-
Competitor rules
Please remember that any mention of competitors, hinting at competitors or offering to provide details of competitors will result in an account suspension. The full rules can be found under the 'Terms and Rules' link in the bottom right corner of your screen. Just don't mention competitors in any way, shape or form and you'll be OK.
*** AMD "Navi 3X" (RDNA 3 discussion thread) ***
- Thread starter 4K8KW10
- Start date
-
- Tags
- amd radeon navi 3x rdna 3
Technology has to move forward.
Proper power supply will be required:
My basket at Overclockers UK:
My basket at Overclockers UK:
My basket at Overclockers UK:
My basket at Overclockers UK:
My basket at Overclockers UK:
Total: £240.49 (includes shipping: £10.50)
My basket at Overclockers UK:
- 1 x Super Flower Leadex Titanium 1000W Fully Modular "80 Plus Titanium" Power Supply - Black= £249.95
Total: £260.45 (includes shipping: £10.50)
My basket at Overclockers UK:
Total: £279.89 (includes shipping: £9.90)
My basket at Overclockers UK:
Total: £310.49 (includes shipping: £10.50)
How much of this is actually real and how much is fake?
Radeon RX 7600 XT called a flagship card:
[URL='https://wccftech.com/amd-navi-33-rdna-3-gpu-next-gen-radeon-rx-7000-graphics-cards-allegedly-features-4096-cores/']AMD Radeon RX 7000 'RDNA 3' Navi 33 GPU Rumored To Feature 4096 Cores But Performance Faster Than Navi 21 (wccftech.com)[/url]
Radeon RX 7600 XT called a flagship card:
[URL='https://wccftech.com/amd-navi-33-rdna-3-gpu-next-gen-radeon-rx-7000-graphics-cards-allegedly-features-4096-cores/']AMD Radeon RX 7000 'RDNA 3' Navi 33 GPU Rumored To Feature 4096 Cores But Performance Faster Than Navi 21 (wccftech.com)[/url]
Some time in 2022 would mean that AMD is behind the normal release schedule. 2021 without any new graphics cards?
Last time it was November 2020 when a new Radeon GPU was launched.
No, the 128-bit memory interface tanks the performance to pretty much useless levels:
Battlefield 2042 Open Beta Benchmark Test & Performance Review - Performance & VRAM Usage | TechPowerUp
It is a bad graphics card for any resolution.
But not for 600 euros. Never!
This card should cost 150 euros, and they charge 4 times more! The scalpers!
Someone should give data about how many consumers who had been previously considered budget conscious and enthusiasts can now buy with these scalper prices.
This is a card that should be entry level, but is charged with the enthusiast level pricings.
Like torturing someone and be happy for your crime. Very low ethics and mindset. It betrays the whole gaming community.
The gamers will return "the favour" multiple times. Resulting in potential heavy sanctions for the criminals.
Maybe it will be supported by Navi 3x?
"The Video Electronics Standards Association (VESA ) announced today that it has published the Embedded DisplayPort (eDP) Standard version 1.5. Replacing eDP 1.4b, published in 2015, eDP 1.5 retains all key features of the previous specification while adding additional capabilities and performance. These include an improved panel self-refresh protocol coupled with enhancements to VESA's Adaptive-Sync protocol, a combination that results in added power savings and improved motion image quality.
For devices such as laptop PCs with an embedded display, eDP is the electrical interface for transporting video data from the system's graphics hardware to the internal display panel. eDP is widely adopted for larger, higher-resolution displays as it provides the highest resolutions, refresh rates and color depths using a low wire count with low EMI radiation. Enhancements to the eDP standard have continued since its introduction more than 10 years ago, thanks to contributions by major OEMs through the VESA organization. eDP applications include laptops, all-in-one PCs, premium tablets, automotive displays, and other systems that incorporate a display panel with a video or graphics video source.
Improving power optimization
As with the previous spec version, eDP 1.5 supports panel self-refresh, a key power-saving feature in the standard. With panel self-refresh, static screen images are stored in the display memory while other parts of the system enter a low-power standby state. The system can momentarily awaken to update all or part of the display as needed. This offers significant power savings in typical PC or tablet usage applications. The panel self-refresh function was further optimized in eDP 1.5 with the addition of an enhanced Panel Replay protocol that provides even more power savings as well as improved display performance, including compatibility with Adaptive-Sync.
Other new protocols developed for eDP 1.5 include the ability to disable the display interface during normal operation (when not using panel self-refresh) during the vertical blanking period, which provides added power savings. eDP 1.5 also adds protocol support for new panel types, such as certain organic light emitting diode (OLED) panels, that feature extended display persistence and, thus, low refresh capability, without the need for a frame buffer.
Improving gaming and media playback performance
While eDP has long supported Adaptive-Sync for power saving and frame rate control for gaming, eDP 1.5 adds new Adaptive-Sync capabilities. For the playback of movies or video streaming, a new protocol was added to allow small frame rate adjustments to prevent skipping or repeated frames. For panels with a wide frame rate capability deployed in gaming systems, new mechanisms were added to reduce display flicker.
As with the previous spec version, eDP 1.5 continues to support the utilization of VESA's DisplayHDR and DisplayHDR True Black specifications - bringing vivid, life-like high dynamic range (HDR) content with the high color and contrast accuracy assured by these standards to embedded display applications."
VESA Publishes Embedded DisplayPort Standard Version 1.5 | TechPowerUp
"The Video Electronics Standards Association (VESA ) announced today that it has published the Embedded DisplayPort (eDP) Standard version 1.5. Replacing eDP 1.4b, published in 2015, eDP 1.5 retains all key features of the previous specification while adding additional capabilities and performance. These include an improved panel self-refresh protocol coupled with enhancements to VESA's Adaptive-Sync protocol, a combination that results in added power savings and improved motion image quality.
For devices such as laptop PCs with an embedded display, eDP is the electrical interface for transporting video data from the system's graphics hardware to the internal display panel. eDP is widely adopted for larger, higher-resolution displays as it provides the highest resolutions, refresh rates and color depths using a low wire count with low EMI radiation. Enhancements to the eDP standard have continued since its introduction more than 10 years ago, thanks to contributions by major OEMs through the VESA organization. eDP applications include laptops, all-in-one PCs, premium tablets, automotive displays, and other systems that incorporate a display panel with a video or graphics video source.
Improving power optimization
As with the previous spec version, eDP 1.5 supports panel self-refresh, a key power-saving feature in the standard. With panel self-refresh, static screen images are stored in the display memory while other parts of the system enter a low-power standby state. The system can momentarily awaken to update all or part of the display as needed. This offers significant power savings in typical PC or tablet usage applications. The panel self-refresh function was further optimized in eDP 1.5 with the addition of an enhanced Panel Replay protocol that provides even more power savings as well as improved display performance, including compatibility with Adaptive-Sync.
Other new protocols developed for eDP 1.5 include the ability to disable the display interface during normal operation (when not using panel self-refresh) during the vertical blanking period, which provides added power savings. eDP 1.5 also adds protocol support for new panel types, such as certain organic light emitting diode (OLED) panels, that feature extended display persistence and, thus, low refresh capability, without the need for a frame buffer.
Improving gaming and media playback performance
While eDP has long supported Adaptive-Sync for power saving and frame rate control for gaming, eDP 1.5 adds new Adaptive-Sync capabilities. For the playback of movies or video streaming, a new protocol was added to allow small frame rate adjustments to prevent skipping or repeated frames. For panels with a wide frame rate capability deployed in gaming systems, new mechanisms were added to reduce display flicker.
As with the previous spec version, eDP 1.5 continues to support the utilization of VESA's DisplayHDR and DisplayHDR True Black specifications - bringing vivid, life-like high dynamic range (HDR) content with the high color and contrast accuracy assured by these standards to embedded display applications."
VESA Publishes Embedded DisplayPort Standard Version 1.5 | TechPowerUp
I think the top Navi 31 graphics card should not draw more than 320 watts.
Everything above puts too much stress and additional requirements for the power supply units, cases, cooling.
And technically there is no need to, unless the competition has something better and the overclocked versions are inevitable.
Navi 21 has only 5120 shaders.
Navi 31 will have 15360 shaders.
Everything above puts too much stress and additional requirements for the power supply units, cases, cooling.
And technically there is no need to, unless the competition has something better and the overclocked versions are inevitable.
Navi 21 has only 5120 shaders.
Navi 31 will have 15360 shaders.