Take a look at Intronix's Logicport, LA1034. It's a 34 channel 500 MHz logic analyzer for $389. We use them at work.
I'm trying to figure out if the software will support two units simultaneously though. On some of these old Macs, it would be nice to have about 70 channels. 32 for data. 32 for addresses. And a handful of others for the control/arbitration signals.
For vintage work, if they would make an 80 channel (nice multiple of 16) 200 MHz or even 100 MHz analyzer, that would be perfect. In fact 100 MHz would be fine for vintage work, or maybe 133 MHz, just to catch those late model G4s and similar. Or a 40 channel 100 or 200MHz unit, but write the software, so that if you plug two units into the same computer you can double the channels. I'm not sure if the computer bandwidth will support that, but it would be cool if it would. I guess you'd have to hook both units up to the same Clock pin or something, so you'd loose at least one channel to duplication.
I'm trying to figure out if the software will support two units simultaneously though. On some of these old Macs, it would be nice to have about 70 channels. 32 for data. 32 for addresses. And a handful of others for the control/arbitration signals.
For vintage work, if they would make an 80 channel (nice multiple of 16) 200 MHz or even 100 MHz analyzer, that would be perfect. In fact 100 MHz would be fine for vintage work, or maybe 133 MHz, just to catch those late model G4s and similar. Or a 40 channel 100 or 200MHz unit, but write the software, so that if you plug two units into the same computer you can double the channels. I'm not sure if the computer bandwidth will support that, but it would be cool if it would. I guess you'd have to hook both units up to the same Clock pin or something, so you'd loose at least one channel to duplication.