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Hi,
As u r having a slack of -16.5 ns in 10ns clk period which is more than a clock period, the tool high effort and other simple change of gates or buffering the path wouldn't help much, as there is a huge slack and the tool can only minimize upto certain point. The other options wud be change...
best case/good case = write data is always ready whenever the fifo's full is 0, worst case = write data writing on its required time.
Burst is sequence of data as given in ur requirement 8 locations so 8 different data's in sequence back to back. i.e 1st-> 2nd -> ....... 8th also said as 8 beat...
Hi considering the burst of above i/p & o/p requirements and assuming each ip data freq is at 50 MHz (i.e total 8 * 20ns = 160 ns) then for a best case the depth wud be 8 & for worst case depth wud be 32. This is my understanding only.
Yes u can send the second address without waiting for the response channel if the slave supports the multiple outstanding address. This depends on the slave implementation of ordering model. check the section 8.1 section of AXI spec about ordering model. hope it clears u.
Hi, yes without receiving ready for the current address, u cannot send the second address either it is outstanding or doesn't support outstanding feature.
Hi,
as segmentation is defined as to separate out the regions of the image corresponding to objects in which we are interested, from the regions of the image that correspond to background.
There are many segmentation algorithms which are available the basic being thresholding -->
so in a...
master and slave are 2 different entities here, so if u have designed them directly such that the o/p of that particular master is input to the particular slave such as the IP = (master + slave),
the throughput = total no of bits per cycle at the slave o/p and latency is the no of cycles taken...
design compiler -edges
after boundary optimization use set register merging as false for that particular register inorder not to remove or merge that particular register for particular reasons.
design compiler multiplier
Hi,
DC uses design ware multiplier available if it sees a *, which itself has a large delay. so either use a multi cycle path between the path where multiplier is a critical path.
regards
~
not exactly, if outputs of each module are registered it may not be pipeline.
if in a particular path a point is registered and the handshake and control of that point must also act exactly & affect accordingly. Moreover pipelined architecture is what that current input does not affect the...
Re: uRM
its something like the rules & guidelines followed for a particular IP, so that any one else can use it in any form of the IP.
therefore the IP is complaince with uRM.
for example implementing a built in self test kind of thing and use it.
for simply synthesizing and checking the timing reports, without any WLM use the clock uncertainity level to >20% so that whatever the delays & extra R C & other cancel out w r t WLM when there is >20% of uncertainity. Hope iam true.
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