Coinciding with today’s launch of Intel’s Tiger Lake-H CPUs for high performance laptops, NVIDIA is also using the occasion to launch their latest lineup of laptop video cards, the GeForce RTX 3050 and RTX 3050 Ti For Laptops. Based on NVIDIA’s newest and smallest Ampere GPU, GA107, the RTX 3050 series finally rounds out the rest of NVIDIA’s laptop offering, introducing a mobile video card that’s better suited for mid-power systems, and cheaper than RTX 3060 to boot. Laptops featuring the new RTX 3050 video adapters will be available today, with all of the major vendors set to ship laptops using NVIDIA’s latest laptop adapter in short order.

NVIDIA’s xx50 tier of laptop video cards has traditionally been the company’s high-volume/low-price products for laptops, and the RTX 3050 family is no different. Laptops with the new adapters will start at $799, and will frequently crop up as a baseline option in Tiger Lake-H laptops. With Intel only shipping 32 EUs in Tiger Lake’s integrated GPU – just a third of how many are in Tiger Lake-U – Intel isn’t setting the bar for graphics performance particularly high in this generation of H-series CPUs. As a result, there’s a wide-open market for NVIDIA’s latest low-end graphics adapter to give these machines a boost in graphics performance.

And, like the RTX 3060 For Laptops launch back at the start of the year, it’s actually the laptop market that is getting the newest silicon first. For the RTX 3050 series, NVIDIA is rolling out their new GA107 GPU. Cut from the same cloth as the rest of the Ampere family, NVIDIA’s 5th Ampere chip is the smallest and cheapest yet, fulfilling the company’s traditional waterfall launch strategy of rolling out successively cheaper and lower-power/lower-performing chips for additional markets. As an added kicker, these are the first xx50 tier products to have ray tracing – and thus qualify for the RTX moniker – so expect to see NVIDIA promoting that aspect rather hard.

NVIDIA GeForce RTX 30 Series Laptop Specifications
  RTX 3070
Laptop GPU
RTX 3060
Laptop GPU
RTX 3050 Ti
Laptop GPU
RTX 3050
Laptop GPU
CUDA Cores 5120 3840 2560 2048
ROPs 80 48 32? 32?
Boost Clock 1290 - 1620MHz 1283 - 1703MHz 1035 - 1695MHz 1057 - 1740MHz
Memory Clock 14Gbps GDDR6 14Gbps GDDR6 12Gbps? GDDR6 12Gbps? GDDR6
Memory Bus Width 256-bit 192-bit 128-bit 128-bit
VRAM 8GB 6GB 4GB 4GB
TDP Range 80 - 125W 60 - 115W 35 - 80W 35 - 80W
GPU GA104 GA106 GA107 GA107
Architecture Ampere Ampere Ampere Ampere
Manufacturing Process Samsung 8nm Samsung 8nm Samsung 8nm Samsung 8nm
Launch Date 01/26/2021 01/26/2021 05/11/2021 05/11/2021

NVIDIA normally launches two parts at the xx50 tier for laptops, and for this generation NVIDIA has stuck squarely with tradition. At the top is the RTX 3050 Ti, a full-fat (or close to it) GA107 implementation with 20 SMs, for a total of 2560 CUDA cores. Below it is the RTX 3050 (vanilla), with has 16 SMs for 2048 CUDA cores. As these are Ampere family parts, NVIDIA has kept the basic GPU functional blocks proportional across the lineup, so we’re looking at 80/64 tensor cores and 20/16 ray tracing cores for the RTX 3050 Ti and RTX 3050 respectively.

Past that, NVIDIA isn’t sharing too much about GA107 in particular. We’re still waiting to find out the die size and transistor count (just how much smaller is it than the 276mm2 GA106?), as well as a few details like ROP counts.

As for clockspeeds, both RTX 3050 laptop parts are a bit more modestly clocked, owing to their lower TDP options. Officially, the boost clock for the RTX 3050 Ti for laptops is anywhere between 1035MHz and 1695MHz, depending on what the OEM dials in. Meanwhile the vanilla RTX 3050 for laptops lands between 1057MHz and 1740MHz; a bit higher than the Ti version, owing to the fewer enabled SMs in the lower-end part.

Meanwhile, both adapters will ship with 4GB of GDDR6 memory. We’re still awaiting confirmation from NVIDIA on the clockspeed, but 12Gbps is a reasonable bet for both power and cost reasons. Both cards come with a 128-bit memory bus – another typical design choice for xx50 tier parts – so this puts the cards’ memory bandwidth at or above 192GB/sec.

Finally, both parts offer the same 35 Watt to 80 Watt TDP window. This very wide range allows for the RTX 3050 parts to be suitable for use in everything from 13-inch gaming laptops to 17-inch workstation laptops. Though it also underscores the fact that the cards’ performance will vary pretty widely from OEM to OEM, since power and cooling allowances are such a critical element of performance. Overall, the new RTX 3050 parts come in at a lower TDP than the RTX 3060 – which started at 60 Watts – which opens the door for use in a bunch more designs, though I fully expect RTX 3060 to be more efficient where the parts overlap in power consumption.

Performance Expectations & 140 Wins

For better or worse, NVIDIA doesn’t spend a lot of time talking about the actual performance of their low-end laptop adapters, and the RTX 3050 series is no exception. The company’s promotional focus is more on features and how it compares to Intel’s integrated graphics, so we don’t have a lot of performance guidance to work with. Not helping matters again is the wide TDP range, which means different laptop designs can end up being quite far apart in performance.

For the games where NVIDIA does provide GTX 1650 Ti data as a comparison point, they have the RTX 3050 Ti at roughly 60% faster. But with a sample size of two games, this should be taken as a very rough estimate.

If nothing else, expect to see NVIDIA push DLSS harder here than they have on any other RTX 30 series part thus far. As these are the lowest performing Ampere parts (to date), they have little performance to spare for ray tracing and other resource-intensive effects at native (1080p) resolution, so NVIDIA will be relying on DLSS to make these advanced features viable on this entry-level hardware.

Otherwise, as Ampere family parts, the new RTX 3050 for laptop accelerators offer the usual suite of NVIDIA features, including those laptop features rolled out back at the RTX 3060 For Laptops launch earlier this year. So this includes HDMI 2.1 output support and Dynamic Boost 2.0. As well, even these entry-level parts support PCI Express 4.0 connectivity and resizable PCIe base address register (reBAR) support to maximize performance there.

Overall, NVIDIA is touting 140 wins across the consumer and professional (Studio) markets, underscoring the fact that the RTX 3050 series will be NVIDIA’s highest volume parts for the laptop market. Over the years NVIDIA has established a rather cozy symbiotic relationship with Intel’s H-series laptop CPUs – with xx50 tier parts being the de facto choice for laptops that include a discrete GPU as a baseline option – and it looks like that will once again be the case for Tiger Lake -H. Already NVIDIA has wins in 15-inch and 17-inch laptops from Dell, Lenovo, HP, and ASUS, and there will be more to come as OEMs continue to launch their next-generation H-series laptops.

Finally, according to NVIDIA, the first RTX 3050-equipped laptops will be released as soon as today, depending on the shipping schedule of each OEM. Laptops with the new adapters will start at $799.

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  • Spunjji - Thursday, May 13, 2021 - link

    Minecraft doesn't, but RT does - regardless of the game. The RTX 2060 gets ~25-30fps average (dips below 20fps) in Minecraft at 1080p with RTX enabled. DLSS improves that to 40-50fps, which is entirely playable, but the visuals are mushy because the original resolution is so low (720p).

    We don't have enough data points to compare reliably yet, but the 3050Ti is giving every indication of being worse than the 2060 at RTX. If your friend doesn't mind low frame-rates and/or it's all they can afford, they'll have a better experience than none at all; I just don't think it makes sense over the faster or cheaper hardware Nvidia could be offering if they weren't squeezing RT features into low-end cards.
    Reply
  • J0S3R - Wednesday, May 12, 2021 - link

    "These are going to end up in scuffed miners data centers, and they don't give a fart about ray tracing because you can't use it to convert coal smoke into ponzi coins." While I am of the same opinion wrt ponzi coal, I'm curious about your assertion in this particular case. Are miners getting their hands on the raw laptop GPUs and installing them in custom boards, or are they just using the laptops directly? Or are they shucking the laptops and keeping the mainboards somehow? I realize supplies are tight, and miners are inventive, but that seems like a lot of hoops to jump through. But I haven't been paying close enough attention to know how mobile chips are getting used. Reply
  • DanNeely - Wednesday, May 12, 2021 - link

    They're bulk buying gaming laptops and using them directly. I've seen other less janky setups where they were setup on shelves/racks instead of scattered across the floor, but this was the first hit from Google.

    https://www.coindesk.com/nvidia-cryptocurrency-min...
    Reply
  • Spunjji - Thursday, May 13, 2021 - link

    Pisses me off every time I see that Reply
  • Morawka - Wednesday, May 12, 2021 - link

    Ok boomer Reply
  • SirDragonClaw - Wednesday, May 12, 2021 - link

    My gpus are wind powered thank you very much. Reply
  • Spunjji - Thursday, May 13, 2021 - link

    In which case something else that could have been wind powered is powered by fossil fuels. It's much the same in the end. Reply
  • grant3 - Tuesday, May 11, 2021 - link

    A 50% performance boost from the 1650 mobile GPUs sounds really nice.

    Makes me hopeful it's included in the next XPS models.
    Reply
  • evilspoons - Wednesday, May 12, 2021 - link

    I'd love to get my hands on a half-height... uh, anything really... with the NVDEC this generation of cards seems to come with. No details here if GA107 includes the same full NVDEC as a desktop 3080 or whatever, but if it does it sure would be nice to have something to replace the GT 1030 :| Reply
  • damianrobertjones - Wednesday, May 26, 2021 - link

    Imagine owning a 1650 ti based laptop and getting 0 frames in games! That was be awful. Reply

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