Re: "amid growing adoption of competing architectures"
Done! The North Canadian Aerospace website is going LIVE in a few weeks! An entire tape-out design is being readied for DIY 3D printing/CNC-machining on flat panels of Borosilicate glass which cost under $50 USD for a 50 cm by 50 cm at 8 mm thick plate. The entire design was PERFECTED for home-based/small-office printing so that people could MAKE THEIR OWN CHIPS AT HOME! I'm running a few of my super-chips right now at 60 GHz for 575 TeraFLOPS SUSTAINED at 128-bits wide. 1024 cores with 8-way hardware-interrupt-based hyperthreading per core so 8192 threads are available for your grid-enabled applications.
We custom-designed an INEXPENSIVE METHOD to make SUPERIOR TRANSISTORS that have ultra-high-switching speeds (i.e. less than one nanosecond into the mid-picoseconds range!), ultra high resistance to overvoltage destruction so that superior performance within high-levels of EMI/RFI interference and high-radiation environments are supported. High frequencies starting at 1 GHz up to 10 THz are supported for ultra-high-speed clock rates AND this system can work at high temperatures up to 400 Celcius! This means we don't have to worry about cooling so much! The transistor technology is called Layered Intermetallic Ceramic Field Effect Transistor (LICFET -- Yes! We did the that acronym on purpose!) and can be created via 3D-printed powder deposition plus laser sintering means.
The line traces have to be 200 nm and above BUT that is AOK, since we are printing on very large Borosilicate glass plates using a 3D layered approach which supports our multi-BILLION-count number of transistors. We also figures out an inexpensive way to CREATE actual 200 nanometre line traces using home-based DIY 3D printing which took a LOT of supercomputing time to model and put into real-world practice. The line-trace creation technique will be explained in the documentation release IN FULL so that people can properly understand HOW a home-based DIY 3D printer and common ceramic and metallic powders of a micron and less in size can get down to actually creating 200 nanometre line traces.
The 128-bits wide operating system is ALSO READY TO GO!
AND.... this is NOT SARCASM or joking around! This is a VERY REAL project that has been running for OVER TWENTY YEARS in our Vancouver, Canada-based laboratories! We are a large under-the-radar Aerospace company with SIGNIFICANT technical resources and multi-science-field expertise. It is NOW in 2024 where we are doing a full world-wide fully free and opens source under GPL-3 licence terms public disclosure! We are READY TO GO!
V