No, not quite, but that's a good guess based on what little info I gavesourcing ps2 ICs to sell them ?
How cool bro. Good luck and success with your project.Hey everybody, been a little while, and I thought it was about time I posted what I've been up to lately, but rather than saying, I thought I'd let you all guess, so I'll just leave these here:
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I credit @Mister M for inspiring me
damn, that's a sight you don't see too much nowadays! New chips for a custom mobo perhaps?Hey everybody, been a little while, and I thought it was about time I posted what I've been up to lately, but rather than saying, I thought I'd let you all guess, so I'll just leave these here:
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I credit @Mister M for inspiring me
You’d think after so long there wouldn’t be anything available, Good luck in your project.Apparently even 20 plus years later, there's still a lot of unused chips floating around the market place
DING DING DING!! That's right!! I'll post a preview of the work I've done so far soon, but my trial of DipTrace has once again expired, so I'll need to reinstall Windows before I can do anymore work on it. (And before all you KiCad and EasyEDA and Altium etc. users start telling me how silly this is... I know... darn it I know.... But I REALLLLLLY like DipTrace lol)damn, that's a sight you don't see too much nowadays! New chips for a custom mobo perhaps?
Aha! This is great!DING DING DING!! That's right!! I'll post a preview of the work I've done so far soon, but my trial of DipTrace has once again expired, so I'll need to reinstall Windows before I can do anymore work on it. (And before all you KiCad and EasyEDA and Altium etc. users start telling me how silly this is... I know... darn it I know.... But I REALLLLLLY like DipTrace lol)
Well here is the result of a little over a month's work. There's still a fair bit of place holding going on, but the majority of the core I/O has been routed. What I'm currently figuring out is power domains, which regulators to use, what base voltage to run at, etc. Since there really isn't any need for 8.5 volts, I may just have 4 1865 cells drop down to 5 volts at 5 or 6 amps, and then distribute that among the several other voltage domains needed, but I'm still deciding.
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The HDD adapter board will be connected through the mezzanine at the top right corner, not unlike the original network adapter funnily enough, and the HDMI encoder will be another board connected through the mezzanine on the left side. The modular design will allow for the use of different adapters, like if I wanted to try a direct LCD connection, or a MIPI screen, or whatever comes next.
I've also applied this design to the controller and FMCB card. I'd like to make use of any open source controllers that crop up in future, so that too will be a separate component. There is also a small mezzanine for my clone of a Modbo 5.0 chip, I can't well deprive myself of those lovely little features.
The only component which will be harvested from an original PS2 board will be the BIOS chip on the back, since it's the only piece I have yet to be able to source, and I doubt I'd be able to properly flash the BIOS to a blank chip anyway. I'm also toying with making this component modular, as it would seem the most likely to fail, despite being essentially read only.
That's all for now
Ohh wait here's as specific question: Can one use an FPGA to flip the order of a bunch of traces? Say 24 data lines..
BEAUTIFUL !!!!!May I present, the network adapter and SATA bridge chip board:
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I am still trying to figure out if the CXD9731AGP chip will even work without the Ethernet chip attached, and whether i should ground the inputs, or leave them floating, or pull them high, or pull them low... It's a real quandery... But anyway, here's where I am, next will be the HDMI board
I believe the BIOS is attached to MECHACON, from what i read they have some kind of regional check, i found a post when i was collecting data about SCPH-50009 in some chinese forums, i didn't find the link to the post but copied the author's text (The original text was in Chinese, translation may have errors):The only component which will be harvested from an original PS2 board will be the BIOS chip on the back, since it's the only piece I have yet to be able to source, and I doubt I'd be able to properly flash the BIOS to a blank chip anyway. I'm also toying with making this component modular, as it would seem the most likely to fail, despite being essentially read only.
“I don't have the 50009 chip of this model, so I replaced it with the 50007 chip CXD706080, and found that the host model 50009 became a model 50007! Haha, but the host BIOS chip doesn't recognize the area code after the change, so I changed the BIOS chip from 50009 to 50007. As a result, the host computer reads the disk normally without any problem, and even the CD-ROM games can be read! Haha”