I’m looking to re-build an htpc I have.
It must be able to run a 2.35 desktop. I have a 2.35 screen and an HD33 projector and want do CIH. with 16x9
Play 3d blu-ray iso over gigabit network from a WHS server box. HDMI to the projector and HDMI audio to the receiver.
Budget must be under $300 CDN. (and bought online)
I already have:
A 6xxx series radeon
Sata blu-ray burner
A NMediaPC HTPC 180BA microATX case with a stock 300 watt psu
MS remote and IR receiver and wireless keyboard
It would be an added bonus if I could do some 3d gaming (but not necessary as I have ps3 and xbox for that) and even better if I could send a 3rd hdmi to another display (audio for this would be via optical which I have a card for).
Any suggestions would be greatly appreciated. It's been many years since I have built an htpc and I'm feeling pretty lost.
CPU: Celeron G530, Pentium G630/G850, Core i3-2100, etc. If you are thinking of converting 2D to 3D, Core i3-2100 or higher is recommended.
MB: H61, B75, H77, Z68, or Z77 chipset mb
Memory: DDR3-1600 2 x 2GB
HD 6xxx -> Projector for 3D video
Intel HD Graphics (2000) -> AVR for audio
You can connect another display to Intel HD Graphics (DVI port, via a DVI-HDMI adapter), that supports both video and audio. Intel HD Graphics supports dual audio stream. I highly recommend an ASRock mb (e.g H77 Pro4-M), that supports audio over DVI (not every mb support audio over DVI port).
Thanks for the information. With regards to converting, I will only be watching 3d blu-ray's in 3D and won't be converting any 2D to watch in 3d (if that's what you mean). With this in mind, would going with the G630 over the G530 offer any chance of 3D gaming?
Just to wrap my head around this, the Intel HD Graphics on the ASRock can output audio via hdmi for the avr and audio and video to another display via the dvi port? Could it also send the audio from the 2nd display to the optical output on that board?
You will use either IZ3D driver or TriDef Ignition driver to play games in stereoscopic 3D with Radeon HD 6xxx card. CPU/GPU requirement is higher than in a 2D display as they has to render frames for both left eye and right eye simultaneously.
Your AVR is HDMI 1.3, right? You will use the extended desktop mode, with the main display being Radeon HD 6xxx (HDMI) + H33 and the secondary display being Intel HD Graphics (HDMI) + AVR. In Intel, HDMI and DVI with a DVI-HDMI adapter are equivalent. You can play two videos simultaneously with one video in one display connected to HDMI (video+audio) and another video in another display connected to DVI (video+audio). You can use optical too.
So as the cpu requirement will be higher for 3D gaming, getting then G630 over the celeron is probably worth the extra $20.00?
So you have two HDMI 1.4a 3D displays (Optoma HD33 and a 3D HDTV) and want two BR 3Ds simultaneously in your system, right? Then add Core i3-2100.
- Radeon HD 6xxx HDMI -> HD33 (video of a BR 3D)
- Core i3 HDMI -> AVR (audio of the BR 3D; video is an unused desktop)
- Core i3 DVI with a DVI-HDMI adapter -> 3D HDTV (video+audio of another BR 3D); you can also use onboard S/PDIF to send audio of the BR 3D to a pre-HDMI AVR (if you use such a AVR with the 3D HDTV).
Enable all three displays (HD33 on HD 6xxx, AVR on Intel HD 2000, 3D HDTV on Intel HD 2000) in the extended desktop mode. You will need both TMT and PDVD to play two BR 3D simultaneously.
Can I run 2 instances of XBMC with one configured with TMT and the other with PDVD? And will gigabit be enough to handle two BR 3D iso's being played at the same time?
Yes, you should be able to do so. 1000Mbps is plenty enough to stream two BR 3D (60Mbps max + 60Mbps max = 120Mbps) from another PC.