- 638
- GTDrivers_Gaffer
From the Downshift Session 2008 in New York.
Gran Turismo in 4 times the resolution of Full HD Polyphony Digital also presented two technological trials for the next generation at this event. Both of the presentations, were founded on the philosophy of “achieving the highest possible quality” held over the years by Gran Turismo.
One of these, was a time trial competition using Sony’s newest digital cinema projector, the “SRX-S110”. Gran Turismo 5 prologue is already in Full HD resolution at 1920 x 1080 pixels, providing the highest resolution possible in today’s TV content. However in this time trial, the Full HD image was increased to twice the resolution both vertically and horizontally (4x the surface area), enabling game play at an ultra high resolution of 3840 x 2160 pixels. This was performed by connecting and synchronizing four Playstation 3’s outputting a quarter of the image each at 1920x1080 pixels, but you must remember this demands an extremely high quality image from the source that can withstand the ultra high resolution. It can be said that this demonstration was only made possible, because the source image was Gran Turismo.
What supported this time trial on the display side, was the newest digital cinema projector from Sony, the SRX-110. This “4K”SXRD”(*1) projector is the next generation in projector technology, enabling a resolution of 4096 x 2160 pixels, equivalent to the high resolution image of 35mm film. The high 4000:1 device contrast ratio and a response time of 5 milliseconds, also adds to the level of breathtaking image expression introduced here.
The crowd was simply amazed by the clarity of the image displayed on the massive 220 inch screen, and the players who participated in the time trial expressed their excitement of how perfectly in focus the screen is even close up, and at the quality of Gran Turismo.
The “SRX-S110” digital cinema projector set above the time trial seat. With its high precision LCD display device “4K SXRD”, it is able to display 8.85 million pixels, which is over 4 times the resolution of full HD.
The massive 220 inch screen where the ultra high resolution image of the SRX-110 was projected. The overwhelming resolution and high contrast completely leaves the limits of previous existing projectors in the dust. The Ultra-Real, 240fps DemonstrationThe other display was a playable demonstration on a Nano-Spindt FED / Field Emissions Display developed by Sony, with a frame rate of 240fps (240 frames per second).
Gran Turismo 5 Prologue has already achieved a frame rate of 60p (progressive), but in this demo, Gran Turismo was made playable at four times this frame rate at 240fps.
The SXRD demonstration described above used four PS3’s to improve image quality, but this used the same to increase the frame rate.
The display used in this demonstration was the 19 inch nano-Spindt FED screen produced by FE Technologies, who is a company that has taken over the development of the FED technology that was being developed at Sony. This display contains over 10,000 electron sources called the nano-spindt emitter, per pixcel. A fluorescent substance is exposed to the electrons from the emitters to produce light, and this format is very close to a cathode-ray tube in principle. The resulting view angle is wider in comparison to a LCD panel, and it shows superior performance when displaying moving images, with no blurring of the outline.
Structure of the nano-Spindt FED. With over 10,000 nano-Spindt emitters per pixel emitting electrons to a fluorescent substance to produce images, the principle is very close to a cathode-ray tube type display. It has many high image quality performance characteristics, with a wider view angle, superior ability to produce black color, rich tone expression, motion pictures with no blurring of the outline, etc.
Expanded view of a single pixel. The diameter of one nano-Spindt emitter is approximately 120 nanometers (left). Over 10,000 of these comprise one pixel (middle). A fluorescent substance is exposed to the electron emitted from these emitters, to produce an image (right)
Comparison of the nano-Spindt FED and LCD panel structures. The nano-Spindt FED does not have a backlight, polarized plate nor light guide plate, making the parts structure very simple. Four PS3’s were also used in this demonstration. The frame rate of a single PS3 is 60fps, or 1/60 of a second, but by having four PS3’s draw an image four times within this 1/60 of a second, a frame rate of 1/240 of a second is made possible.
You can see the shocking difference of this high frame rate Gran Turismo immediately when you see the screen. It is as though you are following a real world event happening right in front of your face with your own eyes. Any and all flickering in the movement of the vehicle, in the smoke from the tires, etc. are completely gone, and you are almost tricked into believing you are watching something in real life. The guests at the event were baffled by the quality of the image, and stared in amazement at the screen.
The event merging cars, art, design and music, reached its finale with great success, and through two revolutionary demonstrations, Gran Turismo has also succeeded in producing a clear image of the future, and the road to get there.
Gran Turismo in 4 times the resolution of Full HD Polyphony Digital also presented two technological trials for the next generation at this event. Both of the presentations, were founded on the philosophy of “achieving the highest possible quality” held over the years by Gran Turismo.
One of these, was a time trial competition using Sony’s newest digital cinema projector, the “SRX-S110”. Gran Turismo 5 prologue is already in Full HD resolution at 1920 x 1080 pixels, providing the highest resolution possible in today’s TV content. However in this time trial, the Full HD image was increased to twice the resolution both vertically and horizontally (4x the surface area), enabling game play at an ultra high resolution of 3840 x 2160 pixels. This was performed by connecting and synchronizing four Playstation 3’s outputting a quarter of the image each at 1920x1080 pixels, but you must remember this demands an extremely high quality image from the source that can withstand the ultra high resolution. It can be said that this demonstration was only made possible, because the source image was Gran Turismo.
What supported this time trial on the display side, was the newest digital cinema projector from Sony, the SRX-110. This “4K”SXRD”(*1) projector is the next generation in projector technology, enabling a resolution of 4096 x 2160 pixels, equivalent to the high resolution image of 35mm film. The high 4000:1 device contrast ratio and a response time of 5 milliseconds, also adds to the level of breathtaking image expression introduced here.
The crowd was simply amazed by the clarity of the image displayed on the massive 220 inch screen, and the players who participated in the time trial expressed their excitement of how perfectly in focus the screen is even close up, and at the quality of Gran Turismo.
The “SRX-S110” digital cinema projector set above the time trial seat. With its high precision LCD display device “4K SXRD”, it is able to display 8.85 million pixels, which is over 4 times the resolution of full HD.
The massive 220 inch screen where the ultra high resolution image of the SRX-110 was projected. The overwhelming resolution and high contrast completely leaves the limits of previous existing projectors in the dust. The Ultra-Real, 240fps DemonstrationThe other display was a playable demonstration on a Nano-Spindt FED / Field Emissions Display developed by Sony, with a frame rate of 240fps (240 frames per second).
Gran Turismo 5 Prologue has already achieved a frame rate of 60p (progressive), but in this demo, Gran Turismo was made playable at four times this frame rate at 240fps.
The SXRD demonstration described above used four PS3’s to improve image quality, but this used the same to increase the frame rate.
The display used in this demonstration was the 19 inch nano-Spindt FED screen produced by FE Technologies, who is a company that has taken over the development of the FED technology that was being developed at Sony. This display contains over 10,000 electron sources called the nano-spindt emitter, per pixcel. A fluorescent substance is exposed to the electrons from the emitters to produce light, and this format is very close to a cathode-ray tube in principle. The resulting view angle is wider in comparison to a LCD panel, and it shows superior performance when displaying moving images, with no blurring of the outline.
Structure of the nano-Spindt FED. With over 10,000 nano-Spindt emitters per pixel emitting electrons to a fluorescent substance to produce images, the principle is very close to a cathode-ray tube type display. It has many high image quality performance characteristics, with a wider view angle, superior ability to produce black color, rich tone expression, motion pictures with no blurring of the outline, etc.
Expanded view of a single pixel. The diameter of one nano-Spindt emitter is approximately 120 nanometers (left). Over 10,000 of these comprise one pixel (middle). A fluorescent substance is exposed to the electron emitted from these emitters, to produce an image (right)
Comparison of the nano-Spindt FED and LCD panel structures. The nano-Spindt FED does not have a backlight, polarized plate nor light guide plate, making the parts structure very simple. Four PS3’s were also used in this demonstration. The frame rate of a single PS3 is 60fps, or 1/60 of a second, but by having four PS3’s draw an image four times within this 1/60 of a second, a frame rate of 1/240 of a second is made possible.
You can see the shocking difference of this high frame rate Gran Turismo immediately when you see the screen. It is as though you are following a real world event happening right in front of your face with your own eyes. Any and all flickering in the movement of the vehicle, in the smoke from the tires, etc. are completely gone, and you are almost tricked into believing you are watching something in real life. The guests at the event were baffled by the quality of the image, and stared in amazement at the screen.
The event merging cars, art, design and music, reached its finale with great success, and through two revolutionary demonstrations, Gran Turismo has also succeeded in producing a clear image of the future, and the road to get there.
Last edited:
Inputs cards will most probably be optional too...
(remember it's not only about vram & other ram but also about the cell the RSX and the bandwidth they have available to each other)
