This document is about advance information on a new product, describing the logic diagram, features, and functions of the product. The product is a digital fuzzy co-processor with high-speed rules processing, multiple input-output configurations, and built-in fuzzy logic inference unit.
The W.A.R.P.2.0 is an 8-bit digital fuzzy co-processor developed by SGS-THOMSON Microelectronics using the HCMOS4T process. It is designed to perform fuzzy-related computing tasks independently or as a co-processor alongside standard microprocessors. The device includes a fuzzifier, inference unit, and defuzzifier, operating at a maximum clock frequency of 40MHz with a standard +5V supply voltage.
| Maximum Clock Frequency | 40MHz |
|---|---|
| Supply Voltage | +5V |
| Process Technology | HCMOS4T (0.7µm) |
| Input Lines | 8 |
| Output Lines | 4 |
| Antecedent Memory Size | 256 bytes |
| Program/Consequent Memory Size | 1.4 Kbyte |
The maximum clock frequency is 40MHz.
The device operates with a standard +5V supply voltage.
Up to 16 membership functions are supported for an input variable.