Information: Updating design information... (UID-85) **************************************** Report : design Design : or1200_alu Version: A-2007.12-ICC-SP4 Date : Sun Nov 7 14:15:58 2010 **************************************** Design allows ideal nets on clock nets. Library(s) Used: typical (File: /home/projects/courses/fall_10/ee382m-16947/Artisan/synopsys/typical.db) Local Link Library: {typical.db} Flip-Flop Types: No flip-flop types specified. Latch Types: No latch types specified. Operating Conditions: Operating Condition Name : typical Library : typical Process : 1.00 Temperature : 25.00 Voltage : 1.80 Interconnect Model : balanced_tree Wire Loading Model: No wire loading specified. Wire Loading Model Mode: top. Timing Ranges: No timing ranges specified. Pin Input Delays: None specified. Pin Output Delays: None specified. Disabled Timing Arcs: No arcs disabled. Required Licenses: None Required Design Parameters: None specified. 1 **************************************** Report : area Design : or1200_alu Version: A-2007.12-ICC-SP4 Date : Sun Nov 7 14:15:58 2010 **************************************** Library(s) Used: typical (File: /home/projects/courses/fall_10/ee382m-16947/Artisan/synopsys/typical.db) Number of ports: 156 Number of nets: 2846 Number of cells: 2726 Number of references: 48 Combinational area: 33506.827693 Noncombinational area: 0.000000 Net Interconnect area: undefined (No wire load specified) Total cell area: 33506.827693 Total area: undefined 1 Loading design 'or1200_alu' Information: Library Manufacturing Grid(GridResolution) : 5 Information: Time Unit from Milkyway design library: 'ns' Information: Design Library and main library timing units are matched - 1.000 ns. Information: Resistance Unit from Milkyway design library: 'kohm' Information: Design Library and main library resistance units are matched - 1.000 kohm. Information: Capacitance Unit from Milkyway design library: 'pf' Information: Design Library and main library capacitance units are matched - 1.000 pf. Warning: Inconsistent library data found for layer POLY1. (RCEX-018) Information: Layer METAL1 is ignored for resistance and capacitance computation. (RCEX-019) Information: Layer METAL5 is ignored for resistance and capacitance computation. (RCEX-019) Information: Layer METAL6 is ignored for resistance and capacitance computation. (RCEX-019) Information: The distance unit in Capacitance and Resistance is 1 micron. (RCEX-007) Information: The RC model used is detail route TLU+. (RCEX-015) Information: Start mixed mode parasitic extraction. (RCEX-023) Information: Parasitic source is LPE. (RCEX-040) Information: Parasitic mode is RealRC. (RCEX-041) Information: Using virtual shield extraction. (RCEX-081) Information: Extraction mode is MAX. (RCEX-042) Information: Extraction derate is 25/25/25. (RCEX-043) Information: Coupling capacitances are lumped to ground. (RCEX-044) Information: Start back annotation for parasitic extraction. (RCEX-023) Information: End back annotation for parasitic extraction. (RCEX-023) Information: Start timing update for parasitic extraction. (RCEX-023) Information: End timing update for parasitic extraction. (RCEX-023) Information: End parasitic extraction. (RCEX-023) Information: All the nets in the design are routed. Extraction of all the nets will be performed. (RCEX-201) Information: Updating design information... (UID-85) **************************************** Report : timing -path full -delay max -input_pins -nets -max_paths 1 -capacitance Design : or1200_alu Version: A-2007.12-ICC-SP4 Date : Sun Nov 7 14:16:00 2010 **************************************** * Some/all delay information is back-annotated. Operating Conditions: typical Library: typical Parasitic source : LPE Parasitic mode : RealRC Extraction mode : MAX Extraction derating : 25/25/25 Startpoint: b[2] (input port) Endpoint: result[22] (output port) Path Group: (none) Path Type: max Point Fanout Cap Incr Path --------------------------------------------------------------------- input external delay 0.00 0.00 f b[2] (in) 0.00 0.00 f b[2] (net) 3 0.03 0.00 0.00 f U786/A (BUFX3) 0.00 * 0.00 f U786/Y (BUFX3) 0.12 0.13 f n1994 (net) 7 0.05 0.00 0.13 f U2353/A (INVX1) 0.00 * 0.13 f U2353/Y (INVX1) 0.89 1.02 r n1634 (net) 36 0.19 0.00 1.02 r U2279/A (INVX1) 0.00 * 1.02 r U2279/Y (INVX1) 0.47 1.49 f n1486 (net) 11 0.09 0.00 1.49 f U1637/A (INVX1) 0.00 * 1.49 f U1637/Y (INVX1) 0.71 2.20 r n1478 (net) 21 0.11 0.00 2.20 r U2216/B1 (AOI22X1) 0.00 * 2.21 r U2216/Y (AOI22X1) 0.13 2.34 f n1419 (net) 2 0.02 0.00 2.34 f U2254/A1 (AOI21X1) 0.00 * 2.34 f U2254/Y (AOI21X1) 0.24 2.58 r n1456 (net) 2 0.02 0.00 2.58 r U1325/A (NAND2X1) 0.00 * 2.58 r U1325/Y (NAND2X1) 0.05 2.63 f n2164 (net) 1 0.01 0.00 2.63 f U2506/A1 (OAI21XL) 0.00 * 2.63 f U2506/Y (OAI21XL) 0.26 2.89 r n720 (net) 1 0.02 0.00 2.89 r U899/A (NOR2X1) 0.00 * 2.89 r U899/Y (NOR2X1) 0.08 2.97 f n719 (net) 1 0.01 0.00 2.97 f U2928/A (NAND2X1) 0.00 * 2.97 f U2928/Y (NAND2X1) 0.11 3.08 r n1970 (net) 1 0.01 0.00 3.08 r U670/A (BUFX3) 0.00 * 3.08 r U670/Y (BUFX3) 0.07 3.15 r result[22] (net) 1 0.00 0.00 3.15 r result[22] (out) 0.00 * 3.15 r data arrival time 3.15 --------------------------------------------------------------------- (Path is unconstrained) 1 Information: Propagating switching activity (low effort zero delay simulation). (PWR-6) Warning: There is no defined clock in the design. (PWR-80) Warning: Design has unannotated primary inputs. (PWR-414) **************************************** Report : power -analysis_effort low Design : or1200_alu Version: A-2007.12-ICC-SP4 Date : Sun Nov 7 14:16:01 2010 **************************************** Library(s) Used: typical (File: /home/projects/courses/fall_10/ee382m-16947/Artisan/synopsys/typical.db) Operating Conditions: typical Library: typical Wire Load Model Mode: top Global Operating Voltage = 1.8 Power-specific unit information : Voltage Units = 1V Capacitance Units = 1.000000pf Time Units = 1ns Dynamic Power Units = 1mW (derived from V,C,T units) Leakage Power Units = 1pW Cell Internal Power = 6.1107 mW (45%) Net Switching Power = 7.5138 mW (55%) --------- Total Dynamic Power = 13.6245 mW (100%) Cell Leakage Power = 124.6569 nW 1