SLJIT

Supports x86, ARM, RISC-V, s390x, PowerPC, LoongArch, and MIPS in 32/64-bit variants, ensuring portability across diverse hardware, as listed in the README.

Includes advanced features like SIMD, atomic operations, self-modifying code, and tail calls, enabling efficient code generation for complex scenarios such as emulators.

Allows direct access to integer and floating-point registers, giving developers fine-grained control over machine code output for performance tuning.

Compiler state can be serialized into a byte buffer for ahead-of-time or partial AOT compilation, useful for performance-critical applications, as noted in the features.