelling than the 16GB RTX 5060 Ti or higher-end cards.
But if everyone could or wanted to spend over €400 on a graphics card, the budget segment wouldn’t exist. Yet it still has its audience—particularly among owners of classic Full HD monitors who mainly play older titles or fast-paced shooters, where graphical fidelity is often seen as a disadvantage and players strip down settings for better clarity. Even with modern demanding games, an 8GB card will remain viable for a few years, provided you can live with increasingly needing to lower settings and use DLSS due to memory constraints. It also depends how often you upgrade—if you’re on a three-year cycle, you’ll manage with 8 GB longer than if you’re planning to stretch it to five. In that case, spending extra for more memory is definitely the wiser move.
Testing the Gigabyte GeForce RTX 5060 Gaming OC 8G (GV-N5060GAMING OC-8GD)
Gigabyte currently offers eleven different RTX 5060 models under its Low Profile, Eagle, Windforce, Windforce Max, Gaming, Aero, and Aorus Elite series. The most affordable dual-fan RTX 5060 Windforce models start at 313 EUR. The triple-fan Gaming OC model costs around 40 EUR more.
Visually, the card closely resembles the RTX 5050 Gaming OC we tested recently. Upon closer inspection, though, you’ll notice the RTX 5050 has a single-color shroud, lacks ARGB lighting on the side, uses a different heatsink with fewer heatpipes, a plastic backplate, different I/O configuration, and no dual BIOS.
The card features two BIOS modes—Performance and Silent. Both have the same clock speeds and power limits, differing only in fan curve settings. In the default Performance mode, fans run faster, resulting in lower chip temperatures, slightly reduced power draw, and marginally higher clock speeds.
The boost clock is raised from the reference 2497 MHz to 2595 MHz, with real-world clocks running even higher. The power limit is increased from the reference 145 W by 10 W, with manual adjustment allowing for a 21% reduction (down to 123 W) or a 6% boost (up to 165 W). First, let’s look at the BIOS Performance screenshots:
GPU-Z shows the usual readings. All three fans are connected to a single header.
HWiNFO provides far more sensor readings than GPU-Z. The available sensors in the current version are shown in the image below.
The next set of screenshots shows the Silent BIOS values. Based on GPU-Z readings, the only discernible difference is the BIOS version.
The back of the box highlights Gigabyte’s proprietary technologies. First up is the eye-catching design, featuring Windforce cooling with a new generation of impellers, a heatsink with composite heatpipes, and a large copper base that cools both the GPU and memory. Structural rigidity is enhanced by securing the bracket directly to the thick metal backplate. The rear half of the card features a large cutout for airflow, allowing hot air to escape above the card.
Since the card is powered by an 8-pin connector, it doesn’t need a power adapter. Therefore, you’ll only find a simple installation guide in the accessories.
We’ll look at the card’s detailed features in the next chapter.
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