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The 'Get a Mac' campaign is a television advertising campaign created for Apple Inc. (Apple Computer, Inc. At the start of the campaign) by TBWAMedia Arts Lab, the company's advertising agency, that ran from 2006 to 2009.The advertisements were shown in the United States, Canada, Australia, New Zealand, the United Kingdom, Japan and Germany. Dropping an entity with the context menu (Mac OS X) The location of the newly created entity depends on whether you clicked on the 3D viewport or a 2D viewport. If you clicked on the 3D viewport, then the entity will be placed on the brush under the mouse.
The Server
HP Z800 Workstation Combines ultimate performance with a revolutionary new industrial design delivers the extreme speed and massive expandability.
- Intel Xeon X5570, 2.93 GHz, 8 MB cache, 1333 MHz Memory, 6.4 GT/s QPI, 95W
- NUMA (Non-Uniform Memory Architecture), Memory Node Interleave
- NVIDIA Quadro FX 3800 1.0 GB PCIe Graphics Card
- Running a Worstation Modified Server 2008 kernal.
- Running 2 SATA3 Raid enclosure spinning 30 Terrabytes
Internet Connectivity -Comcast Buisness DOCSYS 3
Slingbox HD running a Comcast HD Reciever
Hackintosh Workstations Running on I7
Building a hackintosh—that is, installing Mac OS X on non-Apple hardware—used to require extremely restricted hardware choices and quite a bit of know-how. Now your options are vast and the installation process is fairly simple. With that in mind, here is our always up-to-date guide to building a hackintosh that will walk you through purchasing compatible parts, building your machine, and installing OS X all on your own. A hackintosh is simply any non-Apple hardware that has been made—or 'hacked'—to run Mac OS X. This could apply to any hardware, whether it's a manufacturer made or personally-built computer. The CustoMac Pro Socket 2011 is the moist powerful single CPU system you can build. My best friend for this project was easily tonymacx86.com, which has a clear breakdowns of compatible parts and software guides.
Snake charmer - tps snek mac os. Full parts list at Amazon:
- Intel Core i7-4770K Quad-Core Desktop Processor 3.5 GHZ – $320
- Corsair Enthusiast Series 650W Fan – $99.99
- Gigabyte GA-Z87X-UD5H Z87 LGA 1150 Motherboard – $222
- TP-LINK TL-WDN4800 Dual Band Wireless PCI Express Adapter – $43
- Corsair Vengeance 16GB DDR3 RAM – $160
- SanDisk Extreme SSD 120 GB SSD – $117 (or any SATA 3 SSD)
- EVGA GeForce GTX760 Graphics Card – $265
- Seagate Barracuda 2 TB HDD – $80 (or any 1-4TB SATA3 HDD)
- Fractal Design Define R4 Case – $132
- Seiki 39-inch 4K Display – $499 (Varies wildly though)
Dodge the blocks (updated) mac os. Total cost without display: $1439.
With a pair of Korean made 2K display, under ~$2,000…
MacBook Air I7
HD Audio Server
I3 PC running Window & and FOOBAR for the ultimate in Audio Bitstreaming. 8 Speaker configuration built around a Denon AVR 7.2ch Integrated Network A/V Receiver
Editing Workstation
Fairly new to VirtualBox but not to Hypervisors.I've been trying to gain more insight into VirtualBox by reading through various
forum entries. There seems to be a consensus that a guest should not have the
same number of virtual processors assigned to it as there are real processors.
An example quote is :
I'm a little mystified by this, for the following reasons :
In the above example of a two-way real processor, what is the difference between running a guest
with two virtual cpus (thus potentially using both real processors) or running two guests, both defined
with a single virtual processor, which I would assume could both be dispatched simultaneously and
therefore also use both real cpus ?
I3 PC running Window & and FOOBAR for the ultimate in Audio Bitstreaming. 8 Speaker configuration built around a Denon AVR 7.2ch Integrated Network A/V Receiver
Editing Workstation
Fairly new to VirtualBox but not to Hypervisors.I've been trying to gain more insight into VirtualBox by reading through various
forum entries. There seems to be a consensus that a guest should not have the
same number of virtual processors assigned to it as there are real processors.
An example quote is :
I'm a little mystified by this, for the following reasons :
In the above example of a two-way real processor, what is the difference between running a guest
with two virtual cpus (thus potentially using both real processors) or running two guests, both defined
with a single virtual processor, which I would assume could both be dispatched simultaneously and
therefore also use both real cpus ?
The argument seems to be that the virtual cpus will somehow block out the host. However, the host will
only ever dispatch the guests virtual cpu when it's ready to do so. It's the host driving the guest.
Even so, I can see that there may be moments when both real cpus are executing guest virtual cpus and
the host - whether it's VirtualBox or the true Host (say Linux) - need to execute. Firstly, I would assume
these instances do not occur often and it's far more likely that the guests are regularly leaving VT-X operation
by a VM exit. Even if they are not, I thought that's what the VT-X pre-emption timer was for, so that the
Host (VirtualBox) can regain control after a specified time interval. Also, Host I/O interrupts are likely
to be happening almost all the time, thus resulting a VM exit on the processor fielding the interrupt.
If all else fails, I would expect the true host (Linux say), would always regain control via a timer-pop as it's
based on a pre-emptive time-slice dispatcher. It would then dispatch tasks based on priority/readiness.
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The biggest problem I've seen with Hypervisors is not the Host being blocked but a multi-processor guesthaving one or more of its (virtual) processors not being dispatched frequently enough. Thus usually results
in spin-lock type problems in the guest.
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My previous experience of Hypervisors involved bare-metal types, so I'm assuming a hosted type such as VirtualBox
has different scheduling/dispatching considerations ?