Thermaltake Mambo
SRP: US$60
Intel Pentium D 820 (2.8GHz)
SRP: US$246
Zalman CNPS7700-AlCu
SRP: US$38
ABIT AW8-MAX (955X)
SRP: US$212
Kingston ValueRAM 1GB 667MHz DDR2
(2 x 512MB kit)

SRP: US$118
Sapphire RADEON X1300 256MB
SRP: US$120
E-MU 1820M
SRP: US$499
Hitachi Deskstar 7K500 500GB
SRP: US$375
BenQ DW1640
SRP: US$51
AcBel I-Power 450W
SRP: US$85


Like a HTPC system, one can possibly make any PC with a decent audio card (not that hard to find nowadays) into a rudimentary Digital Audio Workstation (DAW) with the correct set of software. A general rule of thumb when building a PC is always speed. The faster, the more powerful, the better. While this is also true in a DAW setup, the speed demon here isn't the processor nor is it the graphics card. Sure we need good CPU performance and memory to handle large amounts of audio traffic, but speed is truly needed in the audio interface and we think our choice is one of the best in terms of bang-for-buck today. Another consideration in a DAW is component stability - important in every PC setup, but quite paramount in a DAW. You want it to work when you need to work without hiccups with audio recording or editing.

If you've noticed, we've left out studio monitors and other peripherals like a MIDI tone generator and a mixing board, but not because we forgot. This guide is aimed to cater to the PC system and its various configurations, thus we did not fully examine the entire home studio setup outside of the core DAW PC. However, if you're interested in a decent pair of studio monitors to begin with, do check out M-Audio's BX8a, Event's TR8 or find good value in the Fostex PM-1.


 


Kingston ValueRAM 1GB 667MHz DDR2 (2 x 512MB kit) - (KVR667D2N5K2/1G)  SRP: US$118

We do not expect users to be tweaking or overclocking a DAW PC, since it offers no real benefits in its operation and usually introduces higher memory latency and reduced system stability. Kingston's DDR2 ValueRAM modules offer high reliability and meets strict industry specifications.