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Dear Sangrae Kim,

Thank you for this interesting issue.
I looked into it and found a (hpoefully) nice fix to it.
(Quote from Sangrae_Kim)

I re-designed the addressing and added a dummy remove procedure using "cheap" operators.
I removed the "expensive"…

Dear Sangrae Kim,

Thank you for this interesting issue.
I looked into it and found a (hpoefully) nice fix to it.
(Quote from Sangrae_Kim)

I re-designed the addressing and added a dummy remove procedure using "cheap" operators.
I removed the "expensive"…

Dear Sangrae Kim,

Thank you for this interesting issue.
I looked into it and found a (hpoefully) nice fix to it.
(Quote from Sangrae_Kim)

I re-designed the addressing and added a dummy remove procedure using "cheap" operators.
I removed the "expensive"…

Dear Sangrae Kim,

Thank you for this interesting issue.
I looked into it and found a (hpoefully) nice fix to it.
(Quote from Sangrae_Kim)

I re-designed the addressing and added a dummy remove procedure using "cheap" operators.
I removed the "expensive"…

Hello,

I am testing ELIIXA+ 8k Line scan camera on me5 VCL.
This camera need to tap sorting for 8X(8tap) and 10X(10tap).

(8tap) 8X-> width = 8192
(10tap) 10X-> width = 8190
The 8X mode can tap sorting with basic example ( TapSorting_8X_1Y.va).
but…

Hello Community,

similar to my big Sqrt problem (Thread), I encountered the need for wide multiplications in one of my designs.
In this post I want to show you a solution for that problem I worked out.

My solution is to split the multiplication into…

Hello Community,

similar to my big Sqrt problem (Thread), I encountered the need for wide multiplications in one of my designs.
In this post I want to show you a solution for that problem I worked out.

My solution is to split the multiplication into…

Hello VisualApplets community


Today I like to present one of the most complex VisualApplets implementations ever made: A Logic Analyzer fully programmed in VisualApplets using graphical output visualization and text overlays. The applet can be fully…

Hello Community,

similar to my big Sqrt problem (Thread), I encountered the need for wide multiplications in one of my designs.
In this post I want to show you a solution for that problem I worked out.

My solution is to split the multiplication into…

Hello,

I did some optimization:

• As the sqrt operation only allows shift-increments by two, the adaptive shift operations can be done with 16 cases and not 32
• The "highest bit set" logic can be done via combinatoric logic

This leads to the following…

Hello Community,

in my recent work I got a Problem: Sqrt for values bigger than 32 Bit.
Just shifting right with a hard coded number of Bits is not a good idea, since there may be small Values observed, too.

I want to share my solution I came up with.…

dear Simon
many thanks, this is perfect and much more simple/clear than my approach
regards
Pier

Dear Pier,

thank you for the data.
I did an alternative approach for you. It's a little bit cheaper and not that error prone.

I cross checked with the simulation values of your design.

Best regards
Simon

Hello Community,

in my recent work I got a Problem: Sqrt for values bigger than 32 Bit.
Just shifting right with a hard coded number of Bits is not a good idea, since there may be small Values observed, too.

I want to share my solution I came up with.…

Great work Simon! Thank you.


Pier thank you for the input. Yes, this might be interesting for other projects as well.

Johannes

Dear Pier,

thank you for the data.
I did an alternative approach for you. It's a little bit cheaper and not that error prone.

I cross checked with the simulation values of your design.

Best regards
Simon

Dear Pier,

thank you for the data.
I did an alternative approach for you. It's a little bit cheaper and not that error prone.

I cross checked with the simulation values of your design.

Best regards
Simon

dear Simon
many thanks, this is perfect and much more simple/clear than my approach
regards
Pier

we can close this ticket
grazie
pier

dear Simon
many thanks, this is perfect and much more simple/clear than my approach
regards
Pier