why a workstation?
workstations can handle more memory than desktops. a LOT more memory. off the top of my head, I can think of several applications for workstations:
- scientific computing
- simulations
- video editing and rendering needs to be done (use as many high-end PNY Quadro cards as possible).
- development
There are several types of applications that require multiple cores or multiple threads:
- file compression/expansion
- video encoding/decoding
- audio encoding/decoding
why so expensive?
- because they are dual-processor.
- because they have huge motherboards
- because they usually require special cases
- because they can handle massive amounts of memory (just look at the computers in the list!)
- Intel Xeon processors are spendy - they have massive cache.
why is the hard drive spec'd so small?
it is made to handle only the OS. scientific applications are typically very small. most people are going o attach a RAID box if they want fast storage.
dual-proc worstations
these are from HP and come with 64-bit windows only.
HP Z600 Workstation (FM026UT) dual 6-core (12-core) Xeon up to 48GB RAM (comes with 6GB RAM) 2.93ghz, available from hp.com $5699
7/1/2010.
64-bit windows 7 downgradable to xp I think. triple-channel memory architecture I think.
HP Z800 Workstation (FM014UT) dual 6-core (12-core) Xeon up to 192GB RAM (comes with 6GB RAM) 2.93ghz, available from hp.com $5899
7/1/2010.
64-bit windows 7 downgradable to xp I think. triple-channel memory architecture I think.
HP Z800 Workstation (FM017UT) dual 6-core (12-core) Xeon up to 192GB RAM (comes with 16GB RAM) 2.93ghz, available from hp.com $8999
7/1/2010.
64-bit windows 7 downgradable to xp I think. triple-channel memory architecture I think.