1. vcs_save_restore_new.o: Relocation r_x86_64_32s [Ubuntu 18.04]
$ Vcshome/linux64/lib/vcs_save_restore_new.o: Relocation r_x86_64_32s against undefined symbol' _ sigintr 'can not be used when making a pie object; recompile with-FPIC
/Usr/bin/ld: Final link failed: nonrepresentable section on Output
Collect2: Error: LD returned 1 exit status
Answer:
1. Install gcc-4.8: 'sudo apt install gcc-4.8 G + +-1000'2. Start VCs: VCs-full64-CPP g ++-4.8-CC gcc-4.8...
So, in makefile: VCs = VCs-full64-CPP
DC ultra--design Compiler the highest versionThe core of the complete integrated solution in Synopsys software is the DC ULTRATM, which is also the best level of integrated platform for all designs. DC Ultra adds a comprehensive range of data path and timing optimization techniques, and is proven by industry repeatedly. DC Ultra has unique optimization technology to meet the challenges of today's design. DC Ultra provides fast, advanced data path opti
Synopsys Finesim (Fsim) vK-2015.06 Linux64 1DVD circuit emulationSynopsys Core Synthesis Tools (SYN) vK-2015.06 Linux64 1CDSynopsys IC Compiler II vK-2015.06 Linux64 1CD layout and cabling systemSynopsys IC Compiler vK-2015.06 Linux64 1DVDThe 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 reflectIts "
Synopsys VCS MX vJ-2014.12 SP2 Linux64 1DVD compiled code simulatorSynopsys Hspice vk-2015.06.linux32_64 2CDSynopsys Saber RD vJ-2015.03 Windows 1DVDSynopsys Corporation, the world's leading software and IP design, validates and manufactures electronic components and systems, released the Synopsys VCS MX VI-2014.03-a compiled code simulator. It makesWe are able to analyze, compile and simulate verilog,vhdl,
Synopsys Hspice vk-2015.06.linux32_64 2CD High-precision circuit simulationThe Hspice uses the most accurate and proven integrated circuit device model library and advanced simulation and analysis algorithms to provide a high-precision circuit simulation environment. With a few of the integrated circuitsThe need for high-precision circuit simulators is even more pressing. Today's designers need a high-precision emulator that can accurately predict the
Synopsys. vera.vi-2014.03.linux32_64 2CD test Vector automatic generationThe Vera verification system satisfies the need of verification and allows efficient, intelligent and high-level functional verification. Vera verification systems have been widely used by companies such as Sun, NEC, and Cisco to validate their actual products, from monolithic ASIC to multi-chip ASIC computer and network systems, from custom-made, semi-custom circuitry to high-co
the signal waveforms in the router_test_io and test two modules in the Test.sfdb file.3. Execute SIMV (binary test file used by VCs generation emulation) fileCommand:./SIMV [Run_time_options]Run_time_options-s:stops Simulation at time 0E.g:./simv-s4. Interactive mode (interactive)Allows real-time control simulations to be performed, allowing changes to register values or settings during simulation, which can affect simulation results in real time5. post-processing mode (background processing mo
Synopsys Galaxy Custom Designer 2012.09-sp1 linux32_64 2DVD mixed Signal Implementation solutionThe Galaxy Custom Designer is based on the Galaxy design platform of the new technology, focusing on improving design productivity, providing a unified solution for custom and digital design, in order to improveDesign Engineer's productivity. Galaxy Custom Designer provides users with a familiar user interface that integrates simulation, parasitic parameter
Electrical Specification, Version 1.0 (a supplement to the USB 2.0 specification.) which are now Availa BLE online at Http://www.usb.org/developers/docs/docsWhy HSIC?
HSIC replaces I²c
I²c isn ' t fast enough and requires special drivers
HSIC allows USB software reuse
PHY reuse/adaptation of existing PHY technologies
HSIC Device Using Synopsys USB 2.0 device Controller and HSIC PHYUSB Chip-to-chip interconnect can be achieve
encoding design, and the testing standard is the specification set in the first step. Check whether the design meets all the requirements of the specifications accurately. The specification is the golden standard of design correctness or not. Any violation or non-compliance with the specification requirements requires re-modification of the design and encoding.
Design and Simulation Verification are iterative until the verification results show full compliance with specifications.
The VCs of th
verification is to verify the correctness of the coding design, the standard of inspection is the first step to develop specifications. See if the design accurately meets all requirements in the specification
. Specifications are the gold standard for correct design or not, all breaches, does not meet the specification requirements, it will need to re-modify the design and coding. Design and simulation validation is a iterative process until the validation results are fully compliant with the
Platform (IDP) to help simplify the building of FPGA-based system-level applications)Synopsys Astro vZ-2007.03 SP10 Linux 1CDSynopsys Astro vZ-2007.03 SP10 LinuxAMD64 1CDSynopsys Astro IU vZ-2007.03 SP10 Linux 1CDSynopsys Astro IU vZ-2007.03 SP9 SUSE32 1CDSynopsys Astro Rail vZ-2007.03 SP7 Linux 1CD (A comprehensive power integrity analysis and implementation tool)Synopsys.astro-rail vZ-2007.03 SP7 LinuxAMD64 1CDSynopsys.astro-rail vZ-2007.03 SP7 lin
The distinction between the IC front-end design (logical design) and the backend design (Physical Design): whether the design is related to the process or not, the result of the front-end design is the gate-level network Table circuit of the chip.
The front-end design process and EDA tools are as follows:
1. Architecture Design and verification: divide the overall design modules as required.
For architecture model simulation, you can use Synopsys's cocentric software, which is a simulation tool
personal webpage has a detailed introduction:Http://www.janick.bergeron.com/wtb/toc.html
No. 2 priciples of verifiable RTL design, 2nd ed.By Lionel Bening Harry FosterThis is an early book on the RTL validation design. It was written by one of HP's experts!You can go to the author's website to see the relevant design examples and script downloads in this book! If you wantThe RTL design is perfect to ensure a successful backend design. This book is indispensable.Http://home.comcast.net /~ Beni
This are part of the A series:inside safetynet Part 1 (OCT 2015) Inside safetynet Section 2 (Feb 2016) Inside safetynet part 3 (Nov 2016) How to implement attestation securely using Server-side checks (my blog, cigital blog) safetynet Playground (POC server-side Implementation) Play Store-android source-php Source
It's been more than 8 months since I last blog post on Android ' s safetynet. In that post I am describing an end-of-2015 version of the sy
Examination)
10. Write down the ASIC preliminary design process and corresponding tools. (Wei Sheng)
11. design the process of the integrated circuit and write related tools. (Yangzhi electronic test)
First, we will introduce the IC Development Process:
1) design input)
The function description of the device is completed by using the language of VHDL or OpenGL to generate the HDL code.
Language Input Tool: Summit visualhdl
Mentor renior
Graphics Input: composer (cadence );
Viewlogic (viewdraw)
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