Mimo-unidll

MIMO stands for Multiple Input Multiple Output. It's a technology used in wireless communications, such as Wi-Fi and cellular networks. MIMO systems use multiple antennas at both the transmitter and receiver ends to improve communication performance. This technology offers several benefits, including:

| Issue | Impact | Mitigation | |---|---|---| | Python bindings are beta | No async/await support, limited error handling. | Use the C API via ctypes or cffi for production workloads. | | ABI drift in minor releases | 2‑3% of users reported crashes after upgrading from v2.2.x to v2.3.x due to a renamed struct field (mimo_cfg::num_rx). | Pin to a specific tag (v2.2.7) in production or use the MIMO_UNIDLL_NO_ABI_CHECK macro. | | No built‑in signal‑processing utilities | The library is just a transport layer; you still need FFT, filtering, etc. | Pair with liquid‑DSP, GNU Radio, or the provided MIMO‑Toolkit (optional add‑on). | | Limited Windows support for ARM | The ARM64 binary for Windows (e.g., Surface Pro X) is still experimental. | Stick to x64 Windows or compile from source on ARM. | | Plugin registration is case‑sensitive | On Linux, a plugin named bladeRF.so but referenced as BladeRF.so will not be found. | Follow the naming convention in the docs (lower‑case, .so / .dll). | mimo-unidll

Overall, none of these issues are show‑stoppers; they merely require a bit of diligence when integrating the library into a larger system. MIMO stands for Multiple Input Multiple Output

Compile these into a custom DLL using CMake and MinGW or MSVC: Compile these into a custom DLL using CMake

cmake -B build -DBUILD_SHARED_LIBS=ON
cmake --build build --config Release
# Output: libmimo_unified.dll (rename to mimo-unidll)