Product category: Design and Development Software
News Release from: Synopsys
Edited by the Electronicstalk Editorial Team on 23 December 2005
NEC adopts phase-shift mask technology
NEC Electronics has adopted Synopsys' phase-shift mask (PSM) technology for production of its high-performance 65nm processor and logic chips
By implementing this key technology, which is part of Synopsys' comprehensive design for manufacturing (DFM) solution, NEC Electronics can enhance yields, decrease leakage current, and maximise chip performance through tight critical dimension control over the lithography process. Synopsys PSM technology is being increasingly deployed by high-performance system-on-chip (SoC) manufacturers worldwide.
This article was originally published on Electronicstalk on 23 December 2005 at 8.00am (UK)
Related stories
Acquisition to expand IP portfolio to DDR
Synopsys is set to acquire the semiconductor IP assets of Mosaid Technologies, and will integrate these into its DesignWare IP portfolio
Development platform precedes Marvell processor
Virtual platform enables development of smartphones, handheld and consumer electronics devices that use the Marvell PXA3xx XScale technology application processor
It gives designers the benefit of tighter control of critical dimension (CD), the width of feature sizes on the silicon, and enhanced lithography resolution which is critical at the 65nm node and beyond.
The benefit of this tighter CD is increased chip performance and higher yield, which means more dies on the wafer meet design specifications.
Synopsys' PSM technology will be used to support the ramp of NEC Electronics' 65nm CMOS process.
'To increase the performance of our products, we must move to deeper submicron processes and adopt technology that addresses unique manufacturing requirements', said Shuichi Inoue, General Manager of the Manufacturing Operations Unit at NEC Electronics.
'Synopsys' PSM technology substantially enhances the resolution of our existing lithography equipment enabling us to increase our yields, decrease leakage current, and improve our chip performance at the 65nm node'.
'We work closely with our customers to develop processes which accelerate high-yield chip production on advanced process nodes', said Anantha Sethuraman, Vice President of Marketing for DFM, Synopsys.
'Synopsys' PSM technology is a proven solution for delivering the lithography resolution required for the 65nm process node'.
'This success further validates Synopsys' leadership position in providing a comprehensive DFM solution for high-yield designs at 65nm and beyond'.
• Synopsys: contact details and other news
• Email this article to a colleague
• Register for the free Electronicstalk email newsletter
• NEW
• Electronicstalk Home Page
Related Business News
Icoa Is Partnering With Anchorfree To...
...Enhance And Monetize Thousands Of Wi-fi Hotspots. Icoa, Inc., a national provider of wireless broadband Internet access and managed network services in high-traffic public locations, and AnchorFree Inc., a rapidly growing Wi-Fi community powered by advertising, have announced today that they are partne
Olympics raises demand for IT contractors
The number of IT contractors working in the engineering sector has almost doubled in 12 months because of demand generated by the 2012 Olympics, according to contractor Giant Group PLC.
Stellar Appoints CIO to Lead Call...
...Centre Outsourcing Technology Strategy. Stellar, a leading global business process outsourcing provider, today announced that Warwick Marx has been appointed Chief Information Officer of Stellar Asia Pacific.
Dell pushes for better Linux drivers
Dell wants to see better software drivers for Linux so that the firm can ship more notebooks and desktops running the operating system, according to one of its software engineers.
Eds Sales Take A Tumble
Dave Friedlos, Computing , Thursday 17 May 2007 at 00:00:00 But experts say downturn may reflect market weakness, writes Dave Friedlos Outsourcing giant EDS has released disappointing first-quarter figures showing slower growth and fewer con