0x36A0

0x36A0 is a hexadecimal notation commonly used to represent digital addresses or unique identifiers in computer systems. The prefix "0x" indicates that the subsequent characters are in base‑16, meaning that each digit can be 0–9 or A–F. In many contexts, such as blockchain technology, 0x36A0 might appear as the beginning of a longer address that is 20 bytes long, as seen in Ethereum and other smart‑contract platforms. When part of a full 42‑character address, 0x36A0 conveys the specific network and account or contract that a user interacts with, facilitating the routing of funds, data, or messages on a distributed ledger.

In the world of software development, 0x36A0 can also be a memory address or a constant in low‑level code. For example, hardware registers in a microcontroller might be exposed at addresses that begin with 0x36, such as 0x36A0 or 0x36A1, to control peripheral functions. In this setting, developers refer to these addresses when writing firmware or accessing registers directly.

The identifier may also surface in educational resources, tutorials, or white papers where a simplified or shortened form of a longer address is used to illustrate concepts. In such uses, 0x36A0 is typically just a placeholder rather than a valid, live address. Consequently, it is important not to assume that dialing or interacting with 0x36A0 will result in transactions on any blockchain; one must always confirm the full address and network details before operating.

Lastly, due to its common structure, 0x36A0 appears occasionally in error messages or logs that output truncated addresses for readability. In debugging contexts, developers may recognize this pattern and trace the truncated value back to a full 160‑bit address, improving diagnostics across development and production environments.