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This section lists all of the foundry documents and technology files
used to design this product.
o SRAM 6T 1.24um by 0.5um (0.62um^2) Cell
- 065_LP_HC_M4_HVt_v10_demo_array_4x4.gds v1.0, July 21, 2006
- Qualified by Foundry using deviated layout rules.
o Design Rule Document For Layout, Antenna and electromigration
- T-N65-CL-DR-001, V1.3 02-FEB-2007
o GDS Layer Usage Description File:
- Refer to Design Rule Document
- T-N65-CL-LE-001, V1.2A 05-MAY-2006
o DRC Command File
- CALIBRE DRC COMMAND FILES --
T-N65-CL-DR-001, V1.3a, 02-FEB-2007
- CALIBRE ANTENNA DRC COMMAND FILES --
T-N65-CL-DR-001, V1.3a, 02-FEB-2007
o LVS Command File
- T-N65-CL-LS-001-C1, V1.1, 03-MAY-06
o Process Models
- logic_spice
T-N65-CL-SP-031-P1, v1.2, 23-MAR-2007(Logic models)
- CLN65GPLUS_sr_v0d9.l, v0.9, July,12,2006(bitcell models)
o Extractor Technology File
- T-N65-CL-LS-001-E1, 20-MAR-2007
EDA Support
-----------
This section lists the EDA tools and versions supported for this
product release. This set of tools and versions corresponds
to ARM Preliminary EDA Package 5.2
* Cadence NC-Sim (Verilog)
- 5.1
* Synopsys VCS (Verilog)
- 7.2
* Mentor ModelSim (Verilog)
- 6.0
* Simulation Model SDF Compatibility
- SDF 2.1
* Synopsys Design Compiler
- 2006.06
* Cadence RTL Compiler with .lib
- 6.2
* Synopsys PrimeTime (Static Timing, Delay Calculation)
- 2006.06
* Synopsys Power Compiler
- 2006.06
* Synopsys PrimePowerPower
- 2006.06
* Synopsys JupiterXT
- 2006.06
* Cadence SoC Encounter/First Encounter (Design Planning)
- 6.2
* Cadence SoC Encounter/NanoRoute (Place & Route)
- 6.2
* Synopsys Astro (VCLEF, .lib input)
- 2006.06
* Mentor Graphics Calibre (GDSII, CDL)
- 2005.4_8.13
* Adobe Acrobat Reader (PDF Documentation)
- 5.0
* Sun Solaris Operating System (Generator Software)
- 8
* Redhat Linux Operating System (Generator Software)
- RHEL 3.0
Technology Implementation
-------------------------
This section provides information on items that may not be included
in the foundry documentation.
Characterization Corners:
- Timing and power views characterized at the following conditions:
Typical P/V/T = TT/1.0V/25C
Fast@-40c P/V/T = FF/1.1V/-40C
Fast@0c P/V/T = FF/1.1V/0C
Slow P/V/T = SS/0.9V/125C
Slow P/V/T = SS/0.9V/-40C
Leakage P/V/T = FF/1.1V/125C
http://www.4shared.com/file/iV37d2LW/fe_cln65gplus_rf-sp-adv-v50_20.html |
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