A FPGA chip that works with any amount of defects

Have you ever felt like your computer performance was limiting despite how much you have spent on it? I want to sell you extremely large Field Programmable Gate Array chips so that your programs can run as fast as possible.

Because it would be expensive to produce a single purpose chip for each program, programs run on a chip that is not designed for specifically them. An FPGA chip on the other hand, is almost specifically designed for many programs, boosting performance.

My Field Programmable Gate Array has two advantages, in that the first advantage is that any "Logic Block", which is the smallest part of my FPGA, can be permanently disabled after manufacturing if it contains any silicon defects. This means cheaper FPGAs per square millimeter of silicon.

The second advantage, is that it only takes two Logic Blocks and seven wires to begin reprogramming the rest of the FPGA, which means that the FPGA can be reprogrammed in parallel, allowing them to switch from program to program faster. Reprogramming the FPGA using external pins and / or surrounding Logic Blocks internal to the FPGA is possible.

This is a link to the source code and explanation of the Logic Block element in my FPGA Architecture: https://news.ycombinator.com/item?id=38170336