HNHacker News
TopNewBestAskShowJobs

toptensoftware

7 karma · joined August 4, 2011

submissionscomments
toptensoftware··on Why I’m writing a Windows 3 Emulator
Are you sure about that - I didn't think Wine had a 16-bit emulation so how does it work?
toptensoftware··on An FPGA implementation of a Microbee
Nice. For me it was my grandfather. I clearly remember taking the train trip with him over to Waitara to pick up our Microbee.
toptensoftware··on An FPGA implementation of a Microbee
Read -> Experiment -> Fail.

Repeat until Read -> Experiment -> Success.

They say experience is what you get when the unexpected happens... so I guess it's the Fail step that's important.

toptensoftware··on An FPGA implementation of a Microbee
For anyone feel nostalgic about Microbee, check out:

1. The brand new Microbee Premium Plus Kit (sold out but very cool) http://www.microbeetechnology.com.au/premiumpluskit.htm and 2. The Microbee Software Preservation Project (MSPP) http://www.microbee-mspp.org.au/

toptensoftware··on An FPGA implementation of a Microbee
Not at the moment, I want to finish off/clean up a few things first. Yes, there was a Swedish version of the Microbee and they were popular with schools here in Australia so I'm not surprised to hear you had them in Swedish schools too.
toptensoftware··on An FPGA implementation of a Microbee
I couldn't agree more.

As a software developer I've always had a vague understanding of how computer hardware works, but after building fpgabee I have much deeper understanding. eg 1: I always knew what a VGA controller did, but had know idea how. Now that I've actually built one (albeit in code) it's pretty clear to me now. eg 2: I never really understood why hardware can't be just clocked to higher and higher frequencies... but now I totally get it.

toptensoftware··on An FPGA implementation of a Microbee
Thanks!
toptensoftware··on An FPGA implementation of a Microbee
Not at the moment, but I'll probably add it at some point.
toptensoftware··on An FPGA implementation of a Microbee
Interesting idea! Though as I understand it, the limiting factor atm would be that FPGA cores are considerably slower than real silicon. So even if you had a huge FPGA, loading an identical circuit to a modern processor would not be anywhere near as fast.