Friday, December 5, 2008

Intel386™ Processors

Product Overview
Intel386™ ProcessorsThe Intel386™ DX, EX, and SX embedded processors are based on the Intel386 architecture. All have 32-bit cores, and enhanced functionality for the embedded processor market.

  • The static Intel386 EX microprocessor is designed for embedded applications that require high integration and low power. Key features include: PC compatibility, power management, low-voltage operation, and on-chip integration of numerous common peripherals such as interrupt controllers, chip selects, counters and timers.
  • The static Intel386 SX, also referred to as the 80386SSX or 80386SXTA microprocessor, microprocessor is a pin-for-pin replacement for the dynamic Intel386 SX processor. The static design features clock freeze mode, and higher speed operation.
  • The dynamic Intel386 SX microprocessor is an entry-level processor with a 16-bit external data bus and a 24-bit external address bus. It provides the performance benefits of a 32-bit architecture with the cost savings of a 16-bit hardware system.
  • The dynamic Intel386 DX microprocessor is designed for single-user, multi-tasking applications. The 32-bit registers and data paths support 32-bit addresses and data types. It addresses 4 gigabytes of physical memory, and 64 terabytes of virtual memory. It offers a 50% performance increase over the Intel386 EX and SX processors.

Embedded system designers have long understood the benefits of PC compatibility in their designs. The embedded Intel386 processors are compatible with DOS and standard graphical windowing operating environments, as well as many popular embedded real-time operating systems.

Applications based on an Intel386 microprocessor allow designers to embed popular versions of DOS and graphical windowing environments to implement an array of existing software applications within their systems.

The PC compatibility, enhanced functionality, and real-time software support make the Intel386 microprocessors a sound embedded solution. Reduced design complexity and decreased software development time are major advantages in today's embedded market segment.

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