|
|
E86™ Family 32-Bit Microprocessors
Processor Types 
-
AMD-K6™ Family: The high performance and economical cost
of the AMD-K6E processor make it very appealing in embedded applications
and provides a performance migration path beyond the Am486 ®DX5 (Am5x86™) processor.
-
AMD-K6™IIIE+ Series: The AMD-K6-IIIE+ processor is a functionally compatible embedded version of the AMD-K6-III+ processor. The cache design provides a large 64-Kbyte L1 cache and a 256-Kbyte L2 cache operating at full processor speed on a backside bus.
-
AMD-K6™2E+ Series: The AMD-K6™-2E+ processor is a functionally compatible embedded version of the AMD-K6-2+ processor with an internal 128-Kbyte L2 cache.
-
AMD-K6™2E Series: The AMD-K6™-2E Microprocessor is a functionally compatible embedded version of AMD's sixth generation,
Microsoft® Windows® software-compatible AMD-K6-2 processor with AMD's innovative 3DNow!™ technology,
superscaler MMX™ instruction execution support, and the Super7™ 100-MHz Front-side bus.
-
Am486® Family: Designers using the embedded Am486®DX family will gain from strong
product benefits like optimal performance with speed selections up to 133
MHz and plastic packaging with excellent thermal properties
-
Am486®DX Series: The AMD Am486DX microprocessor family are embedded versions of the enhanced Am486 microprocessor.
Driven by development in the desktop PC market, these microprocessors are now available with support and lifetimes
appropriate for the embedded market. The Am486DX enhances performance by incorporating a 16-Kbyte write-back cache
implementation, flexible clock control, and enhanced SMM.
-
Am386® Family: The Am386™ series...
-
Am386®DX Series: These high-performance, low-cost 32-bit microprocessors
provide embedded customers access to inexpensive processors and the highest performance of any 386DX available.
Offered in a 3-V power supply version, the processor also is ideal for low-power designs.
-
Am386®SX Series: These high-performance, low-cost 32-bit microprocessors provide embedded customers access to inexpensive
processors and the highest performance of any 386SX available. The 16-bit data path allows for inexpensive memory subsystem design.
Available in a 3-V power supply version, the processor also is ideal for low-power designs.
|
|
