yslalan
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That's still the Precision 3000 series? It doesn't look like the Pro Max series
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https://www.delltechnologies.com/asset/en-us/products/laptops-and-2-in-1s/technical-support/dell-pro-13-14-16-plus-laptop-product-brochure.pdf https://www.delltechnologies.com/asset/en-us/products/laptops-and-2-in-1s/technical-support/dell-pro-13-14-premium-laptop-product-brochure.pdf Dell released spec sheet links for pro series Looks like a new thunderbolt dock has been planned to replace the existing WD22TB4, the SD25TB4
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I guess the model on that page is the Pro Max 16 Plus? not quite sure
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I believe this is the single-port 240-watt PD 3.1 adapter.
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The model mapping seems somewhat confusing and crazy. However, considering the target market, the Dell series is intended for home use only, the Pro series is aimed at business use, and the Pro Max series is designed for high-end business users seeking high performance. One thing I noticed is that they merged the XPS and Latitude 9000 models into a single product line, which simplifies the lineup. They also renamed the desktop line as follows: XPS Desktop→ Dell Desktop Optiplex → Dell Pro Desktop Precision Tower → Dell Pro Max Desktop
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https://browser.geekbench.com/v6/cpu/8660787 Dell Inc. Dell Pro Max 16 MC16250 OK, I believe this would be the Precision 3000-class product Based on this, I would assume the following classifications: 5000-class: Dell Pro Max 16 Premium MA(?)16250 7000-class: Dell Pro Max 16 Plus MB(?)16250
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Off-topic: This shift key is way too long.
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Following the naming rules and this URL: https://www.delltechnologies.com/asset/en-ca/products/laptops-and-2-in-1s/technical-support/dell-pro-rugged-14-rb14250-spec-sheet.pdf Just waiting for the moment when this will be published: https://www.delltechnologies.com/asset/en-ca/products/workstations/technical-support/dell-pro-max-18-plus-mb18250-spec-sheet.pdf
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That would be a disaster if Dell does so using a 240-watt PD 3.1 adapter. I suffered using the Precision 5760/5770 models because the battery would drain quickly under heavy load, even when plugged in with the adapter.
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Absolutely, he is the source. It was originally posted on https://weibo.com/7632744038/5110144742721072.
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It’s not possible to enable the two unused solder pads on the PCB unless vRAM is soldered onto those pads. The only feasible upgrade would be to replace all six vRAM chips with larger, double-capacity vRAM chips, which means 12GB->24GB.
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No, it won't work. You need to maintain the GPU's bit width—6 slots mean 192 bits. The only upgrade option is from 12GB to 24GB. However, as of now, I believe the Ada series hasn't been cracked to support such a large VRAM capacity in their vBIOS. The supported VRAM combinations are hard-coded in the vBIOS. Refer to the GPU-Z entry for confirmation.
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I'm replacing the GPU on my desktop machine. It is also portable to carry out with an x86 tablet.
