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Neuros LINK Mixes Quiet, Aesthetics, and Ubuntu
jonniee writes with a link to Dr. Dobb's Journal's look at a rather cool living-room-suitable media-centric computer from Neuros (presented as being suitable mostly for developers and serious hobbyists for now), excerpting: "The Neuros LINK is essentially a quiet x86 PC running Ubuntu Linux with an ATI graphics card delivering video via VGA, DVI, and HDMI output. ... What makes the LINK such a compelling platform for these folks and Linux/open source developers in general is the recognition that a real business entity is stepping forward to spend the money necessary to market and commercialize what tech enthusiasts have been doing for years."
It looks like it is only $250, not too bad. I could probably use it replace the Roku and AppleTV, which each kind of suck but at least do their one function well.
I wonder how quiet it is, some of the pictures had fans...
“Common sense is not so common.” — Voltaire
One of the main things I look for in my entertainment systems is that they run quietly, and its promising to see a company develop a system capable of 1080p in a low sound output system. It is however disappointing to see that the system is just a reorganized PC, including multiple fans for cooling, which add the majority of decibels. As it takes on load (say, for running video in 1080p) and the fans kick it up to cope with the added heat, its going to increase in volume substantially, and as the system ages, it will start to make a fair bit of noise... not sounds I really want to be hearing as I'm engrossed in some sort of cinematic masterpiece.
Ideally, I'd like a system much like the PS3 to use for a entertainment hub, something the PS3 is actually quite good at doing and doing quietly as well. Its just too bad that its a Sony product.
Even for power users, HTPC's can be aggravating. Why, in a world where you could put together a tiny monster PC for around $300 would someone buy a MivX or NMT player? Simple. Take any HTPC on the market, ANY.
Plug it into a regular, yellow, composite television.
Plug it into an HDTV via component or HDMI.
If you can turn it on, boot it up, and play a video on it without a single configuration edit without any hassle from installation, then please, reply to this topic because as far as I know, an HTPC that does this is akin to a fucking unicorn.
I have an iStar Mini and a Popcorn Hour, both NMT devices. The Mini's in the living room. If I wanna take that thing to the kitchen TV (13", composite in), I just put the movie on a USB stick and it's showing the film inside of the 2 minutes it takes to set up and boot. When it goes back to the living room, it's an HDMI connection to the TV and coax to the (admittedly cheap) surround system. Works just fine, automatically detects 1080p at startup. Over component, I'd have to hit two buttons to get 720p or 1080i (worst-case, 480p is instantly automatically enabled).
I had a friend try to build a MythTV box. Hours went by as this man tried to get MythTV to show up at a decent resolution on his HDTV (this was a few years ago, via DVI). This is a guy who runs and actually knows how to use Gentoo, and would be a sysadmin if he wasn't a programmer at a Fortune 500 company (A good one, you've probably used their services at some point(s) in the last six months). On the AppleTV, the first test isn't even a possibility without some insane level of hacking (especially if you want color out of the composite out). I can only IMAGINE what it's like an a Windows Media Center rig. And in the last two cases, playing videos other than Quicktime or WMV, respectively, (let alone something like MKV) is a hassle that goes more hours into getting up and running than those devices are probably WORTH.
As crappy and low-end as the interfaces are on mini video boxes are, they happen to work remarkably well for the simple process of "Plug into TV, watch stuff", whether "stuff" is on a usb stick or the network. Give me a call when the HTPC manages to get there on a remote-friendly interface.
There is another reason for considering Nvidia. They have vpdau:
VDPAU (Video Decode and Presentation API for Unix) is an API designed by NVIDIA for its GeForce 8 series and later GPU hardware, targeted at the X Window System on Unix operating-systems (including Linux, FreeBSD, and Solaris).[1][2][3] This VDPAU API allows video programs to offload portions of the video decoding process and video post-processing to the GPU video-hardware.
This would allow them to use fairly quiet and cheap processors, like the atom, and still get flawless HD 1080p output.
When his defense asked, "Which computer has Jon Johansen trespassed upon?" the answer was: "His own."
In my experience, watching video on Linux is hardly limited by the graphics card, and you certainly don't need a gaming monster to get get good video. I'm only interested in a good Xv implementation for hardware scaling, since the video formats are evolving anyway.
My current media machine has a Mini-ITX motherboard with integrated Intel graphics and a Core Duo T2300 at 1.66 GHz. When I watch 720p H.264 (that's the most my monitor is capable of), only one CPU is used at 60%, and of course everything is smooth. The machine has only one fan, rated at 24 dBA, but it's running at 7 V instead of 12, so it's even quieter. The power supply is a passively cooled one (like PicoPSU) rated at 80 W.
Escher was the first MC and Giger invented the HR department.