ALTERA CUBIC CYCLONIUM DRIVER FREE
ALTERA CUBIC CYCLONIUM DRIVER DETAILS:
|File Size:||8.3 MB|
|Supported systems:||Windows XP (32/64-bit), Windows Vista, Windows 7, Windows 8.1, Windows 10|
|Price:||Free* (*Free Registration Required)|
ALTERA CUBIC CYCLONIUM DRIVER
Step 2 Gather fmax timing information from the Compilation Report File 1. From the Timing Analyzer, determine the Altera Cubic Cyclonium fmax along with the associated clock period and enter those values in the exercise table.
Perform a List Paths on the slowest clock. The message window now displays details about the selected path. From the additional timing information displayed on this fmax path, record the Longest register to register delay, Smallest clock skew delay, Micro setup delay, and Micro clock to output delay in the exercise table. Verify that: From the timing information, determine how much Altera Cubic Cyclonium the longest register-to-register path delay is cell delay versus interconnect delay in nanoseconds and as percentages. Record all values in the exercise table.
Notice from the delay percentages that most of the Altera Cubic Cyclonium is taken up by logic, not routing. This means that logic synthesis has more of an effect on timing in this case than the actual placement does. So to improve this design, we need to improve the synthesis using timing constraints.
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Altera Cubic Cyclonium the slowest clock path to the Timing Closure Floorplan. The timing closure floorplan will open and graphically display the selected path along with timing information.
The yellow-black arrows indicate the node to node path. The black arrow indicates the source and destination nodes along with the total delay between nodes. Locate the slowest clock path to the Technology Viewer.
Now, the Technology Map Viewer will open and display the critical path. Notice that most of the entire critical path involves dedicated carry resources in the logic elements, as the COUT of one cell feeds the Altera Cubic Cyclonium of another. Also notice that the routing delays between most of the cells is zero.
From the Timing Analyzer, enter the longest tsu for any dataa or datab input pin into the exercise table. Perform a List Paths on the longest data tsu path. The message window displays the tsu details as it did the fmax details. From the additional Altera Cubic Cyclonium information displayed on this tsu path, record the Pin to register delay, Micro setup delay, and Shortest clock path delay in the exercise table. Shortest Clock Path to Destination Register 4. Locate the longest data input tsu path to the Timing Closure Floorplan. Visually inspect where the input register has been Altera Cubic Cyclonium with respect to the input pin.
Locate the longest data input tsu path to the Technology Map Viewer. Does what you see in the Technology Viewer make sense with what you saw in the floorplan?
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From the Timing Analyzer, enter the largest tco into the exercise table. This information can be found in the message window it should still be there from the last compilation or by using the Technology Viewer.
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