@Wrangler, thank you.
Re: potential for 24bit, I was wondering if Z-Turn hardware limitation would play a role.
My only point of reference was the MISTer with that Intel Cyclone V device having 110K LEs listed on the FPGA spec section.
The Z3660 required Z-Turn MYS-7Z020-V2 in the mouser link PDF notes 85K logic cells listed on the FPGA spec section.
Are "LE" (logic elements?) of DE10 Nano same as "logic cells" of Z-Turn?
In the case of MISTer, with the FPGA looking like it is more capable hardware wise
(potentially?), it can run the Amiga core (slower processor speed and 68020) plus 24bit RTG.
In the case of the Z-Turn, the FPGA has the duty to emulate 68040 CPU plus 16bit RTG.
But...what if the Z-Turn emulated CPU option/duty was able to be deactivated because the user has a real 68060/68LC060 installed? Would that potentially free more gates/logic cells on the Z-turn to be able to deliver 24bit RTG perhaps? Or is there another Z-Turn hardware limitation outside of these gates/logic cells that is in play? Forgive the question, my technical knowledge is very much limited on how that RTG or the Z-Turn actually do what they magically do.
Anyhow, the LC060 news is fantastic and huge plus, and the (current?) lack of 24bit RTG is by no means a deal breaker. 16bit is certainly a fantastic positive feature here, and unique among all accelerators made for big box Amigas. Plus, yet another Zorro slot free inside the 4000.