ADRL{cond} Rd,label

where:

ADRL always assembles to two 32-bit instructions. Even if the address can be reached in a single instruction, a second, redundant instruction is produced.

If the assembler cannot construct the address in two instructions, it generates an error message and the assembly fails. See LDR pseudo‑instruction for information on loading a wider range of addresses (see also Loading constants into registers).

ADRL produces position-independent code, because the address is program-relative or register-relative.

If label is program-relative, it must evaluate to an address in the same assembler area as the ADRL pseudo-instruction, see AREA.

If you use ADRL to generate a target for a BX or BLX instruction, it is your responsibility to set the Thumb bit (bit 0) of the address if the target contains Thumb instructions.

The available range depends on the instruction set in use:

The given range is relative to a point four bytes (in Thumb code) or two words (in ARM code) after the address of the current instruction. In ARM and 32-bit Thumb, more distant addresses can be in range if the alignment is 16-bytes or more relative to this point.