Installing the PCM-5862 motherboardInstalling the PCM-5862 motherboardI set the jumpers for a Pentium 233 MHz:
| J1 | 3-4 | 66 MHz CPU clock / 33 MHz PCI clock |
| J2 | - | 66 MHz CPU clock / 33 MHz PCI clock |
| J3 | 3-4 | 2.8 V CPU voltage |
| J4 | 1-2 | P55C enabled, 1.5 times CPU frequency ratio |
| J5 | - | M1 cache disabled |
| J6 | 1-2 | CMOS battery on |
| J7 | 1-2 | Buzzer enabled |
| J8 | - | COM3 IRQ released |
| J9 | - | COM4 IRQ released |
| J10 | 3-5 4-6 |
5 V LCD power |
| J11 | 5-6 | RI COM4 pin is RI |
| J12 | 5-6 | RI COM3 pin is RI |
| J13 | 1-2 | Reset on watchdog |
| J14 | 1-2 | COM2 is RS232 |
| J15 | 1-2 4-5 7-8 10-11 |
COM2 is RS232 |
| J16 | 2-3 | 12 V Audio power source |
After installing the CPU and memory I connected the following peripherals:
| CN1 | Iiyama Vision Master PRO 400 |
| CN11 | Ethernet 10Base-T |
| CN12 | 5 V power for Labtec speakers |
| CN13 | Labtec SS-100 speakers |
| CN14 | 5 & 12 V power from power supply |
| CN15 | Samsung keyboard, Microsoft mouse |
| CN17 | Toshiba MK4309MAT 4 Gbyte disk |
Because I didn't have the DC/DC converters for the battery power supply yet, I used a normal PC power supply.
This configuration worked and booted Linux from the disk. Linux had already been installed on the disk by the Pattern Recognition group of the TU Delft. I changed the network settings to TUDEBH.ET.TUDELFT.NL (130.161.39.1) and the corresponding netmask and router settings, using control-panel->Network Configuration.