Today CyberLink has introduced their new version 13 of the PowerDVD media player, bringing some new and interesting features and improvements, some of which related to 3D, though not that much is actually targeted especially at stereoscopic 3D support. If you are going to be using the player for Blu-ray 3D movie and would use the player mostly for 3D video playback you’d need the Ultra version as the other two versions of the player – Pro and Deluxe do not come with stereo 3D video support at all.
Among the more interesting features in the new PowerDVD 13 are things like official support for the new AVCHD 2.0 standard (including 3D video support), playback of lossless APE audio (OGG and FLAC are already supported), 4K video support (for bitrates up to 60 Mbps) and a new subtitle rendering engine allowing you to better customzie how the subtitles appear. CyberLink also promises faster startup time for Blu-ray movies, better speed and responsiveness of the playback for various types of media. With the new PowerDVD 13 there is more attention for not only HD and 3D video playback, but for HD audio as well, so if you have a more serious sound system you can enjoy not only high-quality audio from movies, but also play looseless stereo audio and multichannel HD audio as well. It is interesting to note that the new PowerDVD 13 also supports TrueTheater HD for Blu-ray movies and Full HD videos (upscaling resolution) as compared to the previous version 12.
There isn’t much changed on the types of stereoscopic 3D display devices and output modes from the previous version, though they were already quite comprehensive with support for only 3D-capable DLP Link projectors using DLP Link glasses being the only thing that is still missing, though frame sequential mode is supported on a devices using 3D Vision with compatible hardware. PowerDVD 13 Ultra is available with a price of US $99.95 or €99.99 Euro and if you have an older 11/12 Ultra version you can upgrade for half the price of the license.
– For more information about the new CyberLink PowerDVD 13 media player…
Tags:3d video·AVCHD 2.0·avchd 2.0 3d·blu-ray 3d·cyberlink·PowerDVD 13·PowerDVD 13 Ultra·PowerDVD 3D·stereo 3d
BenQ has introduced their first 27-inch BenQ XL2720T 3D-capable gaming monitor supporting 120Hz refresh rate in that is compatible with Nvidia’s 3D Vision and supports 3D Lightboost technology (it seems that the display does not support 144Hz unlike the smaller 24-inch XL2411T). In fact the Asus VG278H and the BenQ might use the same LCD panel (not the VG278HE that supports 144Hz as BenQ’s display may not support 144Hz). The BenQ XL2720T is essentially a larger version of the smaller XL2420T model that the company offers that includes all of the extra features available in the 24-inch model, unlike the more stripped down BenQ XL2411T model. Have in mind that just like the case with the Asus VG278HE, the BenQ XL2720T also does not come with a built-in 3D Vision IR emitter or 3D glasses bundled, these monitors are 3D Vision-ready, but you need to buy the full 3D Vision kit separately if you want to use them in stereo 3D mode. And since a lot of non-stereoscopic 3D gamers have already shown a lot of interest in such monitors because of their high refresh rate and the ability to use the 3D Lightboost technology in 2D mode in order to eliminate the motion blur the market for 3D-ready monitors has grown a lot. In fact if we take a look back lately we’ve seen companies releasing 3D Vision-ready monitors without integrated IR emitters and bundled 3D glasses that are targeted as much to the normal gamers as they are to the stereo 3D gamers.
BenQ XL2720T Specifications:
Panel Size: 27-inches
Monitor Type: TN TFT-LCD with LED Backlight
3D Technology: Active 3D, 3D Vision Ready
Pixel Pitch: 0.311mm
Brightness: 300 cd/m2
Contrast Ratio (typ.): 1000:1, 12,000,000:1 (dynamic)
Response Time (typ.): 5ms, 1ms GTG
Viewing Angles: 170° (H) / 160° (V) @ C/R > 10
Input: D-sub, DL-DVI, HDMI, DisplayPort, USB Hub
Power Consumption: On Mode 27W (typ.); Sleep (Standby) <0.5W
Phys. Dimension (WxHxD): 548x642x273 mm
Weight with stand: 7.5kg
The BenQ XL2720T monitor is starting to appear on the market in some countries, but unfortunately the availability is still quite scarce and it is hard to find. It is still not available in my region either and since the new and more expensive BenQ displays here are not always available in a timely manner I can only order it online from abroad in order to test it, so I’ve decided to try out something else along with you, the readers of the blog, and if it works out with the BenQ we can continue doing it so it can greatly help in having timely reviews of new 3D-capable hardware and to have much more hardware reviewed…
The BenQ XL2720T Monitor Review Fund has so far collected 12.63 Euro (2.7% of the Goal).
Here is a PayPal donation button that you can use to donate for the BenQ XL2720T Monitor Review Fund, we need to collect around $600 USD (~470 EUR) for the price of the monitor and I’ll cover the shipping (in Europe hardware is more expensive than in the US). So if 600 people donate $1 each (or 470 people 1 Euro each) I’ll be able to quickly order and test the BenQ XL2720T and after I finish someone who has donated for the monitor test fund will get to keep the monitor. Unfortunately due to the large size and weight of the displays only people in Europe will be able to participate in draw for the monitor, though anyone is welcome to help in donating for the monitor test fund. I’ll cover the shipping costs of the monitor to the person who is drawn to receive it and if he is in an EU member country he will not have to pay anything extra, for non-EU member countries in Europe there could be some customs tax, so have that in mind. Unfortunately calculating the shipping cost using different courier companies for overseas shipping to America or Asia for example gave frightening results – the shipping cost may end up more than what the monitor actually costs, so that is why only people in Europe will be able to participate in the draw for the monitor. So when donating for the BenQ XL2720T Monitor Review Fund make sure you note if you want to participate in the drawing of the test monitor as a prize after it has been tested and reviewed or not. Again everyone is welcome to donate to the fund for buying the monitor for a review, but only people that are from Europe will be able to participate in the draw giving them the chance for winning the monitor after the review is finished. There is no limit or requirement on the sum you can donate for the monitor test fund, so it is up to you to decide on the amount you are willing to donate and if you are willing to do it at all.
– For more information about the 27-inch BenQ XL2720T 3D-ready gaming monitor…
Tags:144Hz·3D Lightboost·3d monitor·3d vision·3d vision ready·benq·BenQ XL2720T·XL2720T
The ViewSonic V3D241wm-LED 3D-capable 120Hz LCD monitor is not a new model, it was announced back in 2010, but I just recently had the chance to get my hands on it, so I’ve decided to run some tests on it as it is still available and can be purchased and thee aren’t many reviews of it available. What is interesting about this particular 3D monitor from ViewSonic is the fact that it comes bundled with a pair of wired glasses that connect directly to the display itself and not to the computer. Originally this monitor was intended to be used with the iZ3D Driver and be compatible with both Nvidia and AMD-based graphics, but since the development of that software has been ceased for some time (the driver is still available for download) I also wanted to see what other options do you have in using it in 3D at the moment. The fact that the iZ3D driver is not longer in development means that although the old version of software may work, it may not work well with newer games. For example I could not make the latest version of the iZ3D software work at all under Windows 8, though I still managed to make the monitor work in stereo 3D even under Windows 8, but not with the iZ3D driver.
ViewSonic V3D241wm-LED Specifications:
Display size: 23.6″ (60 cm) Wide, 16:9 Full HD
Panel Technology: TN (Twisted Nematic)
Resolution: 1920×1080 @ 120Hz
Response time: 5ms (typical) / 2ms (Gray to Gray)
Colours: 16.7M (6 bit + HiFRC)
Contrast ratio: 1000:1 (20,000,000:1 Dynamic)
Brightness: 300 cd/m2
Viewing angle: 170°/160°
Pixel pitch: 0.2715 mm
PPI (pixels per inch): 92
Integrated Speakers: 2x 2w (SRS Premium Sounds)
Wall-mount: 100 mm x 100 mm
Connections: Analog (D-sub), Digital (DVI-D), HDMI, Internal Power Supply, 3.5mm audio jack in/out, USB type-B for wired 3D glasses
Power consumption: 35 W (typical) w/o Audio / 38 W (maximum) with Audio
Dimensions: 563.6×417.8×260.8 mm
Weight: 5.1 Kg
If you are a long time stereoscopic 3D user like me you may remember seeing and even using active shutter glasses like the ones on the picture above that are shipped with the ViewSonic V3D241wm monitor. I have seen very similar design 3D glasses back in the 2000 with GeForce 2 graphics, though they were not completely identical in the design, the shutters are probably the same. Using the ViewSonic glasses in 3D mode they make the black color grayish and generally the look and feel of the image gets colder, other than that and the fact that they look old school and and not overly comfortable for wearing they do perform decent. Another thing that I did not like much about these glasses is the fact that their cable is not very flexible and you’d want a more flexible cable when you have to connect the glasses with a wire to the display.
The good news with the ViewSonic is that it works just fine with a 3D Vision Kit and there is not even the need to use and EDID override driver, you can just enable the Generic CRT Display mode that was removed a while ago from the 3D Vision drivers, but is now apparently back. In fact using an EDID override from another 3D Vision-ready display produces worse ghosting/crosstalk as compared to when using the Generic CRT mode. Due to the fact that I was not able to make the iZ3D Driver work I was not able to compare with the results achieved when using the Generic CRT Display mode, but I suspect that the level of ghosting/crosstalk would be a bit less with the iZ3D software. The good news is that with the Generic CRT Display mode enabled from the 3D Vision drivers you can use both the ViewSonic 3D glasses as well as 3D Vision glasses and they produce pretty much the same level of ghosting/crosstalk though the image seems warmer when viewed through the 3D Vision glasses. You however need to have a 3D Vision IR emitter connected to the computer in order to be able to enable the Generic CRT Display mode, so even only with an emitter connected you could use the wired glasses.
Here is how the display performs in terms of color reproduction, the first image shows the performance of the out of the box factory settings and the second one is after we’ve calibrated the monitor. We’ve measured maximum brightness level of 260 cd/m2 and that is with the default setting of 70 for Contrast and after calibration the color accuracy improves a bit with the brightness staying above 200 cd/m2. Have in mind that these measurements were made using the 60Hz refresh rate mode of the display as as long as you activate 120Hz the monitor enters in 3D mode automatically and the brightness gets reduced significantly. This happens only at 120Hz refresh rate, at the lower 110Hz and 100Hz refresh rates the image is brighter, though 110Hz is not useable for stereo 3D mode with the Generic CRT display mode, but the 100Hz is.
These are the readings of the display’s color performance when it is running with 120Hz refresh rate without calibration, as you can see the 3D mode is with a maximum brightness level of just 87 cd/m2, something similar to what happens when you activate the 3D Lightboost technology on a more recent display, though the panel used here does not feature a scanning backlight as the 3D Lightboost-enabled monitors do. The monitor uses a CMO M236H5-L0A LCD panel, something very similar to the one used by the Acer GN245HQ 3D-capable display. The only good thing here is that the black point measures at just 0.09 Cd/m2 so you still get a contrast ratio of almost 1000:1 even though the brightness level is a bit below the comfortably useable level for most people and the perceived brightness gets even lower when you put on the shutter glasses. This could’ve been acceptable only if it has helped in significantly reducing the level of ghosting/crosstalk that you would normally get, but unfortunately it did not help much.
It is time to check the crosstalk performance of the monitor in stereo 3D mode, first is the test with the extreme crosstalk photos. The results are wore that what we are used in seeing in the more recent 3D-capable displays, but you should not forget that this is in fact a 2010 model of 3D display, so for back at that time the situation wasn’t that bad when comparing to other available products.
Next is the sailboats stereoscopic 3D test video for more real-world performance comparison, here we see a bit of ghosting and it is mostly what I use to call color ghosting/crosstalk that is a direct result of the use of an Overdrive technology to make the pixels respond faster. In this test the performance is a bit worse than on other 3D displays from that period.
The other test for crosstalk/ghosting using a real world game example to measure, namely Tomb Raider: Underworld also shows not so good performance in terms of crosstalk. Both on the top and bottom parts of the display there is quite a lot of crosstalk available, though the fact that we are using the Generic CRT Display mode for these tests may also be a reason to have a bit more ghosting/crosstalk, it is not a reason enough to have a color ghosting as you can see at the bottom.
One of the best things about the ViewSonic V3D241wm-LED 3D-capable monitor is the fact that it has very little input lag and feels very responsive in 120Hz refresh rate, though the brightness is a bit low, though is a darkened room it feels very natural also because of the very low black level. By using an EDID override you can also have higher brightness in 120Hz if you don’t need the stereo 3D mode. I’ve measured up to about 7ms input lag as maximum with the help of a custom device for measuring input lag that I’m currently working on (more details about that when the project is finalized). The crosstalk/ghosting performance of the display is not very good and is far form what the latest offerings on the market have to offer, so not much point in getting this display new at the moment, but it might not be a bad choice if you get a good deal with a very attractive price and you don’t plan on using it in stereo 3D mode. If you plan on using it in stereo 3D mode the good thing is that even though the iZ3D Driver is no longer supported and developed you can use the display with the 3D Vision software, you might also be able to make it work with the TriDef 3D software on ATI/AMD-hardware, though I was not able to test that personally, so there is no guarantee if it will work.
Tags:3d monitor·stereo 3d·V3D241wm·V3D241wm-LED·Viewsonic 3D·ViewSonic V3D241wm·ViewSonic V3D241wm-LED·ViewSonic V3D241wm-LED review