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I am looking to purchase a new development PC. My budget is not more than $1,000 USD (including monitor). I am open to laptop (desktop replacement type) or the traditional desktop PC would do just fine.
My primary development environment will be Microsoft, Visual Studio 2008 (and support of older Visual Studio 6 code as well). SQL Server 2005, 2008 as well as legacy support of SQL Server 2000. Microsoft Office 2003, potential to install 2007 but support as far back as Office 2000. The software I will wrote and support will be Windows XP mostly, but some Vista. I am going to have to assume there are 64-bit implementations out there to install to.
My first confusion begins with choosing AMD or Intel. My concern is that there is a compatibility issue with building software using Visual Studio in an AMD environment. I dont have any evidence, its just a concern that hopefully someone will clear up for me.
Last, I am confused about 32-bit and 64-bit installations. Should I stick with the least common denominator (32-bit) even though 64-bit is steadily gaining ground? I am aware that the 64-bit operating systems will address over 4G of RAM and that I like because I would like to set up as many Virtual Machines for test environments as possible, and may have many active at once..
I am not looking for the dream machine, just a machine with a monitor and the best processor for about $1000 that will allow me to write software for the majority of machines out there.
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Do I Need 64-Bit Windows? For most people, 64-bit Windows is today's standard and you should use it to take advantage of security features, better performance, and increased RAM capability. The only rare reasons you'd want to stick with 32-bit Windows are: Your computer has a 32-bit processor.
A 32-bit system can access 232 different memory addresses, i.e 4 GB of RAM or physical memory ideally, it can access more than 4 GB of RAM also. A 64-bit system can access 264 different memory addresses, i.e actually 18-Quintillion bytes of RAM.
When you compare AMD vs Intel chips, AMD CPUs are great at multitasking, while Intel CPUs accomplish single-thread tasks better. Tasks that use multiple cores include photo and video editing programs, 3D modeling and rendering programs, graphics-heavy games, and demanding productivity apps.
There are some instruction level differences between AMD and Intel but nothing that Visual Studio is going to uncover. Perhaps if you were developing with Sun Studio you might run into them (I have!).
I would go for a 64 bit machine and run 32 bit VMs on it if you feel the need to do testing in that environment. The common feeling around here seems to be that the highest level of Vista you can afford is the platform on which to develop.
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