mikroCPU

MikroCPU is a line of microprocessors designed for embedded systems. The family focuses on small silicon footprints, low power consumption, and simple software development. Cores in the MikroCPU family range from 8-bit to 32-bit, and include variants with integrated memory controllers and peripherals to reduce external component counts.

Architecturally, MikroCPU cores typically employ a reduced instruction set with orthogonal encoding and a straightforward pipeline. Some models use a Harvard-style architecture with separate program and data memories, while others implement a von Neumann approach. Common features include a compact instruction set, hardware multiplier, interrupt controller, and on-chip peripherals such as timers, UARTs, and ADCs.

Development and tooling for MikroCPU are supported by both vendor-provided and community resources. Assemblers and C/C++ compilers are available, with debugging through JTAG or SWD interfaces. Many implementations provide wide ecosystem support, including example projects and reference designs.

Applications for MikroCPU devices include consumer electronics, automotive and industrial control, home automation, and IoT sensors. The combination of low cost, deterministic timing, and long-term availability makes it attractive for embedded products requiring predictable behavior and modest performance.

Reception and evolution: MikroCPU has competed with other 8/16/32-bit microcontroller families by emphasizing simplicity and power efficiency. Over successive generations, the family has expanded peripheral options and improved energy efficiency, while maintaining a straightforward development model. As with any embedded platform, choice depends on required performance, package sizes, and supply chain considerations.