1. Zotac Zbox Nano Ad10 Drivers For Mac
2. Zotac Zbox Nano Ad10
3. Zotac Zbox Nano Ad10 Drivers For Macbook Pro

Major source: Thanks to people working on XBMC for fusion systems! Step 3: Install ATI proprietary driver (required for XVBA Hardware acceleration) Important Note about ATI Catalyst Driver versions, extract from XBMC XVBA main thread: Every driver after 12.11 (xorg 1.12 only) and 12.9Quantal(xorg 1.13 shipped with Ubuntu 12.10) is broken.

It causes 100% CPU usage with enable vsync. There is currently no driver that can be installed for Ubuntu 13.04 - don't use this version.

Currently you have the choice to use Ubuntu 12.04 and manually install Catalyst 12.11. Types of bridges ppt download for mac pc. Alternatively you can install 12.10 and keep the provided driver (fglrx 9.0.0ubuntu3). Ubuntu 13.04 ships with Catalyst 13.1 that is broken, Catalyst 13.4 is also broken. Every other Catalyst release / beta since then is also affected.

In short: Don't use Ubuntu Raring. See: Installation.

To install ATI driver, you will have 2 possibilities, installing the driver using official Ubuntu repository or installing the Catalyst driver manually downloaded from AMD. My preference is to use to manual way as i want to be certain to use the version i decided, and also i want to keep the control on it, but both solutions are ok. Edit - Non anymore supported Radeon HD (previous to HD5000):ATI does not support anymore graphic component previous to HD5000 (eg. Radeon HD4200, 4800.) If you have one, please Go to memorandum 'Install Catalyst Legacy for non supported ATI cards) at the end of this post Using Ubuntu Repository packages: NOT RECOMMENDED for Ubuntu 12.04 TLS RECOMMENDED for Ubuntu 12.10 TLS (don't use this with graphic cards previous to HD5000) Installing ATI proprietary driver using Ubuntu package: Real simple, just use: sudo apt-get install fglrx Then execute configuration. (see above) Under Ubuntu 12.10, you can consider this method with no problem. (still you can also choose the above manual installation).

If this is not a fresh install and you already have a previous Catalyst version installed (eg. Upgrade from 12.6 for example), you have 2 options: 1. Upgrading packages (if hopefully you installed the driver by the recommended way to generate packages ^^) Note: you can have a small issue with version of driver shown by amdcccle but easy to solve To upgrade installed packages by the new one you just generated, just follow the normal installation and restart X11 if started. When you open amdcccle, if you see the previous Catalyst version shown as installed, just remove '/etc/ati/amdpcsdb' and restart X11 (you will lose custom settings such as brightness, etc.) If you re-open amdcccle, the new driver version will be correctly shown. Totally remove and clean ATI and install the new version Note: you will loose your custom settings unless to backup and restore '/etc/ati/amdpcsdb'. Edit /etc/lightdm/lightdm.conf: SeatDefaults autologin-user=xbmc autologin-user-timeout=0 user-session=XBMC greeter-session=lightdm-gtk-greeter Check the content of /usr/share/xsessions/XBMC.desktop, should be: Desktop Entry Name=XBMC Comment=This session will start XBMC Media Center Exec=xbmc-standalone TryExec=xbmc-standalone Type=Application If you installed a desktop version (Xubuntu, Lubuntu), set your session to automatically start with XBMC:. Go to your session configuration and add a entry that simply calls 'xbmc' command Reboot or start lightdm (sudo service lightm start).

Step 5: First start of XBMC and base configuration. Step 5.c: Access ATI graphical configuration tool (amdcccle) inside XBMC (Optional). If you are using XFCE as the Window Manager (eg.

Under Xubuntu) you have to deactivate compositing (settings Window Manager tweaks Disable compositing). This optional but if you installed Ubuntu Minimal (and even with desktop versions), it is very useful to be able to easily access to amdcccle directly inside XBMC. First authorize your XBMC user to launch amdcccle as root and without having to provide root's password. 58b1443b3afbf56ce62266 amdcccle MYVOLUME/amdcccle.sh 3DO true. 0 sensors sed -ne 's/temp1: +-+ (0-9 + )./ 1 C/p' /usr/bin/aticonfig -od-gettemperature grep Temperature cut -f 2 -d '-' cut -f 1 -d '.' sed -e 's,' sed 's/$/ C/' 3 0 0 23 24 175 Step 7: Configure Audio. If you are using 'xbmc-xvba-eden': The Audio Engine isn't included in Eden version, so you will have to set the device using custom device with the interface reference you got above.

The old way was to create a custom sound configuration file (.asoundrc) containing required information and then set XBMC to use this custom interface. This is not required anymore with Eden, you can now set it using the reference you got using the command line 'aplay'. For references only, i let 2 examples of asoundrc for Zotac-AD02 using SPDIF and Zotac-AD10 using HDMI. (you can still choose this option if can't get the sound to work with the new method) THE OLD WAY.

Restart XBMC, in SettingsSystemAudio Output:. Audio Output: HDMI. Speaker Configuration: 5.1. Audio Output Device: Custom. Custom Audio Device: plug:dmixer.

Passthrought Output Device: hdmi (alsa) THE NEW WAY: Get your interface reference (using aplay, see above), and set XBMC correctly. Adapt to your configuration: 2.0 or 5.1 sound system, AC3 / DTS capable device. UNLESS YOU NEED IT, you should uninstall pulseaudio to avoid some problems To uninstall pulseaudio: sudo apt-get remove pulseaudio Recommended Method using 'plughw' devices: (there is other methods but this is the one i recommend and works the best). To uninstall pulseaudio: sudo apt-get remove pulseaudio You can identify your Alsa device references (hardware and sub-hardware) using the commande 'aplay -l'. Then, i advice you to start XBMC and check the log file, you will see all devices scanned by the Audio Engine.

Upon this point if you know a little bit your hardware, it will really easy to set the device you will use inside XBMC. In my example case (AD02 in SPDIF), i know my hardware is 'hw1;1', so i can choose any device listed and related to this Hardware and test, i can also simply use the configured device in.asoundrc. You also have to set the Audio Passthrough. (see above) XBMC will automatically provide you available devices in the passthrough section, the choice should be easy enough. NOTE as of: ATI Catalyst driver isn't yet able to play HD (True HD and DTS-HD), so unset these 2 boxes Note: if your are using a.asoundrc file, you will also see referenced devices.

So great no:-) Addon 'Missing Movie Scanner': If you have a big Movie Library, you should consider about installing the addon 'Missing Movie Scanner'. It will provide a way to check for each video media library source you set if files haven't been recognized by the scapper and are missing from your library. When identified, you just have to correct folder names, retry scanning and double check missing files with this addon.

To install see: To use this addon, go to videoaddons (scrol down in video to get addons) or directly inside the addon page. ONLY WORKS WITH DESKTOP VERSION (requires a real Window Manager). If you are using XFCE as the Window Manager (eg. Under Xubuntu) you have to deactivate compositing (settings Window Manager tweaks Disable compositing). For now this only fully works when XBMC has been launched inside a full Window Manager. (such as XFCE or LXCE which are parts of Xubuntu and Lubuntu) I had some success running Firefox using flushbox and openbox inside an Ubuntu Minimal and directly running XBMC, but could never get the sound to work. I you want to be able to use this (nice) feature, i recommend you to use a Desktop Ubuntu version, or a at least in Ubuntu Minimal to install XCFE or LXCE and running XBMC behind it.

How to proceed: Using the addon 'Advanced Launcher' we will create a dedicated screen that will launch our Web browser inside XBMC. 58b1443b3afbf56ce62267 amdcccle MYVOLUME/chromium.sh 3DO true. ONLY WORKS WITH DESKTOP VERSION (requires a real Window Manager). If you are using XFCE as the Window Manager (eg. Under Xubuntu) you have to deactivate compositing (settings Window Manager tweaks Disable compositing). I have tested it under Desktop Ubuntu versions, and it works perfectly:) (it has to be tested under Ubuntu minimal) You can easily integrate access to the file manager of your choice and manage your access to it directly inside XBMC, that you can manage your files without having to quit XBMC (if you use a desktop version) or have to deal with command line or anything else.

I've tested some file manager, i found pcmanfm (Lubuntu's file manager) working real great in this situation. (could not get thunar to maximize when ran from XBMC.) Install pcmanfm. For Zotac MCE remote control (shipped with Nano AD10/AD11): Updated The Zotac AD10 comes with an MCE remote control associated with an embedded IR receiver and also an optional USB IR receiver. I will provide 2 way to use the Remote control:.

With the internal IR receiver using builtin lirc. With the external USB IR using Fermenta's HID driver Try both methods, after having tested 2 x Zotac AD10 and 1 x Zotac AD11, i always had issues with the external IR receiver (crazy repeating keys) so this is my opinion but i definitively recommend using the internal IR receiver! METHOD 1: Using the internal IR Receiver I really want to thank Fritsch for sharing this howto, i've been looking for this to work for a while! Note: That could seem evident, but don't plug the external USB IR ^^ Major references. IMPORTANT REMARK.

Xorg upgrades will break this! In case you later upgrade your system, you really should ensure the file ' /usr/share/X11/xorg.conf.d/10-evdev.conf' hasn't been overwritten. If it has been overwritten, simply re-do the step bellow. Install the dependencies you need to build fglrx-legacy (libc6-i386 is only needed on 64 bit systems): sudo apt-get install dh-make dh-modaliases execstack libqtgui4 build-essential libc6-i386 2. Remove any graphics drivers that are leftover on your system. Unless you have nvidia hardware, leave the nvidia part in the command as I discovered some packages had found their way on to my system (despite my not having installed them) and interfered with the ATI stuff until removed. Sudo apt-get remove fglrx.

nvidia. 3. Download and extract the legacy drivers. Wget unzip amd-driver-installer-12.6-legacy-x86.x8664.zip 4. Build and install the drivers. (They are not compatible with Ubuntu 12.10 (Quetzal) as of 21 Oct 2012.) sudo sh amd-driver-installer-12.6-legacy-x86.x8664.run -buildandinstallpkg 5.

Zotac Zbox Nano Ad10 Drivers For Mac

Stop the xserver via terminal. (Press Ctrl+Alt+F1 to load a terminal interface if need be) sudo service lightdm stop 6. Configure the drivers as outlined in the guides that you referenced, reboot, and continue with the instructions from there. Sudo aticonfig -initial -f sudo aticonfig -vs=on sudo aticonfig -set-pcs-u32=MCIL,HWUVDH264Level51Support,1 sudo reboot.

Netbooks deserve a lot of credit not only for ushering in an era of affordable ultra-mobile computing, but also for spawning a new class of small-form-factor systems dubbed nettops. These similarly inexpensive PCs are less intimidating than cobbling together a Mini-ITX rig from discrete components, and they're usually smaller and cheaper than do-it-yourself alternatives. There are performance limitations, of course, but the low-power platforms that underpin nettops get more potent with each new generation.

At the moment, AMD's Brazos platform—specifically its Zacate APU—is the cream of the crop. The chip's dual CPU cores are quick enough to handle basic desktop computing tasks, and its integrated Radeon graphics processor has formidable video decoding capabilities in addition to a healthy dose of 3D horsepower. This well-balanced attack makes Zacate ideal for home-theater PCs and lightweight desktops, so it's no surprise that we've seen numerous nettop makers get in on the action. Zotac to trot out a Zbox AD02 with a Zacate-based E-350 APU inside. The AD02's 7.4' x 7.4' x 1.7' (188 x 188 x 44 mm) dimensions are pretty typical for a nettop, so it doesn't break any new ground. However, the same can't be said for the new Zbox Nano AD10, which is half the size, just as fast, and even better equipped.

A handful of Zacate Yes, the Nano actually fits into one of my meaty mitts. The thing measures only 5' x 5' x 1.8' (127 x 127 x 44 mm), giving it a substantially smaller footprint than the old Zbox, while maintaining a similar thickness. To put things into perspective, consider that the Mac Mini has dimensions of 7.7' x 7.7' x 1.4' (197 x 197 x 36 mm). Of course, the Mini starts at $600 and features a Core i5 CPU, so it's not really in the same class. When decked out with a 320GB hard drive and 2GB of RAM, the Nano is slated to cost just $320. That fully loaded model is known as the Zbox Nano AD10 Plus, and it doesn't include an OS.

Zotac Zbox Nano Ad10

There will also be a Plus-less barebones variant sold sans hard drive and memory for just $270. The Nano's 5,400-RPM hard drive isn't nearly quick enough to take advantage of Hudson M1's 6Gbps Serial ATA controller, but one could conceivably plug a faster drive into the eSATA port at the rear. Unfortunately, the port doesn't feature integrated USB power. That omission is particularly maddening in light of the fact that the AD10 has a mere two USB 2.0 ports; Hudson M1's circuitry allows for 14, but Zotac doesn't take advantage. At least the company was smart enough to add a couple of SuperSpeed USB 3.0 ports to the rear of the system. There's no reason for people to be forced to endure plodding USB 2.0 transfer rates when using external storage devices. With internal storage limited to a single drive, external solutions are probably even more popular in the nettop world than they are with desktops.

Zotac Zbox Nano Ad10 Drivers For Macbook Pro

On the networking front, the Nano complements its Gigabit Ethernet jack with built-in Bluetooth 3.0 and 802.11n Wi-Fi. Unlike Zbox designs that feature integrated antennas, the Nano has a jack for an external one. We haven't been impressed with the signal reception of Zotac's integrated antennas, so the external option is much appreciated. It seems to have better reception, too. The presence of dual digital display outputs is also a nice touch. The DisplayPort output probably won't see much action, but the HDMI port will work equally well with big-screen TVs and inexpensive desktop monitors.

If you have a fancy receiver, note that Zacate's integrated Radeon is capable of piping TrueHD and DTS-MA audio bitstreams over HDMI. Don't want audio piggybacked on your video stream? The only other output option is an analog headphone jack up front. It's joined by a microphone port and a 6-in-1 memory card reader. Sadly, there's no front-panel USB connectivity.

Zotac includes an IR receiver for the bundled remote instead. To the left of the IR eye sits the power button and a trio of unobtrusive indicator lights for power, disk, and Wi-Fi activity. In case you miss the power LED, a sizable green ring glows from behind the glossy plastic top panel when the Nano is operating. I like the additional aesthetic touch, but I'm even more enamored with the fact that Zotac makes it easy for users to turn off the extra lighting. TR's resident fashion police probably gagged halfway through that last paragraph when they saw 'glossy plastic' mentioned.

The Nano's top and bottom panels are clad in the same shiny black finish that has polluted the notebook world. While the smudge-prone exterior treatment is a fingerprint-filled nightmare on devices that are handled constantly, it's really not that annoying on a nettop that's likely to spend its life sitting on a desk, tucked under a television, or hanging anywhere you please.