The Santa Clara company’s official launch of the series of Nvidia GeForce 500, evolution of GeForce 400M. The leap in performance compared to the past should not be exciting. Find out the details.
Basically, the series of Nvidia GeForce 500M video cards are the evolution of the GeForce 400M previous range. From this inherit the CUDA chip same 96-core (except for the top model of the category with 144 Core) and the bus for the memory to 128 bits, just as happens, for example, the GeForce GT 435m. This, in essence, suggests that the manufacturer has not intervened massively on the technology, preferring to exploit the existing know-how, before moving on to solutions made by different production systems.
Compare to the previous series, Nvidia GeForce 500M offers a frequency of 672 MHz for the GPU, which become 1344 MHz shader and 900 MHz for memory. These, in essence, are the main technical data for the model said Nvidia GeForce GT 540M of the mainstream. Taking as a reference, however, the aforementioned Nvidia GeForce GT 555m, these values are equal, respectively, at 590, 900 and 1180 MHz but the memory bus is 192 bits.
Despite these circumstances, it is not a line to fail, quite the contrary. Remains to be seen, in fact, the large number of integrated technologies that make it pretty interesting even before evaluating its performance on the field, is not an impartial referee. The GeForce 500M series supports, as expected, DirectX11 graphics libraries and is therefore suitable to deal with multimedia and games without too many problems. There are also 3D Vision and PhysX technology, already known and seen in previous models.
To underline the support that Optimus feature, remember, manages activation of dedicated video card compared to the controller integrated into a computing system when conditions so require. Differently, is to safeguard the autonomy and reduced fuel consumption. The new line of GPU models include the GeForce GT 540M, GT 550M and GT 555M notebook dedicated to high-performance and GeForce GT 520M and 525M for mainstream systems.
Nvidia GeForce GT 540M, which is actually one of the most interesting models, should be available in the coming weeks on the Chinese market initially before moving on to other international markets. Have in common the same fate as the other models in the series. Simultaneously, the manufacturer also introduced the GeForce GTX 485M characterized by frequencies of 575 MHz for the GPU’s shader and memory work, respectively, to 1,150 and 750 MHz but the most interesting feature is the number of CUDA Core equal to 384 and the 256-bit memory bus.
Source [http://www.newgadgetpro.com/nvidia-geforce-500m-details-and-compare-at-ces-2011.html]
Basically, the series of Nvidia GeForce 500M video cards are the evolution of the GeForce 400M previous range. From this inherit the CUDA chip same 96-core (except for the top model of the category with 144 Core) and the bus for the memory to 128 bits, just as happens, for example, the GeForce GT 435m. This, in essence, suggests that the manufacturer has not intervened massively on the technology, preferring to exploit the existing know-how, before moving on to solutions made by different production systems.
Compare to the previous series, Nvidia GeForce 500M offers a frequency of 672 MHz for the GPU, which become 1344 MHz shader and 900 MHz for memory. These, in essence, are the main technical data for the model said Nvidia GeForce GT 540M of the mainstream. Taking as a reference, however, the aforementioned Nvidia GeForce GT 555m, these values are equal, respectively, at 590, 900 and 1180 MHz but the memory bus is 192 bits.
Despite these circumstances, it is not a line to fail, quite the contrary. Remains to be seen, in fact, the large number of integrated technologies that make it pretty interesting even before evaluating its performance on the field, is not an impartial referee. The GeForce 500M series supports, as expected, DirectX11 graphics libraries and is therefore suitable to deal with multimedia and games without too many problems. There are also 3D Vision and PhysX technology, already known and seen in previous models.
To underline the support that Optimus feature, remember, manages activation of dedicated video card compared to the controller integrated into a computing system when conditions so require. Differently, is to safeguard the autonomy and reduced fuel consumption. The new line of GPU models include the GeForce GT 540M, GT 550M and GT 555M notebook dedicated to high-performance and GeForce GT 520M and 525M for mainstream systems.
Nvidia GeForce GT 540M, which is actually one of the most interesting models, should be available in the coming weeks on the Chinese market initially before moving on to other international markets. Have in common the same fate as the other models in the series. Simultaneously, the manufacturer also introduced the GeForce GTX 485M characterized by frequencies of 575 MHz for the GPU’s shader and memory work, respectively, to 1,150 and 750 MHz but the most interesting feature is the number of CUDA Core equal to 384 and the 256-bit memory bus.
Source [http://www.newgadgetpro.com/nvidia-geforce-500m-details-and-compare-at-ces-2011.html]
The Infinia Tvs does feature promising specs but also brags with a new Live Borderless design that almost eliminates the frame around the LCD panel. The frame is just 8.5 mm wide.
LE9500 also incorporates a newly developed 480/400 Hz system, making movement even more smooth. It also supports 3D.
LE9500 will include a THX-profile, which ensures that picture quality on LE9500 meets the stringent requirements of THX.
Finally, LG mentions a Magic Motion Remote Control. The Magic Motion remote is a Wii-like remote which means that it is enough to point at the screen to navigate in menus.
The LE8500 model also features a LED backlight with local dimming, a sleek design with a slim frame, a THX profile, as well as the NetCast system. LE8500 will also incorporate Wireless AV Link and DLNA.
LG Infinifa LE7500 has a different design, although it is still based on LG's Borderless philosophy, but with wider frame around the LCD panel.
LE7500 also features NetCast, DLNA and Wireless AV Link.
The secret behind the ultra-thin frame of 8 mm is a Edge LED backlight, where the LEDs have been placed along the edges of the panel. In order to make the 9000 series even thinner, Samsung has also moved some of the control electronics into the stand, which can be rearranged when TV needs to be wall mounted.
Samsung's new 9000 series can display true 3D content together with a 3D Blu-ray players, but it can also convert 2D content into 3D (although the quality is probably far from true 3D).
Developed with a completely new remote control the 9000 series seeks the Apple look. The new remote has a touch-sensitive screen. The remote can even function as an extra screen, and you can watch TV directly on your remote while watching Blu-Ray on the TV.
The 9000 series incorporates 240 / 200 Hz technology (which is required for 3D), as well as Samsung’s Internet@TV. Internet@TV features a wide range of online services such as YouTube, Twitter, etc.
The Samsung C9000 series will be available in 46-inches (UE-46C9000) and 55 inches (UE-55C9000) later this year. No words on prices.
The 8000 series also supports 3D and converts 2D to 3D. It has a 240 / 200 Hz system, and Internet@TV, DLNA and Samsung Apps.
Samsung’s new remote is not included with the 8000 series, but can be purchased separately.
Samsung's new remote control is not included with the 7000 series, but can be purchased separately.
The 6500 series has 100 Hz, Touch of Color design, DLNA, Samsung Apps. It will be launched in the first half of 2010. Samsung also mentions a DVB-S (satellite) tuner.
The 6500 series will be available in 32” (UE-32C6500), 37” (UE-37C6500), 40” (UE-40C6500), 46” (UE-46C6500) and 55” (UE-55C6500) and sees the light of the day in the second quarter of 2010.
A number of other device manufacturers have also announced new devices, including ASUS which announced the Eee Pad Slider and Transformer tablets. Like the XOOM, both the Eee Pad Slider and the Transformer are powered by a dual-core Tegra 2 processor, however, each feature unique physical keyboards. The Eee Pad Slider, as the name implies, has a slide out QWERTY keyboard, while the Transformer includes a netbook-like dock with a keyboard and touch pad. ASUS says that the transformer should cost between $400 and $700, and the Eee Pad Slider will run between $500 and $800.
