• Hello MLAers! We've re-enabled auto-approval for accounts. If you are still waiting on account approval, please check this thread for more information.

Search results

  1. EtherRad

    Quicksilver Restoration

    Very nice polishing. I'd like to use whatever polish you used on my G4 Gigabit.
  2. EtherRad

    PB 1400 hinge issue, and cracking plastic

    Ok great! I will send it when I get home.
  3. EtherRad

    PB 1400 hinge issue, and cracking plastic

    If you have fusion or any other auto cad software that could read my files, I can send them to you that way you could see each of my measurements when you’re measuring
  4. EtherRad

    Overclocking the Sonnet Encore ST/G4

    But I will try to soon! Maybe we can get this going again.
  5. EtherRad

    PB 1400 hinge issue, and cracking plastic

    I had the design printed and prototype sent to me but the whole thing was off by like 1/4 an inch and I’m not sure how. I was so deterred that I haven’t picked it up since.
  6. EtherRad

    Overclocking the Sonnet Encore ST/G4

    I haven’t exchanged chips yet
  7. EtherRad

    OS9 on PPC 540C!!!

    For the 550c when you go to the highest colors the full screen area isn’t used
  8. EtherRad

    OS9 on PPC 540C!!!

    One thing I wish was possible would be to somehow increase the VRAM even if that meant a desoldering project.
  9. EtherRad

    OS9 on PPC 540C!!!

    I've been wanting that processor for a while but they're so hard to come by! I've got a 550 with an Apple 603e 100MHz, which is in the FPGA format, and none of those go up higher than 133mhz if i replaced the chip. Does 9 run any different than 8.6 on 187MHz? I had to stay with 8.6. I do have an...
  10. EtherRad

    Overclocking the Sonnet Encore ST/G4

    Update On my 1.6 Encore, I removed R 68 and bridged R 69 and this gave me a speed of 1.15. Anything higher than 1.6 would not give a chime. So if the above resistors hold true, then I assume the pattern would look like this below? These are 0 Ohm resistors so they are just bridges. I used...
  11. EtherRad

    Overclocking the Sonnet Encore ST/G4

    It looks like the JTAG interface is at J3 and would need to be connected with flyleads. I wonder if this https://ebay.us/eMdcW1 would work. I'm not sure if that would reverse engineer it? re-looking at the R49-54 resistors I don't think they are part of PLL.
  12. EtherRad

    Overclocking the Sonnet Encore ST/G4

    Looking at the datasheets, The PLL_CFG[0:5] would be 6 resistors (even though 5 is moot), IF it is true that the CPLD controls the frequency THEN the resistor should be set to "PLL Bypass" According to the PLL chart: that would mean "001100" which looks like it is feasible this could be...
  13. EtherRad

    Overclocking the Sonnet Encore ST/G4

    if the PLL downstream of the PLD scenario were true, would the PLL logic still be similar to the 74xx logic
  14. EtherRad

    Overclocking the Sonnet Encore ST/G4

    would Sonnet have made different PLD firmware for different speeds, or set the speed downstream (using PLL) of the PLD after it detects the bus?
  15. EtherRad

    Overclocking the Sonnet Encore ST/G4

    hopefully without desoldering...
  16. EtherRad

    Overclocking the Sonnet Encore ST/G4

    It looks like the PLD is Xilinx XC9536XV 7C and is the same on the different boards. Is there a way to reverse engineer with https://www.xilinx.com/products/design-tools/ise-design-suite/ise-webpack.html using the system debugger?
  17. EtherRad

    Overclocking the Sonnet Encore ST/G4

    Super exciting! Does Sonnet's bus speed detection change how this works?
  18. EtherRad

    Overclocking the Sonnet Encore ST/G4

    This is the 1.7 top side: this is the 1.6 top side: couldnt find a good picture of the 1.8
  19. EtherRad

    Overclocking the Sonnet Encore ST/G4

    Hi everybody, I am wondering if the Sonnet Encore/ST G4 series can be overclocked similar to the Encore/MDX G4 Duet series as seen on http://macos9lives.com/smforum/index.php?topic=3523.0 by Knezzen and MacTron. Here is a picture of the underside of the 1.6GHz card: ...the 1.7 GHz card...
Back
Top