Potato Semiconductor Corporation dedicates to developing chip to chip IO
interface solution for high speed integrated circuits. We focus on GHz 74 logic, clock
buffer, IO translator, bus switch & customized IO interface.
Potato Semiconductor Corporation is a fabless IC design house which locates in San Jose,
California. With our powerful leading technology in IO interface, logic cells & unique design
rule, we can improve most of existing standard logic chips into higher speed ones. The
chips will become much more reliable, with much less noise and much higher operating
frequency than the same devices from other Semiconductor companies. Take a look at our
products and do the comparison yourself. When you compare them apple to apple, you will
find out that our chips can run much faster with much higher frequency then the others.
interface solution for high speed integrated circuits. We focus on GHz 74 logic, clock
buffer, IO translator, bus switch & customized IO interface.
Potato Semiconductor Corporation is a fabless IC design house which locates in San Jose,
California. With our powerful leading technology in IO interface, logic cells & unique design
rule, we can improve most of existing standard logic chips into higher speed ones. The
chips will become much more reliable, with much less noise and much higher operating
frequency than the same devices from other Semiconductor companies. Take a look at our
products and do the comparison yourself. When you compare them apple to apple, you will
find out that our chips can run much faster with much higher frequency then the others.
What We Do
By using our special IO interface, logic cells & design rule, we can convert
most of existing Logic chips into much higher frequency than it was before.
We will continue to convert existing standard chips to become the chips
which are much more reliable, much less noise and much higher running
frequency
By using our special IO interface, logic cells & design rule, we can convert
most of existing Logic chips into much higher frequency than it was before.
We will continue to convert existing standard chips to become the chips
which are much more reliable, much less noise and much higher running
frequency
Customer Feedback
The Ability To Drive Different
Impedance loads with well behaved
" fast" edges (on-board as well as
coax cables) with very little power ...
The Ability To Drive Different
Impedance loads with well behaved
" fast" edges (on-board as well as
coax cables) with very little power ...