kuntzschcl/BCDC_RISKV
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

RISC_V_LAB hinzugefügt

Browse Source
This commit is contained in:
muellerlu
2026-06-09 08:33:18 +02:00
commit 3c0ec38544
233 changed files with 90271 additions and 0 deletions
Download Patch File Download Diff File Expand all files Collapse all files
libs/.MemGen_16_10.memlib.swp
BIN
View File
Binary file not shown.
libs/MemGen_16_10.memlib
+35
View File
@@ -0,0 +1,35 @@
Core (MemGen_16_10) {
Memory {
Port (clock) {
Function = Clock;
}
Port (chip_en) {
Function = Select;
Polarity = activeHigh;
}
Port (rd_en) {
Function = ReadEnable;
Polarity = activeHigh;
}
Port (wr_en) {
Function = WriteEnable;
Polarity = activeHigh;
}
Port (addr[9:0]) {
Function = Address;
}
Port (wr_data[15:0]) {
Function = Data;
Direction = Input;
}
Port (rd_data[15:0]) {
Function = Data;
Direction = Output;
}
AddressCounter {
Function (address) {
CountRange = [0 1023];
}
}
}
}
libs/NCSU_FreePDK_45nm.ptf
Executable
+6777
View File
File diff suppressed because it is too large Load Diff
libs/fastscan/IO.fslib
Executable
+43
View File
@@ -0,0 +1,43 @@
library_format_version = 9;
array_delimiter = "[]";
//
// ***********************************************************************
// *********** Models holding Liberty information ******************
// ***********************************************************************
//
model PADBID
(C, I, OEN, PAD)
(
model_source = liberty_cell;
cell_type = pad;
input (I) ( pad_to_pad; )
input (OEN) ( pad_enable_low; )
inout (PAD) ( pad_pad_io; )
output (C) ( pad_from_pad; )
(
primitive = _buf (PAD, C);
primitive = _tsl (I, OEN, PAD);
)
) // end model PADBID
model PADCLK
(C, PAD)
(
model_source = liberty_cell;
cell_type = pad;
simulation_function = buffer;
input (PAD) ( pad_from_io; )
output (C) ( pad_from_pad; )
(
primitive = _buf (PAD, C);
)
) // end model PADCLK
libs/fastscan/LowPowerOpenCellLibrary_low_temp_ccs.fslib
Executable
+583
View File
@@ -0,0 +1,583 @@
//
// ***********************************************************************
// Copyright Mentor Graphics Corporation
// All Rights Reserved
// For use only with Mentor Graphics Tessent tools
// ***********************************************************************
// File Type: Tessent Cell Library
// Generated by: Tessent Shell -- write_cell_library
// Tool Version: 2019.4
// Tool Build Date: Wed Nov 20 21:14:16 GMT 2019
// ***********************************************************************
// Library Created : Local Time = Tue Jun 30 00:33:32 2020
// GMT = Tue Jun 30 07:33:32 2020
library_format_version = 9;
array_delimiter = "[]";
//
// ***********************************************************************
// *********** Models holding Liberty information ******************
// ***********************************************************************
//
model AON_BUF_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model AON_BUF_X1
model AON_BUF_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model AON_BUF_X2
model AON_BUF_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model AON_BUF_X4
model AON_INV_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = inverter;
simulation_function = inverter;
input (A) ( )
output (Z) ( )
(
primitive = _inv (A, Z);
)
) // end model AON_INV_X1
model AON_INV_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = inverter;
simulation_function = inverter;
input (A) ( )
output (Z) ( )
(
primitive = _inv (A, Z);
)
) // end model AON_INV_X2
model AON_INV_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = inverter;
simulation_function = inverter;
input (A) ( )
output (Z) ( )
(
primitive = _inv (A, Z);
)
) // end model AON_INV_X4
model HEADER_OE_X1
(SLEEP, SLEEPOUT)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (SLEEP) ( )
output (SLEEPOUT) ( )
(
primitive = _buf (SLEEP, SLEEPOUT);
)
) // end model HEADER_OE_X1
model HEADER_OE_X2
(SLEEP, SLEEPOUT)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (SLEEP) ( )
output (SLEEPOUT) ( )
(
primitive = _buf (SLEEP, SLEEPOUT);
)
) // end model HEADER_OE_X2
model HEADER_OE_X4
(SLEEP, SLEEPOUT)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (SLEEP) ( )
output (SLEEPOUT) ( )
(
primitive = _buf (SLEEP, SLEEPOUT);
)
) // end model HEADER_OE_X4
model HEADER_X1
(SLEEP)
(
model_source = liberty_cell;
cell_type = prohibited;
input (SLEEP) ( )
(
// Empty Model
)
) // end model HEADER_X1
model HEADER_X2
(SLEEP)
(
model_source = liberty_cell;
cell_type = prohibited;
input (SLEEP) ( )
(
// Empty Model
)
) // end model HEADER_X2
model HEADER_X4
(SLEEP)
(
model_source = liberty_cell;
cell_type = prohibited;
input (SLEEP) ( )
(
// Empty Model
)
) // end model HEADER_X4
model ISO_FENCE0N_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = and;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _and (A, EN, Z);
)
) // end model ISO_FENCE0N_X1
model ISO_FENCE0N_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = and;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _and (A, EN, Z);
)
) // end model ISO_FENCE0N_X2
model ISO_FENCE0N_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = and;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _and (A, EN, Z);
)
) // end model ISO_FENCE0N_X4
model ISO_FENCE0_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nor;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _or (A, EN, net_0);
)
) // end model ISO_FENCE0_X1
model ISO_FENCE0_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nor;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _or (A, EN, net_0);
)
) // end model ISO_FENCE0_X2
model ISO_FENCE0_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nor;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _or (A, EN, net_0);
)
) // end model ISO_FENCE0_X4
model ISO_FENCE1N_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nand;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _and (A, EN, net_0);
)
) // end model ISO_FENCE1N_X1
model ISO_FENCE1N_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nand;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _and (A, EN, net_0);
)
) // end model ISO_FENCE1N_X2
model ISO_FENCE1N_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nand;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _and (A, EN, net_0);
)
) // end model ISO_FENCE1N_X4
model ISO_FENCE1_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = or;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _or (A, EN, Z);
)
) // end model ISO_FENCE1_X1
model ISO_FENCE1_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = or;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _or (A, EN, Z);
)
) // end model ISO_FENCE1_X2
model ISO_FENCE1_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = or;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _or (A, EN, Z);
)
) // end model ISO_FENCE1_X4
model LS_HLEN_X1
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_HLEN_X1
model LS_HLEN_X2
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_HLEN_X2
model LS_HLEN_X4
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_HLEN_X4
model LS_HL_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_HL_X1
model LS_HL_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_HL_X2
model LS_HL_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_HL_X4
model LS_LHEN_X1
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_LHEN_X1
model LS_LHEN_X2
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_LHEN_X2
model LS_LHEN_X4
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_LHEN_X4
model LS_LH_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_LH_X1
model LS_LH_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_LH_X2
model LS_LH_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_LH_X4
libs/fastscan/LowPowerOpenCellLibrary_worst_low_ccs.fslib
Executable
+583
View File
@@ -0,0 +1,583 @@
//
// ***********************************************************************
// Copyright Mentor Graphics Corporation
// All Rights Reserved
// For use only with Mentor Graphics Tessent tools
// ***********************************************************************
// File Type: Tessent Cell Library
// Generated by: Tessent Shell -- write_cell_library
// Tool Version: 2019.4
// Tool Build Date: Wed Nov 20 21:14:16 GMT 2019
// ***********************************************************************
// Library Created : Local Time = Tue Jun 30 00:33:32 2020
// GMT = Tue Jun 30 07:33:32 2020
library_format_version = 9;
array_delimiter = "[]";
//
// ***********************************************************************
// *********** Models holding Liberty information ******************
// ***********************************************************************
//
model AON_BUF_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model AON_BUF_X1
model AON_BUF_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model AON_BUF_X2
model AON_BUF_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model AON_BUF_X4
model AON_INV_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = inverter;
simulation_function = inverter;
input (A) ( )
output (Z) ( )
(
primitive = _inv (A, Z);
)
) // end model AON_INV_X1
model AON_INV_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = inverter;
simulation_function = inverter;
input (A) ( )
output (Z) ( )
(
primitive = _inv (A, Z);
)
) // end model AON_INV_X2
model AON_INV_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = inverter;
simulation_function = inverter;
input (A) ( )
output (Z) ( )
(
primitive = _inv (A, Z);
)
) // end model AON_INV_X4
model HEADER_OE_X1
(SLEEP, SLEEPOUT)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (SLEEP) ( )
output (SLEEPOUT) ( )
(
primitive = _buf (SLEEP, SLEEPOUT);
)
) // end model HEADER_OE_X1
model HEADER_OE_X2
(SLEEP, SLEEPOUT)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (SLEEP) ( )
output (SLEEPOUT) ( )
(
primitive = _buf (SLEEP, SLEEPOUT);
)
) // end model HEADER_OE_X2
model HEADER_OE_X4
(SLEEP, SLEEPOUT)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (SLEEP) ( )
output (SLEEPOUT) ( )
(
primitive = _buf (SLEEP, SLEEPOUT);
)
) // end model HEADER_OE_X4
model HEADER_X1
(SLEEP)
(
model_source = liberty_cell;
cell_type = prohibited;
input (SLEEP) ( )
(
// Empty Model
)
) // end model HEADER_X1
model HEADER_X2
(SLEEP)
(
model_source = liberty_cell;
cell_type = prohibited;
input (SLEEP) ( )
(
// Empty Model
)
) // end model HEADER_X2
model HEADER_X4
(SLEEP)
(
model_source = liberty_cell;
cell_type = prohibited;
input (SLEEP) ( )
(
// Empty Model
)
) // end model HEADER_X4
model ISO_FENCE0N_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = and;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _and (A, EN, Z);
)
) // end model ISO_FENCE0N_X1
model ISO_FENCE0N_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = and;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _and (A, EN, Z);
)
) // end model ISO_FENCE0N_X2
model ISO_FENCE0N_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = and;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _and (A, EN, Z);
)
) // end model ISO_FENCE0N_X4
model ISO_FENCE0_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nor;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _or (A, EN, net_0);
)
) // end model ISO_FENCE0_X1
model ISO_FENCE0_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nor;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _or (A, EN, net_0);
)
) // end model ISO_FENCE0_X2
model ISO_FENCE0_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nor;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _or (A, EN, net_0);
)
) // end model ISO_FENCE0_X4
model ISO_FENCE1N_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nand;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _and (A, EN, net_0);
)
) // end model ISO_FENCE1N_X1
model ISO_FENCE1N_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nand;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _and (A, EN, net_0);
)
) // end model ISO_FENCE1N_X2
model ISO_FENCE1N_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nand;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _and (A, EN, net_0);
)
) // end model ISO_FENCE1N_X4
model ISO_FENCE1_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = or;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _or (A, EN, Z);
)
) // end model ISO_FENCE1_X1
model ISO_FENCE1_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = or;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _or (A, EN, Z);
)
) // end model ISO_FENCE1_X2
model ISO_FENCE1_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = or;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _or (A, EN, Z);
)
) // end model ISO_FENCE1_X4
model LS_HLEN_X1
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_HLEN_X1
model LS_HLEN_X2
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_HLEN_X2
model LS_HLEN_X4
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_HLEN_X4
model LS_HL_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_HL_X1
model LS_HL_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_HL_X2
model LS_HL_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_HL_X4
model LS_LHEN_X1
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_LHEN_X1
model LS_LHEN_X2
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_LHEN_X2
model LS_LHEN_X4
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_LHEN_X4
model LS_LH_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_LH_X1
model LS_LH_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_LH_X2
model LS_LH_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_LH_X4
libs/fastscan/LowPowerOpenCellLibrary_worst_low_ccs_0.85v.fslib
Executable
+583
View File
@@ -0,0 +1,583 @@
//
// ***********************************************************************
// Copyright Mentor Graphics Corporation
// All Rights Reserved
// For use only with Mentor Graphics Tessent tools
// ***********************************************************************
// File Type: Tessent Cell Library
// Generated by: Tessent Shell -- write_cell_library
// Tool Version: 2019.4
// Tool Build Date: Wed Nov 20 21:14:16 GMT 2019
// ***********************************************************************
// Library Created : Local Time = Tue Jun 30 00:33:33 2020
// GMT = Tue Jun 30 07:33:33 2020
library_format_version = 9;
array_delimiter = "[]";
//
// ***********************************************************************
// *********** Models holding Liberty information ******************
// ***********************************************************************
//
model AON_BUF_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model AON_BUF_X1
model AON_BUF_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model AON_BUF_X2
model AON_BUF_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model AON_BUF_X4
model AON_INV_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = inverter;
simulation_function = inverter;
input (A) ( )
output (Z) ( )
(
primitive = _inv (A, Z);
)
) // end model AON_INV_X1
model AON_INV_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = inverter;
simulation_function = inverter;
input (A) ( )
output (Z) ( )
(
primitive = _inv (A, Z);
)
) // end model AON_INV_X2
model AON_INV_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = inverter;
simulation_function = inverter;
input (A) ( )
output (Z) ( )
(
primitive = _inv (A, Z);
)
) // end model AON_INV_X4
model HEADER_OE_X1
(SLEEP, SLEEPOUT)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (SLEEP) ( )
output (SLEEPOUT) ( )
(
primitive = _buf (SLEEP, SLEEPOUT);
)
) // end model HEADER_OE_X1
model HEADER_OE_X2
(SLEEP, SLEEPOUT)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (SLEEP) ( )
output (SLEEPOUT) ( )
(
primitive = _buf (SLEEP, SLEEPOUT);
)
) // end model HEADER_OE_X2
model HEADER_OE_X4
(SLEEP, SLEEPOUT)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (SLEEP) ( )
output (SLEEPOUT) ( )
(
primitive = _buf (SLEEP, SLEEPOUT);
)
) // end model HEADER_OE_X4
model HEADER_X1
(SLEEP)
(
model_source = liberty_cell;
cell_type = prohibited;
input (SLEEP) ( )
(
// Empty Model
)
) // end model HEADER_X1
model HEADER_X2
(SLEEP)
(
model_source = liberty_cell;
cell_type = prohibited;
input (SLEEP) ( )
(
// Empty Model
)
) // end model HEADER_X2
model HEADER_X4
(SLEEP)
(
model_source = liberty_cell;
cell_type = prohibited;
input (SLEEP) ( )
(
// Empty Model
)
) // end model HEADER_X4
model ISO_FENCE0N_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = and;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _and (A, EN, Z);
)
) // end model ISO_FENCE0N_X1
model ISO_FENCE0N_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = and;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _and (A, EN, Z);
)
) // end model ISO_FENCE0N_X2
model ISO_FENCE0N_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = and;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _and (A, EN, Z);
)
) // end model ISO_FENCE0N_X4
model ISO_FENCE0_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nor;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _or (A, EN, net_0);
)
) // end model ISO_FENCE0_X1
model ISO_FENCE0_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nor;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _or (A, EN, net_0);
)
) // end model ISO_FENCE0_X2
model ISO_FENCE0_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nor;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _or (A, EN, net_0);
)
) // end model ISO_FENCE0_X4
model ISO_FENCE1N_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nand;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _and (A, EN, net_0);
)
) // end model ISO_FENCE1N_X1
model ISO_FENCE1N_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nand;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _and (A, EN, net_0);
)
) // end model ISO_FENCE1N_X2
model ISO_FENCE1N_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = nand;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _inv (net_0, Z);
primitive = _and (A, EN, net_0);
)
) // end model ISO_FENCE1N_X4
model ISO_FENCE1_X1
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = or;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _or (A, EN, Z);
)
) // end model ISO_FENCE1_X1
model ISO_FENCE1_X2
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = or;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _or (A, EN, Z);
)
) // end model ISO_FENCE1_X2
model ISO_FENCE1_X4
(A, EN, Z)
(
model_source = liberty_cell;
cell_type = prohibited;
simulation_function = or;
input (A) ( )
input (EN) ( )
output (Z) ( )
(
primitive = _or (A, EN, Z);
)
) // end model ISO_FENCE1_X4
model LS_HLEN_X1
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_HLEN_X1
model LS_HLEN_X2
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_HLEN_X2
model LS_HLEN_X4
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_HLEN_X4
model LS_HL_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_HL_X1
model LS_HL_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_HL_X2
model LS_HL_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_HL_X4
model LS_LHEN_X1
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_LHEN_X1
model LS_LHEN_X2
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_LHEN_X2
model LS_LHEN_X4
(A, ISOLN, Z)
(
model_source = liberty_cell;
cell_type = and;
simulation_function = and;
input (A) ( )
input (ISOLN) ( )
output (Z) ( )
(
primitive = _and (A, ISOLN, Z);
)
) // end model LS_LHEN_X4
model LS_LH_X1
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_LH_X1
model LS_LH_X2
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_LH_X2
model LS_LH_X4
(A, Z)
(
model_source = liberty_cell;
cell_type = buffer;
simulation_function = buffer;
input (A) ( )
output (Z) ( )
(
primitive = _buf (A, Z);
)
) // end model LS_LH_X4
libs/fastscan/NangateOpenCellLibrary_45nm_HVT_worst_low_0p85V_conditional_nldm.fslib
Executable
+2665
View File
File diff suppressed because it is too large Load Diff
libs/fastscan/NangateOpenCellLibrary_45nm_HVT_worst_low_conditional_nldm.fslib
Executable
+2665
View File
File diff suppressed because it is too large Load Diff
libs/fastscan/NangateOpenCellLibrary_45nm_LVT_slow_0p85V_conditional_nldm.fslib
Executable
+2665
View File
File diff suppressed because it is too large Load Diff
libs/fastscan/NangateOpenCellLibrary_45nm_LVT_worst_low_conditional_nldm.fslib
Executable
+2665
View File
File diff suppressed because it is too large Load Diff
libs/fastscan/NangateOpenCellLibrary_45nm_SVT_slow_0p85V_conditional_nldm.fslib
Executable
+2665
View File
File diff suppressed because it is too large Load Diff
libs/fastscan/NangateOpenCellLibrary_45nm_SVT_worst_low_conditional_nldm.fslib
Executable
+2665
View File
File diff suppressed because it is too large Load Diff
libs/fastscan/NangateOpenCellLibrary_low_temp_ccs.fslib
Executable
+2633
View File
File diff suppressed because it is too large Load Diff
libs/fastscan/NangateOpenCellLibrary_worst_low_ccs_0.85v.fslib
Executable
+2633
View File
File diff suppressed because it is too large Load Diff
libs/fastscan/PLL.fslib
Executable
+57
View File
@@ -0,0 +1,57 @@
library_format_version = 9;
array_delimiter = "[]";
//
// ***********************************************************************
// *********** Models holding Liberty information ******************
// ***********************************************************************
//
model PLL
(BYPASS, DIVF0, DIVF1, DIVF2,
DIVF3, DIVF4, DIVF5, DIVF6,
DIVF7, DIVQ0, DIVQ1, DIVQ2,
DIVR0, DIVR1, DIVR2, DIVR3,
DIVR4, DIVR5, FB, FSE,
LOCK, PLLOUT, RANGE0, RANGE1,
RANGE2, REF, RESET)
(
model_source = liberty_cell;
cell_type = prohibited;
input (BYPASS) ( )
input (DIVF0) ( )
input (DIVF1) ( )
input (DIVF2) ( )
input (DIVF3) ( )
input (DIVF4) ( )
input (DIVF5) ( )
input (DIVF6) ( )
input (DIVF7) ( )
input (DIVQ0) ( )
input (DIVQ1) ( )
input (DIVQ2) ( )
input (DIVR0) ( )
input (DIVR1) ( )
input (DIVR2) ( )
input (DIVR3) ( )
input (DIVR4) ( )
input (DIVR5) ( )
input (FB) ( )
input (FSE) ( )
input (RANGE0) ( )
input (RANGE1) ( )
input (RANGE2) ( )
input (REF) ( )
input (RESET) ( )
output (LOCK) ( )
output (PLLOUT) ( )
(
// Empty Model
)
) // end model PLL
libs/nangate_mvt.odb
BIN
View File
Binary file not shown.