In my case one of the requirements was that the mainboard and the case can accommodate three PCI cards. Nowadays, lots of boards do not anymore have that many PCI slots. I have earlier had very bad experience with so-called "riser cards." Riser cards plug into one PCI slot and allow to connect two or three PCI cards to the same port, often at a 90° angle. However, many of these cards are faulty, and if you have very demanding PCI cards, there won't be enough power to both cards through the riser card. Therefore stay away from those. Besides finding the right mainboard, this also meant to find a suitable ATX case, which has enough space to accommodate three cards standing upright straight on the mainboard. The choice of keyboard and mouse was determined by my wanting something that looks nice on the coffee table and that it had to be wireless of course.
Here's the parts list of my solution, but your solution might look very different, since there are so many choices available.
- CPU: AMD Athlon II X4 640, 3 GHz
- Mainboard: Asus M4A88TD-V EVO/U w/ on-board graphics with HDMI output
- Power supply: Corsair TX750W
- CPU cooler: Scythe Ninja 3
- RAM: Kingston Valueram 4GB
- Case: Antec 300 ATX case
- Harddisk: 2 x Samsung Spinpoint F3, 1 TB
- DVD/BluRay/CD: Lite-On IHES208-31 DVD+/-RW and Blu-Ray player
- Mouse: Apple Magic Mouse
- Keyboard: Apple Wireless Keyboard
- Bluetooth: cellular line BT Micro Adapter (USB dongle)
In my case, I am using the following two receiver cards, which are widely reported to work well together:
- Hauppauge WinTV NOVA HD S2 PCI, single DVB-S/S2 tuner for HDTV
- Hauppauge WinTV NOVA T-500 PCI, dual DVB-T tuner
This hardware turned out to be noisier than I hoped for. On closer inspection it turned out that the Antec 300 case came with two fans, which are not controllable by the mainboard. Instead, they simply have switches dangling about on cables, which allow three fixed settings: low, medium, high. Thus these two will be replaced as soon as possible for temperature controlled fans.
Secondly, I found that the large doors of the case (both panels can be easily opened without tools to give full access to the internals), are resonating and thus making the noise worse. Thus I went to the local car part shop and bought 10mm think adhesive soundproofing for cars, cut it to shape, and stuck it into the box. The result is a much quieter computer, high frequencies and hollow metallic noise are practically gone, and only less disturbant low frequencies are audible. Together with the change of fans, this will be a very quiet machine in the end.
Power supply: the 750W power supply seems a bit over-the-top for a machine like this. The argument here was twofold. A big power supply will not become hot when only small power is drawn, thus its fan won't spin up very high except in rare occasions, which will make for a quieter computer. Secondly, too many computers suffer from too small, i.e. cheap, power supplies, which aren't really up to the job of keeping all the internal components happy. This is expressed, e.g., in memory failures. With this big power supply, I hope I won't encounter any of that.
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