Synopsys Core Synthesis Tools (SYN) vK-2015.06 Linux64 1CD

Synopsys Finesim (Fsim) vK-2015.06 Linux64 1DVD circuit emulation
Synopsys Core Synthesis Tools (SYN) vK-2015.06 Linux64 1CD

Synopsys IC Compiler II vK-2015.06 Linux64 1CD layout and cabling system
Synopsys IC Compiler vK-2015.06 Linux64 1DVD
The IC Compiler II is a full-featured layout and cabling system with the core of a new multi-threaded infrastructure capable of handling designs with more than 500 million of instantiated units. To fully reflect

Its "re-think, re-build and re-use" development strategy, IC Compiler II is based on industry-standard input and output formats, as well as familiar interface and process technical texts

and innovative design storage capabilities are also introduced. The IC Compiler II has been focused on full-chip design since its inception, deploying novel design planning functions and improving its performance by 10 times times,

Memory consumption is reduced by 5 times times. This allows designers to quickly evaluate a variety of alternative chip layout schemes to determine the best starting point for design implementations. Complementary to these chip-level functions is the unit

Module-level functionality, it is supported by a new global-analytical optimization engine, a new clock generator, and unique post-routing optimization algorithms that combine

Together improve the result quality of area, timing, and power consumption. The IC Compiler II also includes advanced technologies used in IC Compiler, such as conjugate gradient layouts and Zroute

The wiring device. Compared to existing solutions, the IC Compiler II increases uptime by an average of 5 times times and requires twice times less memory. By accelerating the running time and the high chip layout

, achievable qor, and an efficient lightweight environment combine to reduce design iterations and further improve design productivity.

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With integrity to build our services, to ensure that you the best quality and credibility!

Phone tel:18980583122 Customer Service qq:1140988741
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Synopsys PrimeTime StandAlone (PTS) vK-2015.06 Linux64 1CD static timing analysis software
Primetime is Synopsys's static timing analysis software, often
Used to analyze large-scale, synchronous, digital asic.primetime for gate-level circuit design, can and
Synopsys Company's other EDA software is very well combined to use.
Features and functions of primetime
As a dedicated static timing analysis tool, the primetime can provide the following timing points for a design
Analysis and Design checks:
Establish and maintain time checks (Setup and hold checks)
Checking the clock pulse width
Inspection of clock gates (clock-gating checks)
Recovery and removal checks
Unclocked Registers
Unconstrained timing Endpoint (unconstrained timing endpoints)
Master-slave Clock separation
Multiple clocked registers
Combined feedback loop (combinational feedback loops)
Inspection based on design rules, including maximum capacitance, maximum transmission time, maximum fanout
such as.
Primetime has the following features:
1) Primetime is a software that can run independently, it does not need the logic synthesis process necessary
Data structure, and its memory requirements are relatively low.
2) primetime is particularly suitable for large scale, SOC (system-on-chip) designs.
-------------------
With integrity to build our services, to ensure that you the best quality and credibility!

Phone tel:18980583122 Customer Service qq:1140988741
Skype:[email protected]
Email:[email protected] [email protected]
Please press Clrt+f search, enter specific keyword query (do not enter all)
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Synopsys STARRC vK-2015.06 Linux64 1CD Parasitic parameter extraction
Using STARRC to extract gate-level SPEF files, first need to nxgrd files, some manufacturers only provide. ITF files, then need to do their own conversion, if the machine is loaded with STARRC tools, use the following

Command:
Grdgenxo ****.ITF
However, this process takes a long time and automatically generates ****.NXTGRD,
Sometimes meet their own version of the STARRC than the manufacturers provide nxtgrd older, then will be error, it is also necessary to convert themselves, generated with the corresponding version.
Let's talk about using the Lef/def file file extraction:
1. Use Starxtract-gui to start up with a graphical interface
2. Select Setup--> Timing menu will pop up Timing foliage
3. On the timing page, select the Lef/def button
4. In the Lef file option, add the chip standard unit, process library, hard macro lef files, reminding that the process library Lef file must be placed at the front.
5. In the top def file, you need to add a chip def, where def files are exported from encounter, or def files provided by other EDA tools.
6.TCAD GRD File This requires a rule file xxx.nxtgrd
7. MAPPING file Select the corresponding map file, that is, def files of the process layer to XXX.NXTRGD with the process layer to do a innuendo.
8. Select the appropriate SPEF file format for the Extract Output network table file in netlist format
9.NETLIST file: Input xxx.spef Parasitic Web table files, you can do Signoff analysis for PT, also can be P2R tools such as encounter to do time series analysis.
10. Click the OK button after all the required options for all red areas have been entered

Synopsys Core Synthesis Tools (SYN) vK-2015.06 Linux64 1CD