Posts Tagged ‘Build’

Helic’s VeloceRF? is Selected by Fujitsu to Build RFIC Design-flow for Sub-100nm CMOS Processes

Sunday, July 17th, 2011

Helic’s VeloceRF™ is Selected by Fujitsu to Build RFIC Design-flow for Sub-100nm CMOS Processes










Athens, Greece (PRWEB) June 4, 2007

Helic S.A. proudly announces that Fujitsu Limited has adopted VeloceRF™ and Helic’s technology to build a new design-flow for RFICs in its 90nm and 65nm CMOS processes. The parties have agreed to develop world-class tooling and design methodology to support rapid prototyping and volume production of high-frequency ICs applying advanced lithography techniques.

Helic’s EDA tool, VeloceRF™ features a rapid and high-capacity vector-based RLCK modeling engine, the VeloceRaptor™, a powerful matching engine to support layout-vs.-schematic verification of any kind of integrated inductive component and a spiral inductor synthesizer, the Spiral Wizard™. The tool efficiently addresses DFM requirements emerging for RF CMOS at the 90nm process node and below. Features such as conductor track slotting to mitigate metal stress, geometry resizing under current density constraints and the use of dummy fill patterns are programmed in the VeloceRF™ parametric inductor library and are consistently supported by the Spiral Wizard™, the modeling engine and the layout and LVS modules.

The Spiral Wizard™ synthesis engine supports the creation of patterned shields to enhance inductor quality factor (Q) and improve substrate isolation. Generated inductor layouts are fully parametric and DRC-clean by design, easing adoption by foundries and design teams. VeloceRaptor™, the rapid, vector-based RLCK modeling engine is powered by a proprietary broadband skin-effect model, with demonstrated accuracy even above 40 GHz. The engine’s speed is class-leading and outperforms commercial EM simulators and shape-based extraction tools. Built-in netlist reduction keeps netlist sizes and simulation times at reasonable levels, without loss of model precision.

“First-time-right RF silicon has been a dream. We strongly believe the designer-centric methodology, the tools and the PDK adaptation we provide with Helic is the ultimate door opener to the whole new world of RF COT/ASIC,” said Mr. Tetsu Tanizawa, principle director, Technology & Business Foundation, Electronic Devices Business Group of Fujitsu Limited.

“Fujitsu leverages its leadership in sub-100nm CMOS silicon fabrication to foray the RFIC market and we are very proud to be part of the project. Their process engineering and EDA teams have challenged us to set higher standards for our product to address efficiently their needs,” said Dr. Yorgos Koutsoyannopoulos, CEO of Helic.

“Our new approach with Helic enables deeper and direct communication with customers on RF design issues in designer’s language, other than just a COT library support. Grounding, substrate noise, magnetic coupling are just a few among those critical effects that vary the true performance of RF circuits. Dynamic PDK support reflected in shorter design-time is the key for success,” said Dr. Yuu Watanabe, deputy general manager, Technology Development Division, Electronic Devices Business Group of Fujitsu Limited.

About Helic

Helic specializes in the development of enabling EDA technologies for RFIC and systems-in-package (SiP) design. Helic’s VeloceRF™ is the leading EDA tool for integrated inductor synthesis, modeling, and verification and has been adopted by several renowned semiconductor companies worldwide. With a global reach and sales offices in Europe, the U.S., and Japan, Helic offers its customers EDA tools, intellectual property (IP), and services that enable delivery of first-pass silicon, while greatly reducing the development cycle for complex wireless transceiver products. Helic is headquartered at 12 Sorou str., Marousi, GR-15125, Athens, Greece. For additional information please visit Helic at http://www.helic.com or call +30-210-9949390.

Additional information on VeloceRF™ is available at: http://www.helic.com/products/VeloceRF.

Helic and the Helic logo are registered trademarks, VeloceRF and Spiral Wizard are trademarks of Helic S.A. All company or product names mentioned herein are trademarks or registered trademarks of their respective owners. Information provided in this press release is accurate at time of publication and is subject to change without advance notice.

Editorial Contact:

Helic S.A.

Nikolas Provatas

T: +30-210-9949390

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More CMOS Layout Press Releases

How To Build A New Home & Save Thousands.

Wednesday, April 20th, 2011

A Step-by-step Guide To Building A Home With No Experience.
How To Build A New Home & Save Thousands.

South China Sea Layout: build semiconductor lighting the whole industry chain

Wednesday, February 16th, 2011

Foshan is the important production and R & D base electric light, electric light output value of 2009, 10.0 billion, with electric light industry, 45 high-tech enterprises in Guangdong area of R & D center power source 5, the relevant upstream and downstream enterprises 400 many.

Foshan South China Sea as a light source lighting the core area of the industry chain, from upstream of the material with, electric light source to the downstream lighting, mold and application side complete industrial chain, and closely integrate all aspects of upstream and downstream integration of a strong supporting capacity. In order to fully extend the advantages of traditional electric lighting industry, the South China Sea area has for the semiconductor industry, the development of this new lighting first established high-tech services to the financial district of Guangdong, the Guangdong Urban Industry Base, the South China Sea Economic Zone, Luocun new light industrial base, the South China Sea national ecological industrial park and other mature carrier.

In the semiconductor lighting industrial upgrading in the process of gathering the snow Wright Nanhai District, Nanhai CMO, Xu Rui optoelectronics, Akinobu Group, economic win photoelectric, GeIL large number of high-quality electronics, enterprise, and Zhongshan University, Huazhong University of Hong Kong Science and Technology University and so close the LED cooperate with universities have Zhongshan, Foshan Institute of Technology Research Institute Guangdong flat panel display industry and other public service platform and LED under construction industries of Hong Kong University of Science Engineering Research and Development Center, the existing LED related dozens of businesses and services in 2009, semiconductor lighting industrial output value of 2 billion yuan. Currently the South China Sea to Foshan Lighting, Osram, Snow Wright and some other country and the world’s leading companies as a leader, to the South China Sea area Luocun electric light illumination for the support of considerable size of the lighting appliance industry clusters, and with the close of danzao Hardware , Dali Industrial aluminum, in water, mold, Lion of the photoelectron, Guicheng mechanical equipment manufacturing facilities, and the Foshan region with the country’s largest cluster of small household appliances such as electric light, Foshan and to jointly develop a complete industrial chain lighting.

Since 2009, has also received the South China Sea semiconductor lighting industry developed rapidly. Xu Rui company settled with the Foshan, Nanhai semiconductor lighting industrial technology innovation platform and test base to invest in construction, South China’s largest source market of South China Lighting Electric (International) Electric Light Source Lighting City beginning to take shape, the South China Sea by the Provincial Science and Technology Department identified The new light source for the industrial base of Guangdong, South China Sea has opened up LED industry chain, is expected to end the first breakthrough LED lighting applications to promote the bottleneck, significantly reduce the price of LED products, traditional business restructuring and LED lighting products to find breakthrough universal.

To speed up the development of the industry, the South China Sea area has been introduced in October 2009 to accelerate the development of semiconductor lighting industry support measures related to the establishment of the total size of one billion to 20 billion special fund for industrial development, in enhancing independent innovation capacity, strengthening public platform construction, building demonstration project, promoting investment and financing for industries such as strong support, will rely on independent innovation and industrial agglomeration combined to create from chip research, equipment manufacturing, LED epitaxial wafers and chips, power package, applications development, pilot and production, product testing to market the whole flow of semiconductor lighting industrial chain, the next 3-5 years will be formed 30 billion to 500 billion industrial scale, a well-known semiconductor lighting industrial base.

I am a professional editor from Machining Parts, we provide Sheet Metal cabinet, Sheet Metal Parts… welcome to visit!


Article from articlesbase.com

How to Build Your Own PC and save $$$!

Thursday, October 7th, 2010

The First Guide on how to build a computer in CB! No Competition and Huge potential for success! Teaches everything from researching the parts to building! Very informative guide! Jump on this chance Now before others do!
How to Build Your Own PC and save $$$!

Build your PC – Learn the pros and cons of your Built-in (on board) cards

Wednesday, August 25th, 2010

Understand what are the advantages and disadvantages of your integrated (onboard) card on your motherboard is important in building your computer. You will be wiser to choose your own components to suit your own needs. Built in card (on board), which means the integration of sound, network, modem, video card and other peripheral components to your map mère.Pendant the early years, the motherboard uses many connections and additional cards. This causes too much confusion for the computer manufacturer. Today, it is not a problem because most expansion cards are now integrated into the card mère.Par Therefore, the main advantages for integrated cards is that it makes much more easy for you to build your computer because of the lower connections. It can also save you money by not buying another card for your système.Let ‘s talk about the disadvantages of the integrated maps. Built-in maps are not repairable and upgradeable as it is fixed. But this is not a problem you do not need to buy the entire board if one of the up-card becomes defective. Just disable the CMOS settings and replace the defective integrated with an expansion card. The same thing you do when you’ve decided to update one of your cards on the future. Some last motherboard will automatically disable the onboard card when you install your new expansion card. In conclusion therefore, if you’re computer application is for a simple office work, I suggest you buy a motherboard that supports many integrated card. However, if your application is more graphics buy a separate video card probably a PCI-E. On board video card affects graphics performance dramatically, because it has taken some of your main memory and actions on your data bus. Therefore, it produces a slowdown graphique.En learn more about how to build your computer in 8 easy steps.

How to build a gaming computer for under $ 1000

Monday, August 9th, 2010

complete eBook on how to build a computer gaming high performance for less than $ 1,000. This package reveals the best PC components to buy, and provides instructions step-by-step illustrations and color to build the perfect game Pc.
How To Build A Gaming Computer For Under $1000

Build a PC? Learn how to choose components, and avoid costly mistakes!

Friday, July 16th, 2010

Building my own computer has been one of my favorite projects. Customize your machine needs and the self-assembly is always an incredible thing. However, there are so many different parts of PCs out there, sometimes it is a bit difficult to know what you should buy! In this blog I am an essential part of computers, and how to make sure you pick the components that play well together. Shopping Parts First, you need a place to do your shopping. If you do not have computer stores around you at the local level (like me) you’ll have to go online. What is not a problem! Big selection, low prices and quality merchandise if you know where to look! Is the only time I recommend buying on Ebay. If you’re new to the computer, you may receive a lot of parts that are useless to you because of Seller Representative MIS. Most sellers have a policy on the verification of compatibility – then you will be stuck with the parties. My favorite source for games online Directron PC. They have a great selection, low prices, reasonable shipping, and I’ve never been disappointed with them. There are many other good places like New Egg, but personally I do not need to buy anywhere else. Motherboards —————- The motherboard is the heart of your PC. All other parts connect, and are given life. When you buy a motherboard you must make sure that it will work with all your other parts. When looking to make a purchase ask yourself the following questions. * Does the council support the processor I want? * Is there memory support single or dual channel? Is there enough housing? * How many PCI slots do I need? * Is this support IDE, SATA, or both? * How big is it? Walking through the long list of specifications, you can browse until you have answered all these questions. We will take this motherboard MSI for an example. . Processors: Supports 64-bit AMD Athlon 64 (Socket 754). Supports 2800 +, 3000 +, 3200 +, 3400 +, 3700 +. Supports Sempron 2600 +, 2800 +, 3000 +, 3100 +, 3300 +. ”This board supports AMD – If you want to use an Intel processor, you’ll need to choose a board that is made for people. The figures are the processor power – he supported a 2800 – 3700 MHz Athlon 64 or 2600-3300 MHz. Sempron Make sure you buy the right decision if you end up with bad connections! In the case of our example we will need to have a 754. “ Memory: Supports two 184-pin DDR SDRAM up to 2GB memory size. Supports DDR400 * / DDR333/DDR266 DDR SDRAM. ”This card has two RAM (Random Access Memory) slots. It supports up to 2GB of DDR400 memory, DDR333. DDR266 and varieties. If you do not buy the right club, they do not fit into slots. On-Board IDE: An IDE controller on the VT8237R chipset provides IDE HDD / CD-ROM with PIO, Bus Master and Ultra DMA 66/100/133 operation modes. It can connect 4 Ultra ATA drives. Serial ATA/150 controller integrated in VT8237R: Up to 150 MB of transfer / s speed. Can connect up to two Serial ATA drives. Support RAID 0, RAID 1. Audio: VIA VT1617A 6 Channel software audio codec. Compatible with AC97 ‘v2. 3 Spec. Meet PC2001 audio performance requirement. ”IDE slots are the connections of your hard drives, CD Roms, etc.. The board of directors in this example you will use 4 ATA (IDE) devices. (Two ribbon cables to the commission itself Similarly, and two aircraft to each cable.) This board also supports two SATA devices if you want them, or upgrade in the future. On-Board devices: 1 floppy port supports 1 FDD with 360K, 720K, 1. 2m, 1. 44M and 2. 88Mbytes. 2 serial ports (COM2 supported by pin-out). 1 VGA port. 1 parallel port supports SPP / EPP / ECP. 8 USB 2. 0 ports (Rear x 4 / Front x 4). 3 audio ports in vertical (Line-out, line-in, MIC). 1 RJ-45 jack. 1 IrDA connector for SIR / ASKIR / HPSIR. ”The board also .. * Support for a floppy drive. * 2 Serial COM ports * 1 VGA port * 1 parallel port * 8 USB ports (4 rear of the PC and 4 in front) * 3 audio ports (Line out, Line, and a microphone) * 1 RJ45 Jack (input telephone line or similar) Jack * IrDA (Infrared Data Association) How much you want to spend on a motherboard is to you. If it has everything you want and looks solid, so go ahead. My main board cost about $ 80, had everything needed, and has so far treated me very well. I got support for SATA and four slots for RAM so I can upgrade later if I decide I want. The advice given is a mATX (Micro ATX) Component size, and therefore we must ensure that it fits into the case that we buy. Otherwise the assembly, connectors, etc.. can be disabled. Processors The processor does just what it says – it processes your orders. The best of the CPU, then the faster your computer will be able to give orders. Most people do not need a super high end processor for their daily tasks. Whether you want to go with Intel or AMD is really a matter of preference. You can hear the fighting until your blue in the face processor, but I think it’s just something you should try for yourself. Personally, I’m an AMD user. So we’ll use one of those for our example. AMD Sempron 2800 + ”Specifications: Processor: AMD Sempron. Model: 2800 +. Core: Palermo. Ordering P / N (GDP): SDA2800BXBOX. Mode: 32/64. Stepping: E6. Frequency: 1600Mhz. HT Speed: 1600. Voltage: 1. 40V. Max Temp: 69oC. Thermal Power: 62W. L1 Cache: 128KB. L2 cache: 256KB. CMOS Technology: 90nm SOI. Socket: Socket 754. “ From the description we can gather the information we need! * We know that our motherboard supports AMD. Check it! * We know that it will support a 2800MHz processor power. Check! * We know that our motherboard socket 754 CPU is like this! Check! Well, this processor is compatible! If you want to use a less powerful processor, more or go ahead and browse, just compare the features, and make sure you are always compatible. Most processors come with the radiator, fan, etc.. You do not have to worry about that. HDD Most of the work of this piece is based on how demanding a user you, not compatibility. We’ll use the Seagate Barracuda for our example this time. Specifications: Model Number: ST3160815A. Interface: Ultra ATA/100. Cache: 8 MB Capacity: 160 GB. areal density (average): 101 Gbits/inch2. Guaranteed Sectors: 312,581,808. Rotational Speed: 7200 rpm. Average Latency: 4. 16 ms. Search time for random: random write seek time —————- Maximum interface transfer: 100 MB / sec. PHYSICAL: Height (max): 19. 99 mm (0. 787 inches). Width (max): 101. 6 mm (4. 010 inches). Length (max): 146. 99 mm (5. 787 inches). ”This tells you some information on the computer at random. The important information that we really need at this stage … * Interface: Ultra ATA (IDE) – If you have not taken a board with SATA, so you will need this type of player. FDI are older and not as fast as SATA, but they will save you cash. * Cache: 8 MB – This means you can store a value of 8 MB of data for quick retrieval. Save time for things you use many essentials. * Speed: 7200 rpm – is the speed of your drive spin – The higher the number the faster your hard work, and the faster your computer can retrieve data. * Capacity: 160GB – The most important bit of information! What is the space that we face! Personally, I am very poor in this department, I have a 400GB disk, and always upgrade. If you have a lot of movies, music, games, files and opt for a bigger disk. It is a standard 3. On the drive 5 inches for the actual dimensions are not really important. If you are not a case of build to suit, then you do not really need to measure something like that as cases are built to support this universal player size office. “ Memory (RAM) RAM or Random Access Memory is what your computer uses to run applications. Things are more complicated you have both more memory your computer will need to process these commands. My computer runs 24 hours a day, and I have a lot of idling programs, my 2 GB of RAM is not enough for me. Take a look at this Kingston 512 MB stick. Specifications: Model number: KVR333X64C25/512. 512MB 333MHz 184-pin DDR Memory, No-ECC. Increased performance over mainstream PC100 or PC133 memory. Up to 2. 1 GB / s peak bandwidth using PC2700 DIMMs (with DDR333 memory chips). JEDEC Standard. 184-pin DIMM, non-ECC. DIMM main field: 1. 27 mm. 2. 5 volts. SSTL-2 I / O interface. CAS Latencies: 2. 5. SPD Support. ”From this description, we can see that our RAM .. * 184-pin – All our motherboard needs. * DDR333 (333 MHz) – which is compatible with our motherboard as well. * 512 MB – is fast approaching when it is not enough memory. If you want to run Windows Vista, you should opt for 1GB. If you’re heavy on the applications can I find more if you can afford. Case A case is much preferred, but make sure you have parts that fit inside. If you purchased a card-size, so do not worry a case of micro enterprises. This case will be equipped with a standard or micro ATX motherboard size. You can build anything from a tiny table PC, a server rack full size floor. You have to read the description of everything you look for some just more than others. The one we study here comes with a 450 watt power supply. Keep in mind that whatever you plug in your computer uses power, and you need strong enough to cope. basic rule. . the end the most expensive (more) of your pieces. . the more power they aspire. If you want a giant map that charts the whole thing again, do not skimp on your PSU. ;) Congratulations You have all the important elements for your new computer! I have not highlighted as the CD / DVD, because they should not be that difficult. With the information you have learned about the rest of the components that should be easy for you. :) Good construction. DIY