Install riscv64-elf-binutils with Homebrew, pacman

Project links

• Homepage
• Package manager page

Commands and aliases

• riscv64-elf-addr2line
• riscv64-elf-ar
• riscv64-elf-as
• riscv64-elf-c++filt
• riscv64-elf-elfedit
• riscv64-elf-gprof
• riscv64-elf-ld
• riscv64-elf-ld.bfd
• riscv64-elf-nm
• riscv64-elf-objcopy
• riscv64-elf-objdump
• riscv64-elf-ranlib
• riscv64-elf-readelf
• riscv64-elf-size
• riscv64-elf-strings
• riscv64-elf-strip

Project history

GNU Binutils grew from the GNU project's binary utilities and now comprises the GNU assembler, linker, Binary File Descriptor library, and inspection or transformation tools such as `objdump`, `readelf`, `nm`, and `objcopy`. Historical GNU archives contain Binutils releases from at least 1991.

`riscv64-elf-binutils` is a target-configured package of that upstream project rather than an independent fork. Its programs use the `riscv64-elf-` prefix and produce or inspect RISC-V ELF objects without assuming a hosted operating system.

Adoption history

Binutils is foundational infrastructure in GNU and cross-development toolchains. This prefixed build packages the same tools for RISC-V bare-metal targets and is available through Homebrew and Arch according to source_facts.package-manager.

How it is used

Use `riscv64-elf-as` and `riscv64-elf-ld` directly, or let a matching cross-GCC driver invoke them. Utilities such as `objdump`, `readelf`, `nm`, `size`, and `objcopy` inspect and transform target artifacts.

The package is generally paired with a linker script and a RISC-V cross-compiler. It does not require credentials and has no single application-level configuration file.

Why package nerds care

Cross-binutils packages expose an important packaging convention: executable prefixes encode the target triplet, allowing native and multiple cross toolchains to coexist without collisions. They are the assembler/linker half of a reproducible bare-metal compiler stack.

Timeline

• 1991: GNU archives record early Binutils releases.
• Later 1990s: Binutils development became closely associated with Sourceware infrastructure.
• 2010s: Upstream RISC-V support enabled GNU cross-toolchains for the emerging open instruction set.
• 2020s: Prefixed RISC-V ELF Binutils packages became routine dependencies for firmware and embedded toolchains.

Related projects

• GCC commonly supplies the compiler driver and language front ends, while Binutils supplies assembly, linking, and binary manipulation. `riscv64-elf-gcc` is the matching compiler package.

Sources

• https://gcc.gnu.org/ftp/binutils/old-releases/
• https://sourceware.org/binutils/docs/
• https://sourceware.org/git/?p=binutils-gdb.git;a=summary
• https://www.gnu.org/software/binutils/
• source_facts.description