0x108AC80

0x108AC80 is a 32‑bit hexadecimal value that frequently appears as a memory address in low‑level software and firmware contexts. In systems architecture, such addresses typically designate a location in either main memory or on a contiguous block of memory that is used for code, data, or hardware registers. The notation "0x" precedes the value to indicate that the number is expressed in base 16.

In embedded systems and operating‑system kernels, developers sometimes hard‑code addresses like 0x108AC80 when mapping peripheral registers or setting up interrupt vectors. For example, on certain ARM‑based devices the address might correspond to the base of a hardware device's memory region. When listed in debugging sessions or crash logs, the address can be resolved, often via symbol tables or reverse‑engineering tools, to reveal the function or structure located at that location.

In the world of malware analysis and reverse engineering, 0x108AC80 might pop up as an instruction target or a pointer inside a binary’s data section. Analysts use disassemblers that translate raw binary code into assembly language and can annotate such addresses with labels indicating their role, such as “init_function” or “buffer_start.” The address may also appear in hex dumps produced by debugging utilities like GDB, WinDbg, or IDA Pro.

Although the address itself is meaningless without context, it is a common artifact in technical documentation for developers troubleshooting hardware drivers, firmware updates, or software crashes. The address can be cross‑referenced against a mapping file that lists named symbols and their corresponding offsets. When such mapping is available, 0x108AC80 may point to a specific routine responsible for device initialization, a configuration table, or firmware firmware metadata.

Because addressing schemes vary between architectures and operating systems, the same hexadecimal value may refer to entirely different locations depending on the underlying hardware. Consequently, the best way to determine its exact purpose is to consult the documentation for the specific device or program, analyze the binary with a reverse engineering tool, or examine the memory layout provided by the development environment.