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Cadence SPECTRE 25.10 (01.125) HF001 Linux - CrackWarez - 30-12-2025 Free Download Cadence SPECTRE 25.10 (01.125) HF001 | 1.7 Gb Cadence Design Systems, Inc. has released SPECTRE 25.10 (01.125) HF001 is an advanced circuit simulator that simulates analog and digital circuits at the differential equation level. Owner:Cadence Product Name:SPECTRE Version:25.10 (01.125) HF001 Supported Architectures:x86_64 Website Home Page :www.cadence.com Languages Supported:english System Requirements:Linux ** Software Prerequisites:pre-installed Cadence XCELIUM Main 25.03 [b]Size:[/b]1.7 Gb What's new in Spectre 25.10 Here are some of the important updates made in the SPECTRE 25.10 release Spectre RF -Spectre RF Option in Virtuoso Studio RF:The Spectre RF Option is now integrated with Virtuoso Studio RF to allow design and verification of silicon and multi-fabric RF or microwave designs. -Load-Pull Analysis:With the integration of the load-pull analysis engine of Virtuoso Studio RF in Spectre RF, you can optimize RF and microwave designs with greater precision and efficiency. -Harmonic Balance Tuner:A new element, harm_tuner, has been added in rflib to support harmonic load-pull and harmonic source-pull analyses. harm_tuner is based on the Microwave Office hbtuner3 element but has been customized for use with the Spectre RF Option. Spectre Photonics Spectre Photonics is a new solution for designing and analyzing photonic integrated circuits (PICs) and electronic photonic integrated circuits (EPICs). Built on the Spectre functionality, Spectre Photonics expands simulation capabilities to include analysis of photonic circuits within one simulation platform, thereby enabling native electronic photonic co-simulation functionalities. Spectre FMC Analysis The smart corners feature, which applies Spectre FMC Analysis worst-case samples analysis across multiple process, voltage, and temperature corners, has now been integrated with Virtuoso ADE Artist. 1669185 AMSD Support S-parameter analysis in Spectre AMS Designer 2203965 AMSD Support S-parameter analysis in Spectre AMS Designer 2554716 AMSD Support S-parameter analysis in Spectre AMS Designer 2996001 AMSD Support S-parameter analysis in Spectre AMS Designer 3132774 FX In Spectre FX, Monte Carlo does not save the .meas data for the completed iterations 3153317 FX Require parasitical rscale and cscale for specified net in postlayout simulation 3159694 FX Spectre FX reports incorrect violation results when assert check is used 3170650 FX Support an option to exclude VPN/NETCUT for the power-off option of the specified subcircuit 3175435 FX Spectre FX error: Rigid branch loop detected 3176605 FX Time accumulated for the digital engine is significantly high in a Spectre FX with Spectre AMS Designer case 2913791 SPECTRE vrefbins and irefbins are reported incorrectly in the Spectre log file 3052408 SPECTRE Support waveform compression for switching circuits 3120765 SPECTRE if/else block with a topology change always retains unnecessary nodes and causes significant slowdown 3137841 SPECTRE Verilog-A Editor Extraction Does Not Find an Incorrect Parameter in a Module Port List 3149662 SPECTRE Transient simulation takes a very long time for DC convergence when running with +preset=mx +postlpreset=cx 3157677 SPECTRE The pre_config option provides an incorrect net value for net in spectre.dc file 3159005 SPECTRE Inverter array with multiplier giving inconsistent output with Spectre X 3159419 SPECTRE Electrothermal - Copy the package and tech file information to the output directory 3162899 SPECTRE Spectre py interactive commands .location and .isCont do not work as expected 3165310 SPECTRE As additional fsdb database is generated when the netlist contains defwave and probe statements 3165752 SPECTRE Error in Spectre if delay is used as a net name in vcvs 3167225 SPECTRE EM current accuracy issue in Spectre APS EMIR and Voltus-Fi 3169577 SPECTRE Thermal analysis results differ between various Spectre versions 3173876 SPECTRE In a Monte Carlo/transient noise run, 'noiseseed' should be independent of 'numruns' when using 'mc_auto_noiseseed' 3174998 SPECTRE Transient analysis with power measure statements takes longer in Spectre versions newer than Spectre 23.1 ISR8 3176192 SPECTRE subckt of the top path instance is not found in the dspf file during the EMIR simulation 3180033 SPECTRE pvcvs gives wrong answer if an input is small 3180406 SPECTRE Error when SCA < 0 in bsim4 devices 3181767 SPECTRE measoutput=detail required for measures to be evaluated correctly 3183764 SPECTRE Binary format %b ignores the width specifier in $fstrobe function 3184621 SPECTRE Multiple relxpert mode issues when using the +sfe option 3112372 SPECTRERF pnoise taking too long to finish the simulation 3136293 SPECTRERF Segmentation Fault while simulating RF mixer circuit 3138471 SPECTRERF SP noise figure Description differs from the HB noise figure Description for the same netlist 3151877 SPECTRERF Spectre exits unexpectedly when save=allpub and wildcards are used in the save statement 3177198 SPECTRERF Results of the envelope analysis are incorrect when using sweep 3177276 SPECTRERF HB analysis stops responding when xdp is not used, and enabling xdp leads to incorrect hbnoise results Cadence Spectreis a high-performance circuit simulator used for analog, mixed-signal, and RF integrated circuit design. It's commonly used for verifying the performance of circuits before they are manufactured, allowing designers to identify and correct potential problems early in the design process. Spectre simulates circuit behavior, including voltage, current, and power consumption, under various operating conditions and process variations. Co-Simulate with Cadence Spectre This video demonstrates a new feature in AWR Design Environment V13 that provides the ability to co-simulate with Cadence Spectre designs. Cadenceis a pivotal leader in electronic design and computational expertise, using its Intelligent System Design strategy to turn design concepts into reality. Cadence customers are the world's most creative and innovative companies, delivering extraordinary electronic products from chips to boards to systems for the most dynamic market applications. 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