1/ for 8 Mhz machines screenmode 320 x 256, 256 colours
2/ for faster machines screemode 384 x 288, 256 colours (overscan)
On 23/01/2018 08:25, [email protected] wrote:12MHz ARM250?
1/ for 8 Mhz machines screenmode 320 x 256, 256 colours
2/ for faster machines screemode 384 x 288, 256 colours (overscan)
As the next step up from an 8MHz ARM2, was an ARM3 3+x faster, surely a
bit more resolution than that can be afforded.
---druck
On 23/01/2018 20:51, druck wrote:
On 23/01/2018 08:25, [email protected] wrote:12MHz ARM250?
1/ for 8 Mhz machines screenmode 320 x 256, 256 colours
2/ for faster machines screemode 384 x 288, 256 colours (overscan)
As the next step up from an 8MHz ARM2, was an ARM3 3+x faster, surely
a bit more resolution than that can be afforded.
---druck
On 23/01/2018 22:48, Someone Somewhere wrote:Semantics on the way you put it - the 12MHz ARM250 is in fact a faster
On 23/01/2018 20:51, druck wrote:
On 23/01/2018 08:25, [email protected] wrote:12MHz ARM250?
1/ for 8 Mhz machines screenmode 320 x 256, 256 colours
2/ for faster machines screemode 384 x 288, 256 colours (overscan)
As the next step up from an 8MHz ARM2, was an ARM3 3+x faster, surely
a bit more resolution than that can be afforded.
---druck
That was a step back down, as the ARM250 A3010/A3020 was released after Archimedes ARM3 upgrades and the A5000.
---druck
It is true we would all have prefered an ARM350 but Acorn decided differently.
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