Xigmatek’s Elysium is fricking huge. At 24.3 inches tall, 9 inches wide, a whopping 26.1 inches deep, and weighing more than 34 pounds, this monstrous full-tower enclosure is among the largest we’ve seen. Its cavernous interior can accommodate HPTX, XL-ATX, E-ATX, ATX, microATX, and Mini-ITX mobo configurations—and you can mount a second PSU at either the top or bottom for those power-hungry HPTX builds. The Elysium has 10 PCIe slots, and you can fit a 12.2-inch GPU with room to spare. But all that interior vertical space is a double-edged sword: We had to mount our PSU in the top bay, because its 8-pin ATX 12V cable wasn’t long enough to reach the motherboard from the bottom.
Twelve 5.25-inch drive bays adorn the front of the case. Two four-bay drive cages in the lower half are secured with thumbscrews and can be moved or removed, but the two 12cm front fans mounted to them must go along for the ride. Drives must be secured inside the cages with screws, and all the bays are secured using finicky plastic mechanisms. The case weirdly lacks any 2.5-inch drive mounts, so you’ll need to spring for your own adapters if you’re using SSDs.
At first glance, Optoma’s DLP-based HD33 struck us as the Charlie Brown of this batch. While it was the first 3D video projector in this price range to reach the market, it delivers only 1,800 ANSI lumens of brightness, its zoom lens is limited to 1.2x, and you must buy the 3D glasses separately. Like the Epson, the HD33 doesn’t have a lens-shift feature, but it is the least-expensive model we looked at, and its image quality is at least as good as the other two.
The HD33 comes with an RF emitter for synchronizing 3D glasses, but the emitter is a stand-alone device that must be plugged into a VESA 3D port at the back of the projector. Optoma helpfully provides a bit of two-way tape so you can glue it to the projector housing, but it’s a tacky (no pun intended) solution at best. The glasses Optoma sent for this review (not included in the price of the projector) were considerably dorkier looking and less comfortable to wear than the glasses Acer and Epson provided. Optoma’s glasses are also unique in that they use a rechargeable battery, but that comes with a downside: You recharge them using a Micro USB cable and an AC adapter, which is also not included (although you could plug them into your PC). Alternatively, you can use any manufacturer’s DLP Link 3D-compatible glasses. You can expect to pay about $100 per pair for active 3D glasses of any type.
The best feature of Epson’s Home Theater 3010—a three-chip LCD projector—is its extreme brightness. At 2,200 ANSI lumens, it’s 10 percent brighter than the Acer, and more than 18 percent brighter than the Optoma. Its biggest drawback is the fact that it doesn’t include lens shift, which could make the projector more difficult to set up without having to resort to quality-compromising keystone adjustments.
If you do need to make keystone adjustments, the 3010 renders horizontal adjustments easy and precise. And when you’re running the projector in 3D mode, you’ll definitely appreciate that added brightness, since the tinted active-shutter glasses will block a considerable amount of light from reaching your eyes. The trade-off for all that brightness is a black level that’s slightly worse than the Acer’s. But black remains black, not dark gray, so we think the trade-off is worthwhile.
All three projectors delivered stunning 3D experiences. There’s one scene in the IMAX Blu-ray disc Under the Sea 3D in which a gargantuan potato cod turns to face the camera, and it looked as though the huge fish was protruding eight feet off the screen and right into the middle of our home theater. But only the Epson could accomplish the trick with complete effectiveness in the presence of ambient light from nearby windows.
Acer’s H9500BD 3D video projector is the most expensive of the three models here, but it has a couple of features the other two lack. Its overall image quality, however, is only on par with projectors in this price range. We’ll leave it up to you to match those considerations to your needs/wants list.
The H9500BD, like Optoma’s HD33, is based on Texas Instrument’s DLP technology. When connected to a PC or Blu-ray 3D player via HDMI, the projector is capable of producing frame-packed 3D video at 1920x1080 resolution at a refresh rate of 24Hz (the same frame rate movies are filmed at). If you want to play games, you’ll need to drop the resolution down to 1280x720, so you can use a 60Hz refresh rate (markedly better for games).
Unless you’ll be the only person watching the projector in 3D mode, though, you should keep in mind that Acer provides only one pair of 3D glasses with the projector; additional pairs of DLP Link 3D glasses cost about $100 each. (Flip over to Lab Notes on page 92 for a longer discussion of what you’ll need to drive any of these projectors with an AMD or Nvidia GPU.)
Toshiba offers three SKUs in the DX735 line, two with Core i5 CPUs and one with a Core i7. All three models use mobile CPUs, and all three rely on integrated graphics. Whereas HP’s TouchSmart 520-1070 is somewhat capable of playing games, Toshiba’s DX735 series is not at all capable. If you really want to play games on this machine, we suggest plugging an Xbox 360 into its HDMI input.
Don't adjust your browser, you haven't stumbled upon the Internet Archive's Wayback Machine. Olympus was apparently bitten by the retro bug when conceiving its E-M5, but only in form, which resembles the original OM cameras from four decades ago. As for function, the E-M5 is the first of the new Olympus OM-D (OM Digital) Series of Micro Four Thirds cameras and it's brimming with an entirely new feature-set.