How AMD cloned the 386 CPUContrary to popular narrative today, it didn’t take AMD six years to clone the 386 CPU. It only took AMD’s engineers about two years to reverse engineer the 386 and implement their own clean-room design on top of what they already knew from making 286 CPUs that was compatible with Intel’s 386. But the two companies battled in court for a total of eight years, until 1995, and spent a total of $100 million in the process. Intel’s goal was to keep the AMD chips off the market altogether, and where they failed at that, they settled to delay the AMD chips as long as possible. The longer the court battles dragged on, the more Intel was able to bleed AMD.
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The GHC API is notoriously fragile and bulky. The bulk of the work maintaining iHaskell involves keeping it in sync with GHC’s internals. Each GHC release means a package change to iHaskell even when the GHC changes don’t affect iHaskell at all. iHaskell also keeps stack configurations for older GHC versions. Relying on GHC’s internals in this way increases the maintenance burden of the project.