Are you aware of the best graphics cards? The Rtx 5090 is a popular name here. Moreover, it is a high power draw speculated as pushing your power limits up to 600 watts. With this push, it might decimate your current power supply. However, there comes a twist with a China-based PSU manufacturer, Segotep, requesting the enthusiasts to hold off on their purchase of a new PSU.
Are There Any Short-Comings for Rtx 5090?
Yes, there are!
These all speculations hover around the fact the new Rtx 5090 might feature two 16-pin power connectors. Similar high-end PSUs in the market support dual 12V 2×6 power connectors. MSI is a famous manufacturer in this domain. MSI has a high chance of coming up with a GPU drawing more than 600 watts.
While these power supplies are difficult to mark their market debut, TweakTown has something to comment on. According to their research, the second power connector of 12V 2×6 is intentionally added to support the next generation of your graphic cards. While the next generation is the 50-x series of RTX, there’s no second that the RTX 5090 would be hungry for power. Segotep doesn’t seem to align with their comment.
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User Comments on Rtx 5090’s dual 16-pin Connector
If the Chinese PSU maker, Rtx 5090, would function without requiring the second power connector in 12V 2×6. This comes from the desk of VideoCardz. A user comment to the company asked whether the Segotep’s power supply would feature a dual 16-pin connector.
Without losing much time, Segotep dismissed this claim, saying, “There’s no such possibility.” The company claimed sufficient data to support this and asked the user to meet again in January.
This little piece of information is quite supportive of –
- Segotep claims to have a thorough review of Rtx 4090 before its market debut. Based on this experience, they find Rtx 5090 specifications to be exaggerated.
- This response of Segotep to a user inquiring about the dual power connector for Rtx 5090 supports the fact that the series should be out in CES 2025.
Does Dual Power Connector Justify 600 Watt Power Requirement of Rtx 5090?
No, there’s no confirmed evidence regarding this. It likely seems to be an independent choice from Nvida to leverage the load between two connectors. However, taking experience from the connector melting of 12VHPWR, you cannot even rule it out entirely. As of now, all the information so far points out that Rtx 5090 is being market-launched with a single power connector. So, let’s wait and watch!
Note: The information sourced here is purely based on our literature search on Google, not our research with Rtx 5090. We request the users to review the specifications and plan accordingly thoroughly.
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Takeaway
We hope we can justify your request for Rtx 5090 dual connector speculations. If you liked our blog, please share it with your circle for vigilance. Also, we are open to receiving your feedback and suggestions on filtering our following content to serve you better.
RTX 5090 FAQ
1. When will the RTX 5090 be released?
Ans:- Given the release cadence of previous RTX series (such as the RTX 3080, and RTX 3090), the RTX 5090 could potentially be released sometime in 2025 or beyond.
2. What will the performance of the RTX 5090 be like?
Ans:- The RTX 5090 will almost certainly feature a substantial performance increase over the RTX 4090.
3. Will the RTX 5090 support DLSS 3.0 or newer versions?
Ans:- It’s highly likely that the RTX 5090 will support DLSS 3.0 or newer versions of NVIDIA’s Deep Learning Super Sampling technology, offering improved upscaling, frame rates, and visuals in supported games.
4. What kind of ports will the RTX 5090 have?
Ans:- The RTX 5090 will likely feature the latest connectivity options, including HDMI 2.1 and DisplayPort 2.0, to support 4K, 8K, and even higher resolutions, along with higher refresh rates and bandwidth for multi-monitor setups.
5. What kind of power requirements will the RTX 5090 have?
Ans:- The RTX 5090 will likely require a high-wattage power supply, potentially ranging from 450W to 600W or more, depending on the efficiency and power consumption of the chip.