集成电路布局专有
向国家知识产权局提出申请哦，提供材料登记一下即可。
集成电路布图设计登记的条件
1、要求保护的布图设计必须具有独创性，即该布图是创作者自己的智力劳动成果，并且在其创作时，该布图设计不是布图设计创作者和集成电路制造者中公认的常规设计；2、受保护的由常规设计组成的布图设计，其组合作为整体同样应当具有独创性。
集成电路布图设计登记申请所需时间
审查采用登记制，申请经初步审查合格即获准登记。登记过程较短，一般申请递交之后2个月左右即可拿到证书。
五、集成电路布图设计登记所需材料
必须提交的文件：
1、集成电路布图设计登记申请表1份；
2、图样1份；
3、图样的目录1份；
可能需要的文件：
4、集成电路布图设计在申请日前已投入商业利用的，申请登记时应当提交4件样品至国家知识产权局专利局；
5、申请人委托代理机构的，还应提交集成电路布图设计登记代理委托书；
此外，代理人还可以提交：
6、包含集成电路布图设计图样电子件的光盘；
7、集成电路布图设计的简要说明。
申请文件的形式要求：
图样：包括该布图设计的总图和分层图，以适合A4纸的大小打印在A4纸上；每页纸打印一幅图；当图纸有多时，应顺序编号。
图样的目录：应写明每页图纸的图层名称。
样品：所提交的4件集成电路样品应当置于专用器具中，器具表面应当贴上标签，写明申请人的姓名和集成电路布图设计名称。
简要说明：说明该集成电路布图设计的结构、技术、功能和其他需要说明的事项。
『贰』 集成电路布图设计专有权该如何转让
布图设计权利人可以将其专有权转让或者许可他人使用其布图设计。转让布图设计专有权的，当事人应当订立书面合同，并向国务院知识产权行政部门登记，由国务院知识产权行政部门予以公告。布图设计专有权的转让自登记之日起生效。
『叁』 集成电路布图设计专有权包括哪些
除了总图还应该包括各工艺步骤分层图。应该是一整套图都享有共同专利。
『肆』 集成电路及专用装备所需专业有哪些
我们有本科专业，也有专科。
从就业的角度出发，也可以考虑学一门内实用的技术，其实容计算机专业就是很好的，
比如ui设计、4G移动开发、互联网编程、大数据、云计算、VR等等就业前景都挺好。
看自己的兴趣和未来的发展方向， 然后选择就行...
我们的很多学生都是学有所成，祝你一切顺利
『伍』 集成电路最相关的专业是什么
你可以报电子科技大学，可以选《晶体管原理》作为考试科目，具体参考学校的招生说明。其实如果你真的喜欢集成电路的话，还是建议不要放弃探索半导体物理，尤其是做模拟的话，对你有帮助。
『陆』 我们企业有一集成电路布图设计专有权，被B企业侵犯。我企业不想通过法院起诉来解决，所以请求国务院专利
问：我们企业有一集成电路布图设计专有权，被B企业侵犯。我企业不想通过法院起诉来解决，所以请求国务院专利行政部门处理。请问：侵犯集成电路布图设计专有权的纠纷由哪个部门负责？
答：君同法律在线咨询为您解答
不同案件的种类对于管辖权有不同的规定，已专利权管辖为例：专利权是专利人利用其发明创造的独占权利，专利侵权是指未经专利权人许可，以生产经营为目的，实施了依法受保护的有效专利的违法行为。
专利侵权可以向以下法院起诉：
1、依被告住所地确定管辖法院。
被告住所地的人民法院具有专利案件管辖权的，由被告住所地的人民法院管辖。如果被告住所地的人民法院没有管辖权的，由被告住所地的省、自治区、直辖市人民政府所在地的中级人民法院管辖。
2、依侵权行为地确定管辖法院。侵权行为地包括侵权行为的实施地，也包括侵权结果的发生地。
（1）原告仅起诉制造者的，侵权产品的制造地与销售地不一致的，制造地的人民法院有管辖权。
（2）原告同时起诉制造者和销售者的，制造地和销售地的人民法院都有管辖权。此时，当事人可以选择向其中一个法院起诉。
（3）销售者是制造者的分支机构的，原告向销售地的人民法院起诉制造者的制造、销售行为的，销售地人民法院有管辖权。
相关知识
《专利法》第六十三条规定，有下列情形之一的，不视为侵犯专利权：
（一）专利权人制造、进口或者经专利权人许可而制造、进口的专利产品或者依照专利方法直接获得的产品售出后，使用、许诺销售或者销售该产品的；
（二）在专利申请日前已经制造相同产品、使用相同方法或者已经作好制造、使用的必要准备，并且仅在原有范围内继续制造、使用的；
（三）临时通过中国领陆、领水、领空的外国运输工具，依照其所属国同中国签订的协议或者共同参加的国际条约，或者依照互惠原则，为运输工具自身需要而在其装置和设备中使用有关专利的；
（四）专为科学研究和实验而使用有关专利的。
为生产经营目的使用或者销售不知道是未经专利权人许可而制造并售出的专利产品或者依照专利方法直接获得的产品，能证明其产品合法来源的，不承担赔偿责任。
『柒』 集成电路版图的全自动布局布线
加分我告诉你
先给你一个目录吧 english
Synthesis, Place & Route
Ketan Joshi
Director of Marketing, SP&R
Design Concept to Implementation
Design Implementation Plan
Proctive Design Plan with Cadence SP&R
Proctive Design Plan with Cadence SP&R
Proctive Design Plan with Cadence SP&R
Ambit BuildGates Quick Reference Card
What is it?
A logic synthesis tool
Like conventional synthesis, with greater performance and capacity
Who is the Typical User?
Logic designers using ASIC or COT flows
Why is it Better?
Higher performance/capacity
Superior QoR
Integrated Static Timing sign-off
Integrated Chip Synthesis and STA
Ambit BuildGates: Comprehensive Synthesis
Verilog, VHDL, EDIF
Integrated, Sign-off timing engine
Time Budgeting
Graphical UI
Distributed synthesis
AmbitWare
Test Synthesis
TCL - user interface
SDF,GCF, PDEF
Sun, HP, IBM
Business Statistics Conventional Synthesis
Over 500 customers
More than 3000 active licenses worldwide
Leading ASIC vendor support
AMI, Atmel, Chip Express, Faraday Technology, Fujitsu, IBM, Kawasaki Steel, LSI, Lucent, Matsushita, Mitsubishi, NEC, OKI, Toshiba, VLSI
Proctive Design Plan with Cadence SP&R
Low Power Synthesis Option Quick Reference Card
What is it?
An option to Ambit BuildGates and PKS
Enables less power consuming design
Who is the Typical User?
Logic designers using ASIC or COT flows;
Battery powered applications, consumer electronics
Why is it Better?
Integrated, single tool solution
Superior power savings
Faster runtime
Low Power Synthesis Option
RTL and gate level optimizations
Auto clock gating
Sleep-mode for moles, components
Fully design-constraint driven
Accurate -- RTL transformations based on gate level timing/power
Power analysis
Integrated transparently
Customer Benchmark Data
Significant power savings over conventional flows
Customer 1: 48% power rection
Customer 2: 58% power rection
Better timing, area, and power numbers than competitors
Customer 2: 8.3% better power; 5.6% smaller area; better slack
Customer 3: 14.99% better power; 6x faster runtime; similar area, slack
Proctive Design Plan with Cadence SP&R
Datapath Synthesis Option Quick Reference Card
What is it?
An option to Ambit BuildGates and PKS
Enables faster design, smaller area
Who is the Typical User?
Logic designers using ASIC or COT flows
DSP, multimedia, telecom, networking, processor
Why i it Better?
Integrated, single tool solution
Superior timing and area
Greater Proctivity
Datapath Synthesis Option
Integrated transparently
Automatic partitioning of datapath and control
Automatic Operator Merging
Automatic architecture selection, creation
Enhanced component library
Integrated flow, Outstanding Results: Area, Speed
“ Development of our advanced wireless procts demands high performance synthesis of complex signal processing algorithms. The Ambit BuildGates and its Datapath Option deliver outstanding results in both circuit size and speed, meeting our tough timing requirements. The Datapath option gives the obvious benefit of writing pure RTL versus instantiation of specialized datapath blocks. The significant savings in time and tool expenditures makes the Datapath option very attractive.”
Jim Nelson
Vice president of technology
LinCom Wireless
Upto 50% Area Rection, Streamlined Flow
“ The Cadence Datapath Option has streamlined our design process, and has proced up to 50 percent rection in datapath area. As the instry leader in support for Verilog 2000 in synthesis, Cadence makes the RTL much cleaner, smaller, and more understandable. This feature was integral in the completion of our Fast Fourier Transform (FFT) design with complex multipliers and radix-4 Butterflies.”
Raja Gosula
ASIC Manager
Innocomm Wireless
Proctive Design Plan with Cadence SP&R
PKS Quick Reference Card
What is it?
A physical synthesis tool
Like conventional synthesis with superior timing-correlation and Quality of Results
Who is the Typical User
Logic designers using ASIC or COT flows
Why is it Better?
Superior correlation +/- 3%
Superior QoR & Capacity
Superior integration
PKS: What Problem Does It Solve?
DSM Timing Closure is Unpredictable
Poor correlation between Synthesis and P&R timing
Repair methods are slow to converge
SP&R Test Case 45
Video/graphics
160k instances
70 macros
5 layers, 0.18 micron
Target freq: 100Mhz
Test 45 Slack Summary
Test 45 Slack Summary
SP&R ASIC Vendor Support
SP&R Customer Adoption
SP&R Customer Adoption
Proctive Design Plan with Cadence SP&R
Silicon Ensemble - PKS Quick Reference Card
What is it?
An optimization place & route tool
Like conventional P&R with superior optimizations and Quality of Results
Who is the Typical User
Digital physical designers
Why is it Better?
Superior timing and area
Signal Integrity Prevention, Analysis, and correction
Low-risk proven upgrade
Timing Closure with SE-PKS
Integration of Physical Synthesis Technology
Flow supports conventional or physical synthesis netlist or database hand-off
Preserved traditional flow steps, upgraded engines
No constraint handling issues
On-line SI technology
Clock Distribution
Clock Tree Generation
Supports gated, inverting, non-inverting, and multi-level clock trees
Clock Wire Self Heat Prevention
Inserts buffers to rece the load
Uses wide-wire clock routing
Clock Net Hot Electron Prevention
Slew control through driver upsizing and repeater insertion
Signal Integrity
Crosstalk
Prevention
During placement optimization
Analysis and Correction
Handles both glitch and delay effects.
Post route automatic fixing
Repair Techniques
Buffer Insertion
Most cost-effective in case of congested design
Default method of fixing
Wide Space routing
Best suited for errors in non-congested areas
No penalty of logic verification (formal verification)
Shielded routing
Useful for critical nets such as Clock
Consumes routing resources
Crosstalk Results
69618 components, 43085 nets, 771 I/O pins
0.25um, 5 LM, 1.8V, 5 clocks, Max Freq - 140MHz
Power Analysis
Electromigration Analysis :
Supports comprehensive rail analysis
Clearly identify and flag segments of the rail susceptible to electromigration
Correct ring the power routing phase
Voltage Drop Analysis:
Supports both static and dynamic voltage drop on the power grid
User generated vcd file input
Clearly identify and flag problem segments of the rail
Correct ring the power routing
Power Analysis Results
Business Statistics SI
Over 40 customers
More than 1000 active licenses worldwide
In use by leading ASIC vendors
Fujitsu, Hitachi, Mitsubishi, Sony, NEC, Toshiba,...
In use by leading semiconctor companies:
Cisco, Conexant, Motorola, Nortel, HP-Agilent, Texas Instruments
SI Library Characterization
Libraries Vendors - Artisan, Nurlogic, Virtual Silicon
Foundries - TSMC 0.18u, 0.15u UMC 0.15u
Other partnerships underway
Library SI cookbook available for In-house library developers
Quality of Results
Routing
Proven technology
Fastest in the instry
High density
Crosstalk repair
Antenna avoidance and repair
Supports ECO
Incremental routing
Capacity
64-bit SE-PKS
Solaris port available in May, HP port in June
Increased capacity for QP, WR, Pearl, HE
Can handle flat designs up to 10M gates
Business Statistics P&R
Over 400 customers
More than 5000 active licenses worldwide
In use by leading ASIC vendors
Fujitsu, Hitachi, Mitsubishi, Motorola, NEC, Toshiba,...
In use by leading semiconctor companies:
IBM, Intel, Motorola, Philips, ST, Texas Instruments
Proctive Design Plan with Cadence SP&R
Integration Ensemble Quick Reference Card
What is it?
A complete Front to Back, Synthesis Place & Route tool
Who is the Target Customer
Digital logical designers
Digital physical designers
Why is it Better?
Capacity/Hierarchy
Superior timing and area
Signal Integrity Prevention, Analysis, and correction
Major Features
Proctive Design Plan with Cadence SP&R
『捌』 集成电路布图设计专有权的保护期限
第十二条 布图设计专抄有权的保护期为10年，自布图设计登记申请之日或者在世界任何地方首次投入商业利用之日起计算，以较前日期为准。但是，无论是否登记或者投入商业利用，布图设计自创作完成之日起15年后，不再受本条例保护。
15年最长保护期的意思是说从设计完成之日起15年内属于保护期，如果你是完成后10年申请专利的，那么保护期就只有5年。如果你是第16年申请专利，那么你的专利权已经灭失，成为仅有。
完成设计到申请专利前的时间内如果有人使用了你的专利，你在申请专利后没有权利进行追偿，但可以要求其停止继续使用。
『玖』 专用集成电路设计 布局图
ledit是什么啊？用cadencecomposer或者quartusII等软件我能画出来，但是没听说过Ledit啊！
画好了一个，你的画片有问题啊，看有没有抄错，本人也菜鸟一个！
