OpenSTA/network/test/network_net_cap_query.ok

323 lines
9.0 KiB
Plaintext

--- Test 1: net driver/load queries ---
net n1 found
n1 driver pins: 1
n1 load pins: 1
net n6 found
n6 total pins: 4
Net n1
Pin capacitance: 1.55-1.70
Wire capacitance: 0.00
Total capacitance: 1.55-1.70
Number of drivers: 1
Number of loads: 1
Number of pins: 2
Driver pins
buf1/Z output (BUF_X1)
Load pins
inv1/A input (INV_X1) 1.55-1.70
Net n6
Pin capacitance: 3.82-4.29
Wire capacitance: 0.00
Total capacitance: 3.82-4.29
Number of drivers: 1
Number of loads: 3
Number of pins: 4
Driver pins
or1/ZN output (OR2_X1)
Load pins
buf_out/A input (BUF_X1) 0.88-0.97
nand1/A1 input (NAND2_X1) 1.53-1.60
nor1/A1 input (NOR2_X1) 1.41-1.71
Net n1
Pin capacitance: 1.55-1.70
Wire capacitance: 0.00
Total capacitance: 1.55-1.70
Number of drivers: 1
Number of loads: 1
Number of pins: 2
Driver pins
buf1/Z output (BUF_X1)
Load pins
inv1/A input (INV_X1) 1.55-1.70
report_net n1: done
Net n2
Pin capacitance: 1.59-1.78
Wire capacitance: 0.00
Total capacitance: 1.59-1.78
Number of drivers: 1
Number of loads: 1
Number of pins: 2
Driver pins
inv1/ZN output (INV_X1)
Load pins
buf2/A input (BUF_X2) 1.59-1.78
report_net n2: done
Net n3
Pin capacitance: 0.79-0.95
Wire capacitance: 0.00
Total capacitance: 0.79-0.95
Number of drivers: 1
Number of loads: 1
Number of pins: 2
Driver pins
buf2/Z output (BUF_X2)
Load pins
or1/A1 input (OR2_X1) 0.79-0.95
report_net n3: done
Net n4
Pin capacitance: 0.87-0.92
Wire capacitance: 0.00
Total capacitance: 0.87-0.92
Number of drivers: 1
Number of loads: 1
Number of pins: 2
Driver pins
buf3/Z output (BUF_X4)
Load pins
and1/A1 input (AND2_X1) 0.87-0.92
report_net n4: done
Net n5
Pin capacitance: 0.90-0.94
Wire capacitance: 0.00
Total capacitance: 0.90-0.94
Number of drivers: 1
Number of loads: 1
Number of pins: 2
Driver pins
and1/ZN output (AND2_X1)
Load pins
or1/A2 input (OR2_X1) 0.90-0.94
report_net n5: done
Net n6
Pin capacitance: 3.82-4.29
Wire capacitance: 0.00
Total capacitance: 3.82-4.29
Number of drivers: 1
Number of loads: 3
Number of pins: 4
Driver pins
or1/ZN output (OR2_X1)
Load pins
buf_out/A input (BUF_X1) 0.88-0.97
nand1/A1 input (NAND2_X1) 1.53-1.60
nor1/A1 input (NOR2_X1) 1.41-1.71
report_net n6: done
Net n7
Pin capacitance: 1.06-1.14
Wire capacitance: 0.00
Total capacitance: 1.06-1.14
Number of drivers: 1
Number of loads: 1
Number of pins: 2
Driver pins
nand1/ZN output (NAND2_X1)
Load pins
reg1/D input (DFF_X1) 1.06-1.14
report_net n7: done
Net n8
Pin capacitance: 1.06-1.14
Wire capacitance: 0.00
Total capacitance: 1.06-1.14
Number of drivers: 1
Number of loads: 1
Number of pins: 2
Driver pins
nor1/ZN output (NOR2_X1)
Load pins
reg2/D input (DFF_X1) 1.06-1.14
report_net n8: done
--- Test 2: net capacitance queries ---
n1: total_cap=1.700229965024007e-15 pin_cap=1.700229965024007e-15 wire_cap=0.0
n2: total_cap=1.7792090110918925e-15 pin_cap=1.7792090110918925e-15 wire_cap=0.0
n3: total_cap=9.46813957836449e-16 pin_cap=9.46813957836449e-16 wire_cap=0.0
n4: total_cap=9.181449630663247e-16 pin_cap=9.181449630663247e-16 wire_cap=0.0
n5: total_cap=9.419389655876452e-16 pin_cap=9.419389655876452e-16 wire_cap=0.0
n6: total_cap=4.288162317231782e-15 pin_cap=4.288162317231782e-15 wire_cap=0.0
n7: total_cap=1.140290047274724e-15 pin_cap=1.140290047274724e-15 wire_cap=0.0
n8: total_cap=1.140290047274724e-15 pin_cap=1.140290047274724e-15 wire_cap=0.0
--- Test 3: pin property queries ---
in1: driver=1 load=0 leaf=0 top=1
in2: driver=1 load=0 leaf=0 top=1
out1: driver=0 load=1 leaf=0 top=1
out2: driver=0 load=1 leaf=0 top=1
out3: driver=0 load=1 leaf=0 top=1
clk: driver=1 load=0 leaf=0 top=1
buf1/A: driver=0 load=1 leaf=1 top=0 port=A
buf1/Z: driver=1 load=0 leaf=1 top=0 port=Z
inv1/A: driver=0 load=1 leaf=1 top=0 port=A
inv1/ZN: driver=1 load=0 leaf=1 top=0 port=ZN
and1/A1: driver=0 load=1 leaf=1 top=0 port=A1
and1/ZN: driver=1 load=0 leaf=1 top=0 port=ZN
or1/A1: driver=0 load=1 leaf=1 top=0 port=A1
or1/ZN: driver=1 load=0 leaf=1 top=0 port=ZN
reg1/D: driver=0 load=1 leaf=1 top=0 port=D
reg1/CK: driver=0 load=1 leaf=1 top=0 port=CK
reg1/Q: driver=1 load=0 leaf=1 top=0 port=Q
--- Test 4: connected pin queries ---
buf1/Z connected pins: 2
inv1/A connected pins: 2
or1/ZN connected pins: 4
--- Test 5: instance iterators ---
top child count: 11
reg1 pin count: 8
top net count: 17
--- Test 6: network counts ---
instance count: 12
pin count: 65
net count: 17
leaf instance count: 11
leaf pin count: 56
--- Test 7: leaf instance iterator ---
leaf instance count via iterator: 11
leaf instances list: 11
--- Test 8: library queries ---
library: NangateOpenCellLibrary
library: verilog
total libraries: 2
found library: NangateOpenCellLibrary
found INV_X1 in NangateOpenCellLibrary
BUF* cells in library: 6
all cells in library: 134
--- Test 9: timing reports ---
Startpoint: in2 (input port clocked by clk)
Endpoint: reg2 (rising edge-triggered flip-flop clocked by clk)
Path Group: clk
Path Type: max
Delay Time Description
---------------------------------------------------------
0.00 0.00 clock clk (rise edge)
0.00 0.00 clock network delay (ideal)
0.00 0.00 v input external delay
0.00 0.00 v in2 (in)
0.05 0.05 v buf3/Z (BUF_X4)
0.03 0.08 v and1/ZN (AND2_X1)
0.05 0.13 v or1/ZN (OR2_X1)
0.02 0.15 ^ nor1/ZN (NOR2_X1)
0.00 0.15 ^ reg2/D (DFF_X1)
0.15 data arrival time
10.00 10.00 clock clk (rise edge)
0.00 10.00 clock network delay (ideal)
0.00 10.00 clock reconvergence pessimism
10.00 ^ reg2/CK (DFF_X1)
-0.04 9.96 library setup time
9.96 data required time
---------------------------------------------------------
9.96 data required time
-0.15 data arrival time
---------------------------------------------------------
9.81 slack (MET)
Startpoint: in4 (input port clocked by clk)
Endpoint: reg2 (rising edge-triggered flip-flop clocked by clk)
Path Group: clk
Path Type: min
Delay Time Description
---------------------------------------------------------
0.00 0.00 clock clk (rise edge)
0.00 0.00 clock network delay (ideal)
0.00 0.00 ^ input external delay
0.00 0.00 ^ in4 (in)
0.01 0.01 v nor1/ZN (NOR2_X1)
0.00 0.01 v reg2/D (DFF_X1)
0.01 data arrival time
0.00 0.00 clock clk (rise edge)
0.00 0.00 clock network delay (ideal)
0.00 0.00 clock reconvergence pessimism
0.00 ^ reg2/CK (DFF_X1)
0.00 0.00 library hold time
0.00 data required time
---------------------------------------------------------
0.00 data required time
-0.01 data arrival time
---------------------------------------------------------
0.01 slack (MET)
Startpoint: in2 (input port clocked by clk)
Endpoint: reg2 (rising edge-triggered flip-flop clocked by clk)
Path Group: clk
Path Type: max
Fanout Cap Slew Delay Time Description
-----------------------------------------------------------------------------
0.00 0.00 0.00 clock clk (rise edge)
0.00 0.00 clock network delay (ideal)
0.00 0.00 v input external delay
1 3.00 0.10 0.00 0.00 v in2 (in)
0.10 0.00 0.00 v buf3/A (BUF_X4)
1 0.87 0.01 0.05 0.05 v buf3/Z (BUF_X4)
0.01 0.00 0.05 v and1/A1 (AND2_X1)
1 0.90 0.01 0.03 0.08 v and1/ZN (AND2_X1)
0.01 0.00 0.08 v or1/A2 (OR2_X1)
3 3.82 0.01 0.05 0.13 v or1/ZN (OR2_X1)
0.01 0.00 0.13 v nor1/A1 (NOR2_X1)
1 1.14 0.02 0.02 0.15 ^ nor1/ZN (NOR2_X1)
0.02 0.00 0.15 ^ reg2/D (DFF_X1)
0.15 data arrival time
0.00 10.00 10.00 clock clk (rise edge)
0.00 10.00 clock network delay (ideal)
0.00 10.00 clock reconvergence pessimism
10.00 ^ reg2/CK (DFF_X1)
-0.04 9.96 library setup time
9.96 data required time
-----------------------------------------------------------------------------
9.96 data required time
-0.15 data arrival time
-----------------------------------------------------------------------------
9.81 slack (MET)
Group Slack
--------------------------------------------
clk 0.01
clk 9.81
max slew
Pin Limit Slew Slack
------------------------------------------------------------
nor1/ZN 0.20 0.02 0.18 (MET)
max capacitance
Pin Limit Cap Slack
------------------------------------------------------------
nor1/ZN 26.70 1.14 25.56 (MET)