Here's a collection of useful transputer sites for material and helpful advise.

Julian Highfield's original T414 emulator source code which was the starting point of my PC transputer emulator and this website! - spirit.lboro.ac.uk/emulator.html

Mike has a great website containing lots of transputer documentation - transputer.net. Mike has also developed a program called IANSI which can be used with jserver when running the Inmos isim.btl or idebug.btl to handle the ANSI extended graphics escape codes and thus correctly handle the screen display. It's on his utilities page.

Axel's site include a useful guide to installing the Helios Operating System - Geekdot.com

The KRoC (Kent Retargetable occam Compiler) team with their Occam-pi compiler and virtual machine for executing the transputer instruction set - www.transterpreter.org  or projects.cs.kent.ac.uk/projects/kroc/trac

Ram's site (I don't think he no longer maintains it?) contains everything transputer (first place to go for software) - www.classiccmp.org/transputer

University of Kent Parallel Computing archive has lots of useful stuff - wotug.ukc.ac.uk/parallel

Kirk Bailey has some useful gems - pcputer.com

John R. Hauser's SoftFloat IEEE-754 floating point arithmetic package - jhauser.us/arithmetic/SoftFloat

More details on LCM is available at http://code.google.com/p/lcm/.

More details on GLib is available at http://www.gtk.org/.


The following are a couple of silicon vendors supplying parallel products.

XMOS is where David May (the transputer architect) now works on his XCore processor, incorporating Software Defined Silicon (SDS). XMOS sell a XC-1 development kit for $100. It's a cheap way to have a play with this new technology. The XS1 is a modern take on the transputer with parallel support and programmable software flexibility - xmos.com

Tilera have some serious parallel devices, boasting 16 to 100 64-bit processor meshes on a single device - tilera.com