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The population of Synopsys is 2,010.
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When was Synopsys created?
Synopsys was created in 1986.
What is the population of Synopsys?
The population of Synopsys is 6,700.
What is Synopsys's population?
The population of Synopsys is 2,010.
What is the functions of synopsys in Hyderabad India?
Synopsys has R/D as well as Application Engineering teams in Hyderabad. You see almost equal number of staff at banglaore and hyderabad.
What kind of company is Synopsys?
Synopsys is an American company, it is one of the largest in the Electronic Design Automation industry. They focus on Software and Programing industry. The company was founded in 1986.
Top ten ece companies in India?
EDA 1)Synopsys 2)Cadence Design Systems 3)Mentor Graphics 4)Xylinks 5)Nsys Manufacturing 1)Intel 2)ST Microelectronics 3)Texas Instruments 4)Freescale 5)AMD Comunication 1)Alcatel lucent 2)Nokia Seimens Networking 1)CISCO
What software is used for implementation of cmos image sensor?
The implementation of CMOS image sensors typically involves a combination of hardware description languages (HDLs) like VHDL or Verilog for circuit design, along with simulation software such as Cadence or Synopsys for validating the design. Additionally, software tools like MATLAB or LabVIEW may be used for image processing and analysis following the sensor's development. Firmware development environments might also be employed to program the sensor's functionality.
Where to learn for VLSI certification?
To learn for VLSI certification, consider enrolling in online platforms like Coursera, edX, or Udacity, which offer specialized courses in VLSI design, verification, and testing. Additionally, institutions such as the Indian Institute of Technology (IIT) and various universities offer dedicated VLSI programs and workshops. You can also explore resources from industry leaders like Cadence and Synopsys for practical training. Lastly, joining professional organizations and attending webinars can provide valuable insights and networking opportunities.
How parallel case and full cases problems are avoided in System Verilog?
The full_case and parallel_case directives are dangerous because they tell the synthesis tool something different about the design than what is told to the simulator. To the Verilog simulator, full_case and parallel_case are buried inside of Verilog comments and are completely ignored. To the synthesis tool, full_case and parallel_case are command-directives that instruct the synthesis tools to potentially take certain actions or perform certain optimizations that are unknown to the simulator. A full case statement is a case statement in which all possible case-expression binary patterns can be matched to a case item or to a case default. e.g. Full case, sel=2'b11 will be covered by default statement. The x-assignment will also be treated as a don'tcare for synthesis, which may allow the synthesis tool to further optimize the synthesized design. It's the potentially causing a mismatch to occur between simulation and synthesis. To insure that the pre-synthesis and post-synthesis simulations match, the case default could assign the y-output to either a predetermined constant value, or to one of the other multiplexer input values module mux3c (output reg y, input [1:0] sel, input a, b, c); always @* case (sel) 2'b00: y = a; 2'b01: y = b; 2'b10: y = c; default: y = 1'bx; endcase endmodule // Use synopsys full_case statement to create the full case , but it treated differently in simulation and synthesis. module mux3b (y, a, b, c, sel); (output reg y, input [1:0] sel, input a, b, c); always @* case (sel) // synopsys full_case 2'b00: y = a; 2'b01: y = b; 2'b10: y = c; endcase endmodule SystemVerilog use priority modified case statement to solve the full case problem. The biggest difference between a full_case directive and a priority modified case statement is that the priority keyword is part of the SystemVerilog syntax that will be interpreted the same by simulators, synthesis tools and formal verification tools. In essence, the priority case statement is a "safe" full_case case statement. e.g. priority case (...) ... endcase A parallel case statement is a case statement in which it is only possible to match any case expression to one and only one case item. e.g. A parallel case statement module intctl1b (output reg int2, int1, int0, input [2:0] irq ); always @* begin {int2, int1, int0} = 3'b0; casez (irq) // synopsys parallel_case 3'b1??: int2 = 1'b1; 3'b?1?: int1 = 1'b1; 3'b??1: int0 = 1'b1; endcase end endmodule This is an example that demonstrates that adding the parallel_case directive makes the design smaller and faster, but in the process it also adversely changes the functionality of the design. SystemVerilog adds the new case statement modifier called "unique." The unique keyword shall cause the simulator to report a run-time error if a case expression is ever found to match more than one of the case items. In essence, the unique case statement is a "safe" parallel_case case statement. unique case (...) ... default: ... endcase Guideline: Code all intentional priority encoders using if-else-if statements. It is easier for the typical design engineer to recognize a priority encoder when it is coded as an if-else-if statement.
Is there a list of IT companies in Bangalore?
Accenture Accent Technologies Impact Solutions Private Limited Compaq Infopac Software Private Limited IBM Infosys Technologies Limited i-NetFrame Technologies Private Limited Kinfotech Private Limited Ionic Microsystems Private Limited Linc Software Services Private Limited LEC India Software Center Private Limited Nich - In Software Solutions Private Limited Logix Microsystems Limited Dell Accenture Accord Software and Systems ACS Adaptec Adobe Aditi Technologies Agere Systems Agile Airvana Akamai Technologies Amazon AMD Analog Devices ANZ IT Applied Materials Ariba ARM Ascendum Systems Ashok Leyland Autodesk B E Solutions ಬಿ. ಈ. ಸೊಲ್ಯೂಷನ್ಸ BAeHAL Bearing Point Bells Softech Birlasoft Bixee Blue Star Infotech Limited Broadcom Bosch Cadence Design Systems Capco Capgemini Caterpillar CDoT Centillium Communications Cerner CGI Information Systems Cisco Systems Cognizant Technology Solutions Conexant Continuous Computing Covansys Cranes Software Creative India Software Center Cúram Software Dallas Semiconductor Dell Delaxo Solutions Pvt Ltd Delphi DSL Software EFI Elite ProCon Solutions EMC2 Fair Isaac Fidelity Investments First American Corporation Flextronics Software Systems Freescale Semiconductors GCI GE R&D Goldman Sachs Google GM Geometric Software HCL Technologies Headstrong HP Huawei Technologies i2 Technologies IBM iflex iGate Ikanos Communications Infineon Technologies Infosys Technologies INKROMA e-Business Solutions Pvt. Ltd. Integral Intel International Decision Systems IonIdea ITBrahma Technologies Ittiam Systems i-Vista Digital Solutions Juniper Networks Ketera Technologies KPIT Cummins Kyocera L&T IT LG Logica CMG LSI Logic Lucent Technologies Manhattan Associates Marvell Semiconductors McAfee Microchip Technology Microland Microsoft MindTree Consulting Mphasis-an EDS company Motorola Natural Search National Instruments National Semiconductor Navini Networks Ness Technologies NetApp Nous Infosystems nVIDIA Ocwen NXP Open Clovis Oracle PathPartner Technologies Patni Computer Systems Philips PK4 Software Technologies PMC-Sierra Procsys Prodigy Labs Pvt Ltd PSI Data Systems Professional Access Qualcomm Qwest Software Services Rambus Rebaca Technologies Samsung India Software Operations Sanyo SAP Sapient Sasken Satyam Computer Services Siemens Silicon Labs SiNett SLK Software Societe Generale Software Socrates Software Sonata Software Sonus Networks Sony Source Edge Sterling Commerce STMicroelectronics Subex Systems Sun Microsystems Symbol Technologies Symphony Services SynaptiCAD Synopsys Tata Consultancy Services Tata Elxsi Tavant Technologies Target Tejas Networks Telelogic Texas Instruments Tetcos ThoughtWorks Torry Harris Business Solutions Trilogy UbiqTech Software Pvt. Ltd. Unisys UTStarcom ValueBound VK Infotek Vmoksha Technologies Pvt. Limited Wipro Technologies Xansa Yahoo Zestbittla IT Solutions Zilog Zycomm Innovations
What is the process for designing VLSI and ASIC chips?
Step 1: Prepare an Requirement Specification Step 2: Create an Micro-Architecture Document. Step 3: RTL Design & Development of IP's Step 4: Functional verification all the IP's/Check whether the RTL is free from Linting Errors/Analyze whether the RTL is Synthesis friendly. Step 4a: Perform Cycle-based verification(Functional) to verify the protocol behaviour of the RTL Step 4b: Perform Property Checking , to verify the RTL implementation and the specification understanding is matching. Step 5: Prepare the Design Constraints file (clock definitions(frequency/uncertainity/jitter),I/O delay definitions, Output pad load definition, Design False/Multicycle-paths) to perform Synthesis, usually called as an SDC file(Synopsys constraint file, specific to synopsys synthesis Tool (design-compiler) Step 6: To Perform Synthesis for the IP, the inputs to the tool are (library file(for which synthesis needs to be targeted for, which has the functional/timing information available for the standard-cell library and the wire-load models for the wires based on the fanout length of the connectivity), RTL files and the Design Constraint files, So that the Synthesis tool can perform the synthesis of the RTL files and map and optimize to meet the design-constraints requirements. After performing synthesis, as a part of the synthesis flow, need to build scan-chain connectivity based on the DFT(Design for Test) requirement, the synthesis tool (Test-compiler), builds the scan-chain. 7: Check whether the Design is meeting the requirements (Functional/Timing/Area/Power/DFT) after synthesis. Step 7a: Perform the Netlist-level Power Analysis, to know whether the design is meeting the power targets. Step 7b: Perform Gate-level Simulation with the Synthesized Netlist to check whether the design is meeting the functional requirements. Step 7c: Perform Formal-verification between RTL vs Synthesized Netlist to confirm that the synthesis Tool has not altered the functionality. Step 7d: Perform STA(Static Timing Analysis) with the SDF(Standard Delay Format) file and synthesized netlist file, to check whether the Design is meeting the timing-requirements. Step 7e: Perform Scan-Tracing , in the DFT tool, to check whether the scan-chain is built based on the DFT requirement. Step 8: Once the synthesis is performed the synthesized netlist file(VHDL/Verilog format) and the SDC (constraints file) is passed as input files to the Placement and Routing Tool to perform the back-end Actitivities. Step 9: The next step is the Floor-planning, which means placing the IP's based on the connectivity,placing the memories, Create the Pad-ring, placing the Pads(Signal/power/transfer-cells(to switch voltage domains/Corner pads(proper accessibility for Package routing), meeting the SSN requirements(Simultaneous Switching Noise) that when the high-speed bus is switching that it doesn't create any noise related acitivities, creating an optimised floorplan, where the design meets the utilization targets of the chip. Step 9a : Release the floor-planned information to the package team, to perform the package feasibility analysis for the pad-ring . Step 9b: To the placement tool, rows are cut, blockages are created where the tool is prevented from placing the cells, then the physical placement of the cells is performed based on the timing/area requirements.The power-grid is built to meet the power-target's of the Chip . Step 10: The next step is to perform the Routing., at first the Global routing and Detailed routing, meeting the DRC(Design Rule Check) requirement as per the fabrication requirement. Step 11: After performing Routing then the routed Verilog netlist, standard-cells LEF/DEF file is taken to the Extraction tool (to extract the parasitics(RLC) values of the chip in the SPEF format(Standard parasitics Exchange Format), and the SPEF file is generated. Step 12: Check whether the Design is meeting the requirements (Functional/Timing/Area/Power/DFT/DRC/LVS/ERC/ESD/SI/IR-Drop) after Placement and Routing step. Step 12a: Perform the Routed Netlist-level Power Analysis, to know whether the design has met the power targets. Step 12b: Perform Gate-level Simulation with the routed Netlist to check whether the design is meeting the functional requirement . Step 12c: Perform Formal-verification between RTL vs routed Netlist to confirm that the place & route Tool has not altered the functionality. Step 12d: Perform STA(Static Timing Analysis) with the SPEF file and routed netlist file, to check whether the Design is meeting the timing-requirements. Step 12e: Perform Scan-Tracing , in the DFT tool, to check whether the scan-chain is built based on the DFT requirement, Peform the Fault-coverage with the DFT tool and Generate the ATPG test-vectors. Step 12f: Convert the ATPG test-vector to a tester understandable format(WGL) Step 12g: Perform DRC(Design Rule Check) verfication called as Physical-verification, to confirm that the design is meeting the Fabrication requirements. Step 12h: Perform LVS(layout vs Spice) check, a part of the verification which takes a routed netlist converts to spice (call it SPICE-R) and convert the Synthesized netlist(call it SPICE-S) and compare that the two are matching. Step 12i : Perform the ERC(Electrical Rule Checking) check, to know that the design is meeting the ERC requirement. Step 12j: Perform the ESD Check, so that the proper back-to-back diodes are placed and proper guarding is there in case if we have both analog and digital portions in our Chip. We have separate Power and Grounds for both Digital and Analog Portions, to reduce the Substrate-noise. Step 12k: Perform separate STA(Static Timing Analysis) , to verify that the Signal-integrity of our Chip. To perform this to the STA tool, the routed netlist and SPEF file(parasitics including coupling capacitances values), are fed to the tool. This check is important as the signal-integrity effect can cause cross-talk delay and cross-talk noise effects, and hinder in the functionality/timing aspects of the design. Step 12l: Perform IR Drop analysis, that the Power-grid is so robust enough to with-stand the static and dynamic power-drops with in the design and the IR-drop is with-in the target limits. Step 13: Once the routed design is verified for the design constraints, then now the next step is chip-finishing activities (like metal-slotting, placing de-coupling caps). Step 14: Now the Chip Design is ready to go to the Fabrication unit, release files which the fab can understand, GDS file. Step 15: After the GDS file is released , perform the LAPO check so that the database released to the fab is correct. Step 16: Perform the Package wire-bonding, which connects the chip to the Package.
Mail id's of all IT companies in Bangalore?
LUCENT hrindia@lucent.com SONY dreamjob@sisc.in.sony.com.sg Bangalore Singapore HUGHES hsshr@hss.hns.com NORTEL nadhr@nortelnetworks.com TCS recruitment@blore.tcs.co.in Veritas bangalore@vxindia.veritas.com Aspect Dev jobs@india.aspectdv.com MBT resume@mahindrabt.com HP resumes@india.hp.com HCL Tech rsriram@hclt.com PENTAFOUR muralikrishna@pentafour.com NOVELL career@novell.com Bangalore SUN careers@india.sun.com Bangalore BPL Innovision - jobs@bplinnovision.com D E Shaw - recruit-india@deshaw.com Hyderabad iCode - hr_india@icode.com PTPL - prakash@ptpl.com InfoGain hrdindia@india.infogain.com Delhi Satyam globaltalent@bet.satyam.com Bangalore PSI resumes@psi.soft.net Bangalore StumpVision stumpvision@blr.vsnl.net.in krish@stumpvision.com Infosys bangalore.hrd@inf.com Siemens hmsrecruit@sisl.co.in Bangalore Wipro careers@wipro.com Bangalore American Data Solutions adsihr@gafri.com Bangalore Healtheon jobs@healtheonindia.com HCL Tech resumeblr@hclt.com Bharti Telesoft careers@bhartitelesoft.com IBM osudar@in.ibm.com mamol@in.ibm.com For Lucent skg@spectrumconsultants.com GE India itl.geitc@geind.ge.com Bangalore iCope hrd@icope.com Wireless NATIONAL careers@malkauns.nsc.com Embedded Philips pscareers2000@philips.com Embedded BOSCALLEO hr@boscalleo.com Ecomm IT Solutions careers_2000@its.soft.net HCL Tech careerb@msdc.hcltech.com NIHILENT career@nihilent.com Infosys careers@inf.com CISCO india_jobs@cisco.com Networking PEOPLE.COM speri@techpeople-india.com US NetBrahma Want2b@netbrahma.com Systems SunCoreSoft hrd@suncoresoft.com Ishoni jobs@ishoni.com LG Software I walkin@lgsi.com Ecom , Embedded HPS Global hps.rmg@hpsglobal.com Reliance , US jobs@reliance.com ESCOSOFT carer@escosoft-tech.com US SERANOVA careerindia@seraova.com Ecom TeleSoft hrd@indts.com Telecom SSI infinity@ssi-technologies.com Bangalore MelStar bstp@melstar.com Bombay Chennai USInteractive careers@usinteractive.com US Cerebra jobs@cerebracomputers.com Empowertel hrindia@empowertel.com PTC hrtoi@india.ptc.com PUNE Siri Technolgoies hr@siritech.com ALIT hr@alit.soft.net i-Flex sandeep.bhattacharya@iflexsolutions.com CosmoNet hrd@cosmonetsolutions.com POLARIS resume_toib@polaris.co.in RAS Infotech resumes@rasinfotech.com SIP Technolgies hrd@siptech.co.in SNS Tech careers@snstech.com AUTODESK crvcon@vsnl.com LGSoft onsite_java@lgsi.com Kindle work_here@kindlesystems.com PUNE US UK InfoStrands infostrands@gtvltd.com ObjectOrb hr@objectorb.com Comnet hrd@comneti.com telecom CIS hrtelecom@cisindia.com OnwardGroup geetha_cherian@onwardgroup.com Green Microsystems jobs@greenmicrosystems.com STPI personnel@stpb.soft.net Quark careers@quark.stpm.soft.net MOHALI DelDot subbu@deldot.com SUBEX ganesh@subegroup.com SIERRAOPT career@sierraopt.com DSQ recruit_ecom@md.in.dsqsoft.com CHENNAI IIC hr@iictechnologies.com CYBERTECH ecomjobs@cybertech.com FormulaSys resumes@FormulaSys.com US WorkFlow hr@workflow.com SystemLogic got2b@SystemLogic.com CyberAnalysts resume@cyberanalysts.com IMPETUS hr@impetus.co.in INDORE VISTEON svadivel@VISTEON.com EMBEDDED Amadee myjobs@amadee.de INTERNET WEBTEK webtek_jobs@dresdner-bank.com CIRRUS LOGIC hrd@cirrus.stpp.soft.net TCS Chennai resume@chennai.tcs.com TVSFUGEN mjojo@tvsfugen.com Onscan -Wireless - jobs@onscan.com EmbeddedWireless jobs@EmbeddedWireless.com DECCANET career@deccanetdesigns.com DuskValley joinus@DuskValley.com duskvalley@vsnl.com SEMA hrd@sema.co.in CALCUTTA TElecom FTD future4u@ftdpl.com.sg DSP / Telecom SAS careers@sasi.com SPIKE design@spikeindia.soft.net EDA / ASIC HCL freedom@ggn.hcltech.com Aptech corporatetrg@aptech.co.in Datamatics psaib@datamatics.com BOMBAY AQUILA hrd@aquila.soft.net Graphics , EBusiness DATUM careers@datumtec.com HUGHES resumetoib@hss.hns.com AMBER india_jobs@ambernetworks.com Networking Integra career@integramicro.com Lante cvindia@lante.com DELHI -Ecom RELQ RELQusa@RELQ.com Sonata-US hrd@sonata-software.com career@sonata-software.com ZAP hrdbg@skillsandjobs.com Zensar dreamcareers@zensar.com Spectrum , Singapore ravikum@mbox2.singnet.com.sg Forbes, UK forbeshr@bgl.vsnl.net.in forbesbg@bgl.vsnl.net.in Synopsys guru@synopsys.com JobCurry Australia map@jobcurry.com Sun Tech US hr@suntechnologies.com HCL Tech - careers@noida.hclt.com Noida Infosys - engserv@inf.com HTC - htc.blr@htcinc.com CGSmith - resume@cgs.cgsmith.soft.net APCC - irecruit@apcc.com TechDrive sunitha@techdriveintl.com UniqueComputing careers@uniquecomputing.com US Accord Soft asiapacific@accord-soft.com ZenSoft hrd.zensoft@pacific.net.sg Singapore Zenith hr@zenithsoft.com Mumbai Velocient rsg@in.velocient.com Delhi , US Selectica hr_bgl@selectica.com Think Inc. jobs@thinkbn.com Coimbatore - Mphasis hr@mphasis.com Digital di.recruit@digital.com Alopa hrindia@alopa.com Silicon Automation Systems careers@sasi.com Birla Software recruitment@birlasoftware.com WebXL jobs@webxl.com Talisma got2b@talisma.com Aditi got2b@aditi.com want2b@aditi.com AmSoft hrd@amsoftis.com Bangalore Software jobs@bangaloresoftware.com ARTHUR ANDERSEN rescw@arthurandersen.com Raffles careers@raffles.soft.net ECosmos hr_ecosmos@netkracker.com SAP sanjukta.sarkar@sap.com PUNDITS protocol@pundits.com AZTEC jobs@aztecsoft.com Infy Banking Software banking_hrd@infy.com Infy IS Software careers.IS@inf.com HPS(Perot) Global opportunities@hpsblr.soft.net CSS jobs@csshome.net CBSI recruiting@cbsinc.com NetGalactic hr@netgalactic.com Orbit-e livefree@orbit-e.com is3c hr@is3c.com Tenet jobs@tenetindia.com GMR Info opportunities@gmrinfo.com Intergraph resume_india@intergraph.com Net-Kraft be@net-kraft.com
