Tiny Fanless Mini-PC Runs Linux Or Windows On Quad-core AMD SoC
DeviceGuru writes CompuLab has unveiled a tiny 'Fitlet' mini-PC that runs Linux or Windows on a dual- or quad-core 64-bit AMD x86 SoC (with integrated Radeon R3 or R2 GPU), clocked at up to 1.6GHz, and offering extensive I/O, along with modular internal expansion options. The rugged, reconfigurable 4.25 x 3.25 x 0.95 in. system will also form the basis of a pre-configured 'MintBox Mini' model, available in Q2 in partnership with the Linux Mint project. To put things in perspective, CompuLab says the Fitlet is three times smaller than the Celeron Intel NUC.
These guys are claiming barebones PCs will start at $129. I find this a relief in comparison to the companies that keep offering barebones rigs like these starting at $400 or more.
Damn_registrars has no butt-hole. Damn_registrars has no use for a butt-hole.
clocked at up to 1.6GHz
Actually we might as well stop mentioning the CPU clock speed of devices already. :) They all hover around 2GHz and still vary wildly in performance. At this point the clock speed is essentially just a trivial configuration parameter of the chip.
Depending on how well the ethernet interface performs, this looks like it would make a decent little network appliance (PFsense, etc). Of course with the R2 graphics, it's probably good for more than that, but since Via seemed to slow down on their stuff I've had issues finding good mini-boards for firewalls etc (not enough interfaces on a Pi, which is also a bit slow).
It looks like the 6200T also has some AES acceleration, but I wonder if there's anything like Via's padlock (which was quite nice for VPN's or SSL tunnels).
I have a Chromecast, which is a mini PC on a dongle. It has a fanless design, but it desperately needs on. Trying to keep it cool in the summer is difficult and after ten minutes it's too hot and stalls.
I have an E-350 laptop, and although it has only two cores at 1.6 GHz, it can easily keep up with 1080p video. (Having maxed it out at 8 GB of RAM doesn't hurt.) The thing that tends to be an issue is WiFi bandwidth. If wired to the network (it has GigE) or if the file is copied to local storage first, it's fine. Otherwise, you're just asking for the darn thing to burp several times during your movie.
Even 100Mbps Ethernet (using some old three-pair cable already in the wall) can prove insufficient for pulling 1080p off the NAS box, if there's any kind of contention at all.
How is the Riemann zeta function like Trump rallies? Both have an endless number of trivial zeros.
<RANT=ON>
... I simply DESPISE the locultion "(x) times smaller than." It's lazy, stupid writing, and it needs to die in a fire.
The proper way to phrase the concept would be "(suitable fraction) of the size of", as in "one third the size of".
<RANT=OFF>
Check out my novel.
It if doesn't fit in an Altoids tin, I'm suing for false advertising.
The Daddy casts sleep on the Baby. The Baby resists!
Intel is two generations ahead on semiconductor process technology.
One generation. Atom is at 22nm and AMD is at 28nm. When Atom goes to 14nm TSMC/AMD will be at 20nm. Intel could move it along a little faster if they really wanted but they won't because, firstly the shiny new tech always goes to the high end chips, and secondly, they fear cannibalizing their own markets.
Another point: the generation advantage isn't what it used to be, remember when the speed would double and the cost would halve like clockwork? Those days are gone forever.
When all you have is a hammer, every problem starts to look like a thumb.