Tristate Buffer Output if Input is High-Z?

All the IIfx ram I have and have seen were 9 chip (1MB and 4MB SIMMs). I think the 16MB SIMMs were very tall and had more then 9 chips on them like the ones in the picture below. http://www.mathdittos2.com/columns/bh/bh990511.html The machine pictured has 68MB of ram (4x16MB plus 4x1MB). 128MB is the maximum ram available. It looks like the 16MB SIMMs in the picture have 36 chips on them (probably the same chips that make up the 4MB part just 4 times as many). I Hope this helps. ----- Original Message ----- From: "Eric J Korpela" <korpela at ssl.berkeley.edu> To: "General Discussion: On-Topic Posts Only" <cctech at classiccmp.org> Sent: Thursday, September 29, 2005 5:01 PM Subject: Re: Tristate Buffer Output if Input is High-Z? I also notice that the table on page 2 of the technote contradicts the IIfx section. The table says you can put up to 128MB in a IIfx, but the IIfx section says the biggest SIMM allowed is 256kx8. Eric On 9/29/05, Eric J Korpela <korpela at ssl.berkeley.edu> wrote: http://developer.apple.com/technotes/hw/pdf/hw_25.pdfmentions parity, are there 9-chip SIMMS on the IIfx? Or is the parity stored bit