NVIDIA GeForce RTX 30 “GA102” Series PCB to feature ‘over 20 chokes’

Published: 13th Aug 2020, 08:19 GMT   Comments

Please note that this post is tagged as a rumor.

A new rumor has surfaced in regard to the upcoming GeForce RTX 30 PCB design.

RTX 3080(Ti): up to 20 densely packed capacitors?

Irregular PCB design for the upcoming GeForce RTX 3080 Founders Edition

NVIDIA is about to set the bar even higher; by introducing even more complex power delivery for the upcoming GA102 GPU board design, new rumors suggest.

The company has been upgrading its power delivery design for high-end models with each generation. The last 2 generations have seen a noticeable upgrade in a number of components and their quality. While the number of power stages is often meaningless to casual gamers, those seeking higher clocks are definitely going appreciate the current stability.

A new rumor suggests that the PCB might see yet another upgrade with up to 20 chokes. We are not sure which model the leaker referring to though. The same PCB is expected to be available for RTX TITAN Ampere, RTX 3080 Ti (3090) and RTX 3080. All these cards are supposedly using the same PG133 board design. There is allegedly also PG132, which was designed for board partners, but unlike the 133 it features a regular rectangular shape.

The leaked RTX 3080 PCB revealed that the company has been working on a complex irregular shaped board design with two fans pointing in different directions. Such a design required the components to be squeezed around a V-shaped fan hole. As a result, this has increased the complexity and component density on the graphics card.

@KkatCorgi:

Come on, over 20 chokes……

@kopite7kimi:

extreme compact

丝露花雨 (Chiphell):

1. So-called 24/20GB 384/320-bit Only right on one point.
1) 3090 is 24GB this is fine, pushing up KatCorgi also confirmed
(2) then in order to high-speed video memory is not used 16Gbit particles, this is a double-sided 2Rx32 specifications, positive and negative a total of 24 stars!
2, 3080 and 3090, although using the same core, but 3080 seems to be to re-sample the PCB, rather than 3090 cut two particles made out of the
3, by the way, 3090 is an interesting arrangement of this particle, there is a particle put to the bottom
4, this time the public version of the power supply luxury is unimaginable, or cooling pressure is unimaginable…. NVIDIA SMX kind of card power supply density you all understand, this time is bound to do a dense, a cylinder solid capacitors are not, instead of all the chip capacitors / tantalum capacitors.
5, is not a shaped PCB I do not know anyway, but NV this PCB layout merit to be honest!

It’s better than Mrs. Su’s HBM card.

Machine translation

NVIDIA Founders Edition (Reference) PCB
VideoCardz.comGTX 1080 TiRTX 2080 TiGA102 PCB
BoardPG611 SKU10PG150 SKU30PG133/136 (FE) / 132 (AIC) TBC
Power Stages7 VDDC + 2 MVDD13 VDDC + 3 MVDD“20” TBC
Memory Modules11x GDDR5X11x GDDR6up to 12x GDDR6X
Power Delivery6-pin + 8-pin8-pin + 8-pin12-pin / TBC
TDP250W250W320-350W TBC

Source: @KkatCorgi, Chiphell




Comment Policy
  • Comments must be written in English.
  • Comments deemed to be spam or solely promotional in nature will be deleted. Including a link to relevant content is permitted, but comments should be relevant to the post topic.
  • Comments containing language or concepts that could be deemed offensive will be deleted. Note this may include abusive, threatening, pornographic, offensive, misleading or libelous language.
  • Comments complaining about the article subject or its source will be removed.
  • A failure to comply with these rules will result in a warning and, in extreme cases, a ban.
  • Please note that comments that attack or harass an individual directly will be deleted and such comments will result in a ban.
  • VideoCardz Moderating Team reserves the right to edit or delete any comments submitted to the site without notice.
  • If you would like to appeal for a comment section ban to be removed, please use this page.
  • If you have any questions about the commenting policy, please let us know through the Contact Page.
Hide Comment Policy
Comments