Help With Laptop Comparison!

I’m finally upgrading to a newer laptop, and I’m looking at two options. I’d love to hear which one people would choose and why. Note that cost is a consideration.

  1. Lenovo P16 Gen 1 (used, $1500 with 18 months left on warranty)

Processor

1x 12th Generation Intel® Core™ i9-12950HX vPro® Processor(Core™ i9-12950HX vPro®)

Memory

4x 32 GB DDR5-4800

Operating System

Windows 11 Pro 64(EN:English)

Hard Drive

1x 1TB G4 Perf

Graphics

1x NVIDIA RTX™ A5500 16GB

Included Warranty

3YR Premier NBD

  1. Lenovo P16 Gen 2 (new, $2200 with warranty)

Processor

13th Generation Intel® Core™ i9-13950HX vPro® Processor (E-cores up to 4.00 GHz P-cores up to 5.50 GHz)

Operating System

Windows 11 Pro 64

Graphic Card

NVIDIA RTX™ 4000 Ada Generation Laptop GPU 12GB GDDR6

Memory

64 GB DDR5-4000MHz (SODIMM) - (2 x 32 GB)

Storage

1 TB SSD M.2 2280 PCle Gen 4 Performance TLC Opal

Thank you!!

I think you’d be happy with either-

The A5500 has a ton more cuda cores so if rendering is important, I’d go that way personally.

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Thanks Kyle!

Sorry Kyle, that isn’t so for the laptop RTX A5500 and laptop RTX 4000 ADA. Both cards have 7424 CUDA cores.

Regards
Jeremy

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The RTX A5500 naming seems to suggest that it is a Quadro Ampere generation product:

The RTX 4000 Ada naming then states that this is an Ada Lovelace generation card.

The two may have the same CUDA counts, but I would think that the RTX 4000 Ada is the faster GPU on generation at the same CUDA core count.

I think this makes some sense in that the laptop equipped with the RTX A5500 also has an Intel Alder Lake CPU (12950HX), whereas the later RTX 4000 Ada version comes with the additionally later Raptor Lake CPU (13950HX).

The Raptor Lake (13950HX) is going to be the faster CPU on paper. However, at a full workload, it will depend entirely on the thermal solution.

The RTX 4000 Ada Mobile, in typical Nvidia style, comes with poor VRAM provision (12 GB) compared to the A5500 Mobile (16 GB).

I think it is a case of choose your poison.

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Thanks for this. I’ve been weighing the variables, and it comes down to 1) a difference of $700, which is not a deal breaker but is something, 2) the age of the tech, and 3) the processing power. I have plenty of standard ram that I can add and external storage, so only concerned with gpu and cpu.

I will use the machine to model medium heavy scenes, and to do some test rendering with Vray.

Based on previous experience I think I prefer the 16 gigs of vram, but it looks as though the architecture of the ada lovelace cards allows them to do more efficient work with less memory. Do you know if this is the case with Rhino as well? Clearly the newer and more expensive laptop generally will outperform the older one: even with less vram the GPU has higher benchmarks, but I’m wondering if the difference will be negligible, or if the additional memory will specifically be a bonus when using Rhino. Confusing.