Aptix Corporation

Hong Cai

Adi Srinivasan

Ta-Pen Guo

A first user re-programmable interconnect architecture is provided wherein N switching elements are connected between selected interconnect conductors. The switching elements are controlled by M active storage elements, where M&lt;N. A group of N switching elements are controlled by a group of M active storage elements, where M&lt;N. The states of the M active storage elements are collectively decoded to identify the one of N switching elements to be turned on. A second user re-programmable interconnect architecture is provided wherein a group of N switching elements are connected between selected interconnect conductors and are partially selected by decoding the states of m.sub.1 active storage elements. The group of N switching elements are also partially selected by decoding the states of m.sub.2 active storage elements. The decoding is arranged such that t the states of m.sub.1 and m.sub.2 active storage elements each are decoded to provide a partial address to identify one of the N switching elements to be turned to its 'on' state. The sum of m.sub.1 and m.sub.2 is less than N.

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Hong Cai