MAMEWorld Forums - EmuChat - Naomi board layout in C file

57 |---------------------------------------------------|
58 | CN1 CN3 |
59 |PC910 62256 EPF8452AQC160-3 |
60 | BATTERY EPC1064 JP4 3771 93C46 |
61 |A179B 315-6188.IC31 3771 3773|
62 |ADM485 BIOS.IC27 5264165 5264165 |
63 | 5264165 |-----| 5264165 |
64 | CN3 |POWER| |
65 | |VR2 | 33.3333MHZ |
66 |CN26 |-----| 27MHZ|
67 | CY2308SC-3|
68 | KM416S4030 |------| HY57V161610 |
69 | | SH4 | HY57V161610 |
70 | C844G 315-6232 | | 32MHZ |
71 | 33.8688MHZ |------| HY57V161610 |
72 | xMHz HY57V161610 |
73 | PCM1725 JP1 62256 |
74 | HY57V161610 |
75 | HY57V161610 |
76 | 315-6145 |
77 |CN25 CY2308SC-1 315-6146 |
78 | LED1 93C46 |
79 | LED2 14.7456MHZ |
80 |---------------------------------------------------|

Soory, a small mistake from my side.
I was referring to the cartridge connector close to the BIOS eprom.

If you want to take good PCB pictures go for this:
"The first step is to take pictures of the PCB; prepare a place that will become your "studio", I like very much to take pictures of PCBs while they are vertically laying against a wall, some other prefer to take pictures with the PCB flat on the ground. In both cases use a monocolour, flat, opaque, neutral background; avoid plain white, it will reverberate back to the camera; avoid multicolours tiles, they usually shine and tend to alterate camera contrast; eventually you can use for your background a brown paper of the kind used to wrap up delivery parcells. If you take pictures of a vertical PCB use a tripod, even a very small one to hold the camera; if you do not have a tripod, put the camera at the same heigh of the PCB, possibly resting over some books with a rigid cover; do not hold the camera in your hands because it's much more easy to "move" the picture. If you take picures of an horizontal PCB use a tripod again, of the kind with the tilting head to hold the camera horizontal as well; if you do not have a tripod hold the camera in your hands, tray to stay over the PCB with your legs slightly open, and hold your breath while taking the picture; if possible try to lay against a wall, this will help you to remain steady. The lighting of your "studio" is very important: the best possible source of light is the sun, but it's not always available, therefore a very good alternative is a couple of halogen lamps of about 300-500W, illuminating the PCB from a few meters away. The very important thing is to avoid direct lighting of the PCB, but to illuminate it with light reflecting out of the walls and ceiling, resembling as much as possible the natural ambient light. NEVER use the flashlight incorporated into your camera, because it will reflect back from the PCB and "blind" the picture. A good thing is to clean the PCB from dust before taking pictures; if the PCB is very dirt, at least clean the surface of the ICs with a soft slightly humid cloth, so that markings and labels are clearly visible. Remember to take pictures of both sides of the PCB (components and solder), if the PCB consists of different boards packed one over the other, separate them and take pictures individually."