bank.rpt

CPU的code banking技术实例： This Zip file contains five (3) folders: FastChip Project Files * This

<H3>Timing Analysis Contents</H3>
<UL><LI><A HREF=#timing_violation>Timing Constraint Analysis</A>
<LI><A HREF=#pad_to_pad>Pad to Pad Delays</A>
<LI><A HREF=#pad_to_setup>Pad to Setup Delays</A>
<LI><A HREF=#clock_to_pad>Clock to Pad Delays</A>
<LI><A HREF=#clock_to_setup>Clock to Setup Delays</A></UL>
<P><P>
<A name=timing_violation></A><H3>Timing Constraint Analysis:</H3>There are no timing constraints.

<A name=pad_to_pad></A><H3>List of Paths from Pad to Pad:</H3>
<A href=#Timing_Analysis>(Back to Timing Analysis Contents)</A><A name=pad_to_setup></A><H3>List of Paths from Pad to Setup:</H3>
<A href=#Timing_Analysis>(Back to Timing Analysis Contents)</A><H4>Clocks in "Pad to Setup" Category</H4>
<H4><UL><LI><A href=#pad_to_setup_LED_Control.clock>LED_Control.clock related pins</A>
</UL>
</H4>
<A name=pad_to_setup_LED_Control.clock></A><H4>Clock: LED_Control.clock</H4><A href=#pad_to_setup>(Back to category "Pad to Setup")</A>
<PRE>-------------------------------</PRE><A name=clock_to_pad></A><H3>List of Paths from Clock to Pad:</H3>
<A href=#Timing_Analysis>(Back to Timing Analysis Contents)</A><H5>Summary</H5>
<H5><TABLE CELLPADDING=10 CELLSPACING=0 BORDER><TR>
<TH ALIGN=LEFT><h5>Start Pin</TH>
<TH ALIGN=LEFT><h5>End Pin</TH>
<TH ALIGN=CENTER><h5>Total Delay (ns)</TH>
<TH ALIGN=CENTER><h5>Details</TH>
</TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED1.SEGB.o</TD><TD ALIGN=RIGHT><TT>33.155</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED1.SEGB.o33155">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED1.SEGD.o</TD><TD ALIGN=RIGHT><TT>31.119</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED1.SEGD.o31119">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED1.SEGE.o</TD><TD ALIGN=RIGHT><TT>29.551</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED1.SEGE.o29551">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED1.SEGC.o</TD><TD ALIGN=RIGHT><TT>28.945</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED1.SEGC.o28945">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED1.SEGA.o</TD><TD ALIGN=RIGHT><TT>24.693</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED1.SEGA.o24693">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED2.SEGA.o</TD><TD ALIGN=RIGHT><TT>21.506</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED2.SEGA.o21506">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED2.SEGF.o</TD><TD ALIGN=RIGHT><TT>21.111</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED2.SEGF.o21111">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED2.SEGE.o</TD><TD ALIGN=RIGHT><TT>20.568</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED2.SEGE.o20568">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED1.SEGG.o</TD><TD ALIGN=RIGHT><TT>20.142</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED1.SEGG.o20142">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED1.SEGF.o</TD><TD ALIGN=RIGHT><TT>19.473</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED1.SEGF.o19473">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED2.SEGG.o</TD><TD ALIGN=RIGHT><TT>19.318</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED2.SEGG.o19318">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED2.SEGC.o</TD><TD ALIGN=RIGHT><TT>19.261</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED2.SEGC.o19261">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED2.SEGD.o</TD><TD ALIGN=RIGHT><TT>18.646</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED2.SEGD.o18646">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.bclk.o</TD><TD ALIGN=LEFT><H5>LED2.SEGB.o</TD><TD ALIGN=RIGHT><TT>18.537</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.bclk.o==>LED2.SEGB.o18537">X</TD></TR>
</TABLE>
</H5>
<H5>Details</H5>
<A name="LED_Control.bclk.o==>LED1.SEGB.o33155"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF2.ck	delay=0.0 ns
LED_Control.DFF2.ck --> LED_Control.DFF2.q	delay=2.242 ns
LED_Control.DFF2.q --> LED1.LUT_SEGB.i[2]	delay=17.797 ns
LED1.LUT_SEGB.i[2] --> LED1.LUT_SEGB.o	delay=1.705 ns
LED1.LUT_SEGB.o --> LED1.SEGB.o	delay=11.411 ns

Path Delay = 33.155 ns
</PRE>
<A name="LED_Control.bclk.o==>LED1.SEGD.o31119"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF2.ck	delay=0.0 ns
LED_Control.DFF2.ck --> LED_Control.DFF2.q	delay=2.242 ns
LED_Control.DFF2.q --> LED1.LUT_SEGD.i[2]	delay=17.797 ns
LED1.LUT_SEGD.i[2] --> LED1.LUT_SEGD.o	delay=1.856 ns
LED1.LUT_SEGD.o --> LED1.SEGD.o	delay=9.224 ns

Path Delay = 31.119 ns
</PRE>
<A name="LED_Control.bclk.o==>LED1.SEGE.o29551"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF2.ck	delay=0.0 ns
LED_Control.DFF2.ck --> LED_Control.DFF2.q	delay=2.242 ns
LED_Control.DFF2.q --> LED1.LUT_SEGE.i[2]	delay=15.852 ns
LED1.LUT_SEGE.i[2] --> LED1.LUT_SEGE.o	delay=2.242 ns
LED1.LUT_SEGE.o --> LED1.SEGE.o	delay=9.215 ns

Path Delay = 29.551 ns
</PRE>
<A name="LED_Control.bclk.o==>LED1.SEGC.o28945"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF2.ck	delay=0.0 ns
LED_Control.DFF2.ck --> LED_Control.DFF2.q	delay=2.242 ns
LED_Control.DFF2.q --> LED1.LUT_SEGC.i[2]	delay=15.852 ns
LED1.LUT_SEGC.i[2] --> LED1.LUT_SEGC.o	delay=1.627 ns
LED1.LUT_SEGC.o --> LED1.SEGC.o	delay=9.224 ns

Path Delay = 28.945 ns
</PRE>
<A name="LED_Control.bclk.o==>LED1.SEGA.o24693"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF2.ck	delay=0.0 ns
LED_Control.DFF2.ck --> LED_Control.DFF2.q	delay=2.242 ns
LED_Control.DFF2.q --> LED1.LUT_SEGA.i[2]	delay=12.806 ns
LED1.LUT_SEGA.i[2] --> LED1.LUT_SEGA.o	delay=2.375 ns
LED1.LUT_SEGA.o --> LED1.SEGA.o	delay=7.27 ns

Path Delay = 24.693 ns
</PRE>
<A name="LED_Control.bclk.o==>LED2.SEGA.o21506"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF6.ck	delay=0.0 ns
LED_Control.DFF6.ck --> LED_Control.DFF6.q	delay=2.242 ns
LED_Control.DFF6.q --> LED2.LUT_SEGA.i[2]	delay=7.877 ns
LED2.LUT_SEGA.i[2] --> LED2.LUT_SEGA.o	delay=2.172 ns
LED2.LUT_SEGA.o --> LED2.SEGA.o	delay=9.215 ns

Path Delay = 21.506 ns
</PRE>
<A name="LED_Control.bclk.o==>LED2.SEGF.o21111"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF5.ck	delay=0.0 ns
LED_Control.DFF5.ck --> LED_Control.DFF5.q	delay=2.242 ns
LED_Control.DFF5.q --> LED2.LUT_SEGF.i[1]	delay=7.789 ns
LED2.LUT_SEGF.i[1] --> LED2.LUT_SEGF.o	delay=1.856 ns
LED2.LUT_SEGF.o --> LED2.SEGF.o	delay=9.224 ns

Path Delay = 21.111 ns
</PRE>
<A name="LED_Control.bclk.o==>LED2.SEGE.o20568"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF6.ck	delay=0.0 ns
LED_Control.DFF6.ck --> LED_Control.DFF6.q	delay=2.242 ns
LED_Control.DFF6.q --> LED2.LUT_SEGE.i[2]	delay=7.515 ns
LED2.LUT_SEGE.i[2] --> LED2.LUT_SEGE.o	delay=1.596 ns
LED2.LUT_SEGE.o --> LED2.SEGE.o	delay=9.215 ns

Path Delay = 20.568 ns
</PRE>
<A name="LED_Control.bclk.o==>LED1.SEGG.o20142"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF2.ck	delay=0.0 ns
LED_Control.DFF2.ck --> LED_Control.DFF2.q	delay=2.242 ns
LED_Control.DFF2.q --> LED1.LUT_SEGG.i[2]	delay=7.789 ns
LED1.LUT_SEGG.i[2] --> LED1.LUT_SEGG.o	delay=2.172 ns
LED1.LUT_SEGG.o --> LED1.SEGG.o	delay=7.939 ns

Path Delay = 20.142 ns
</PRE>
<A name="LED_Control.bclk.o==>LED1.SEGF.o19473"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF2.ck	delay=0.0 ns
LED_Control.DFF2.ck --> LED_Control.DFF2.q	delay=2.242 ns
LED_Control.DFF2.q --> LED1.LUT_SEGF.i[2]	delay=7.789 ns
LED1.LUT_SEGF.i[2] --> LED1.LUT_SEGF.o	delay=2.172 ns
LED1.LUT_SEGF.o --> LED1.SEGF.o	delay=7.27 ns

Path Delay = 19.473 ns
</PRE>
<A name="LED_Control.bclk.o==>LED2.SEGG.o19318"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF6.ck	delay=0.0 ns
LED_Control.DFF6.ck --> LED_Control.DFF6.q	delay=2.242 ns
LED_Control.DFF6.q --> LED2.LUT_SEGG.i[2]	delay=7.08 ns
LED2.LUT_SEGG.i[2] --> LED2.LUT_SEGG.o	delay=1.856 ns
LED2.LUT_SEGG.o --> LED2.SEGG.o	delay=8.14 ns

Path Delay = 19.318 ns
</PRE>
<A name="LED_Control.bclk.o==>LED2.SEGC.o19261"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF6.ck	delay=0.0 ns
LED_Control.DFF6.ck --> LED_Control.DFF6.q	delay=2.242 ns
LED_Control.DFF6.q --> LED2.LUT_SEGC.i[2]	delay=7.297 ns
LED2.LUT_SEGC.i[2] --> LED2.LUT_SEGC.o	delay=2.242 ns
LED2.LUT_SEGC.o --> LED2.SEGC.o	delay=7.48 ns

Path Delay = 19.261 ns
</PRE>
<A name="LED_Control.bclk.o==>LED2.SEGD.o18646"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF6.ck	delay=0.0 ns
LED_Control.DFF6.ck --> LED_Control.DFF6.q	delay=2.242 ns
LED_Control.DFF6.q --> LED2.LUT_SEGD.i[2]	delay=7.297 ns
LED2.LUT_SEGD.i[2] --> LED2.LUT_SEGD.o	delay=1.627 ns
LED2.LUT_SEGD.o --> LED2.SEGD.o	delay=7.48 ns

Path Delay = 18.646 ns
</PRE>
<A name="LED_Control.bclk.o==>LED2.SEGB.o18537"></A>
<PRE>
LED_Control.bclk.o --> LED_Control.DFF4.ck	delay=0.0 ns
LED_Control.DFF4.ck --> LED_Control.DFF4.q	delay=2.242 ns
LED_Control.DFF4.q --> LED2.LUT_SEGB.i[0]	delay=5.634 ns
LED2.LUT_SEGB.i[0] --> LED2.LUT_SEGB.o	delay=1.856 ns
LED2.LUT_SEGB.o --> LED2.SEGB.o	delay=8.805 ns

Path Delay = 18.537 ns
</PRE>
<A name=clock_to_setup></A><H3>List of Paths from Clock to Setup:</H3>
<A href=#Timing_Analysis>(Back to Timing Analysis Contents)</A><H4>Clocks in "Clock to Setup" Category</H4>
<H4><UL><LI><A href=#clock_to_setup_LED_Control.clock>LED_Control.clock related pins</A>
</UL>
</H4>
<A name=clock_to_setup_LED_Control.clock></A><H4>Clock: LED_Control.clock</H4><H5>Summary</H5>
<H5><TABLE CELLPADDING=10 CELLSPACING=0 BORDER><TR>
<TH ALIGN=LEFT><h5>Start Pin</TH>
<TH ALIGN=LEFT><h5>End Pin</TH>
<TH ALIGN=CENTER><h5>Total Delay (ns)</TH>
<TH ALIGN=CENTER><h5>Details</TH>
</TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.CMDREG.rdsel</TD><TD ALIGN=LEFT><H5>LED_Control.DATAREAD6.i</TD><TD ALIGN=RIGHT><TT>10.351</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.CMDREG.rdsel==>LED_Control.DATAREAD6.i10351">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.CMDREG.rdsel</TD><TD ALIGN=LEFT><H5>LED_Control.DATAREAD5.i</TD><TD ALIGN=RIGHT><TT>9.186</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.CMDREG.rdsel==>LED_Control.DATAREAD5.i9186">X</TD></TR>
<TR><TD ALIGN=LEFT><H5>LED_Control.CMDREG.wrsel</TD><TD ALIGN=LEFT><H5>LED_Control.DFF6.en</TD><TD ALIGN=RIGHT><TT>8.639</TD><TD ALIGN=CENTER><H5><A HREF="#LED_Control.CMDREG.wrsel==>LED_Control.DFF6.en8639">X</TD></TR>
</TABLE>
</H5>
<H5>Details</H5>
<A name="LED_Control.CMDREG.rdsel==>LED_Control.DATAREAD6.i10351"></A>
<PRE>
LED_Control.CMDREG.rdsel --> LED_Control.DMUX6.s	delay=7.789 ns
LED_Control.DMUX6.s --> LED_Control.DMUX6.m	delay=2.562 ns
LED_Control.DMUX6.m --> DOR_DmuxSet_6.i	delay=0.0 ns
DOR_DmuxSet_6.i --> DOR_DmuxSet_6.o	delay=0.0 ns
DOR_DmuxSet_6.o --> LED_Control.DATAREAD6.i	delay=0.0 ns

Path Delay = 10.351 ns
</PRE>
<A name="LED_Control.CMDREG.rdsel==>LED_Control.DATAREAD5.i9186"></A>
<PRE>
LED_Control.CMDREG.rdsel --> LED_Control.DMUX5.s	delay=6.624 ns
LED_Control.DMUX5.s --> LED_Control.DMUX5.m	delay=2.562 ns
LED_Control.DMUX5.m --> DOR_DmuxSet_5.i	delay=0.0 ns
DOR_DmuxSet_5.i --> DOR_DmuxSet_5.o	delay=0.0 ns
DOR_DmuxSet_5.o --> LED_Control.DATAREAD5.i	delay=0.0 ns

Path Delay = 9.186 ns
</PRE>
<A name="LED_Control.CMDREG.wrsel==>LED_Control.DFF6.en8639"></A>
<PRE>
LED_Control.CMDREG.wrsel --> LED_Control.DFF6.en	delay=8.639 ns

Path Delay = 8.639 ns
</PRE>
<A href=#clock_to_setup>(Back to category "Clock to Setup")</A>
<PRE>-------------------------------</PRE>