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Sidense Wins: United States Court of Appeals for the Federal Circuit Affirms District Court Decisions

In its one-word opinion, Federal Circuit “AFFIRMED” Sidense’s summary judgment of non-infringement and dismissal of all of Kilopass’ claims.     Read More

Sidense wins patent infringement case against Kilopass

" ... The Court finds that there is no genuine dispute of material fact that Sidense’s technology does not infringe three of the claim limitations of the patents-in-suit. The Court therefore GRANTS Sidense’s motion for summary judgment...."
Susan Illston, United States District Judge

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Sidense 1T-OTP NVM Products


- Smallest Footprint
- Broad Process Node Availability
- Secure, Reliable Solution
 
The key ingredient for silicon success.

Events

Upcoming Events

Common Platform Technology Forum (CPTF)

Wednesday, March 14, 2012
Santa Clara Convention Center
5001 Great America Parkway
Santa Clara, CA 95054

http://www.commonplatform.com/tf2012/

To schedule a meeting at the CPTF in Santa Clara, please contact:

Jim Lipman
Tel: 925-606-1370
Email: This e-mail address is being protected from spambots. You need JavaScript enabled to view it

To register for the Common Platform Virtual Technology Forum 2012 go to:

http://events.unisfair.com/index.jsp?eid=760&seid=16

 

TSMC Technology Symposiums 2012 – U.S.

Tuesday, April 17
San Jose McEnery Convention Center
408 S. Almaden Blvd.
San Jose, CA 95110

Tuesday, April 24
The Westin-Waltham Boston
70 3rd Ave,
Waltham, MA 02451

Thursday, April 26
Four Seasons Hotel
98 San Jacinto Blvd.
Austin, TX 78701

To register for the TSMC Technology Symposiums 2012 to to:

https://www.lookingcube.com/tsmc/symposium12/welcome_exhib.asp

To schedule a meeting at the TSMC Tech Symposium in San Jose, please contact:

Jim Lipman
Tel: 925-606-1370
Email: This e-mail address is being protected from spambots. You need JavaScript enabled to view it

To schedule a meeting at the TSMC Tech Symposiums in Boston and Austin, please contact:

Susann Friedricks
Tel: 830-613-8948
Email: This e-mail address is being protected from spambots. You need JavaScript enabled to view it

 

Technology

Sidense one-time programmable read only memory IP(ROM, PROM) NVM products built using patented 1T-Fuse

Sidense one-time programmable (OTP) products are built using a patented 1T-Fuse™ architecture, delivering the industry's smallest footprint, lowest power, highest performance and most reliable OTP.

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What People Are Saying About Sidense

"We chose Sidense OTP for code storage in our Telran transceiver platform due to its small footprint, low power consumption and scalability to advanced process nodes for future designs. Sidense OTP helps us to deliver devices to our customers that maximize battery life and meet their performance needs."

Alison Burdett, CTO at Toumaz Microsystems

"Aptina chose Sidense OTP for storing calibration and lens correction information in our image sensor and companion chip products for its small macro area, reliable field programmability to support correction in finished modules, and scalability to new process nodes for future product development. Because Sidense's OTP does not add any additional processing steps or masks to our sensor process, Aptina benefits with a cost and time savings."

Sion Quinlan, Director of Circuit IP at Aptina

"The protection of media content is an important feature of our product line. We found that the technology represented by the Sidense 1T-OTP memory IP was the best available for implementing the level of security that we and our customers require."

Steve Musallam, Vice President of Product Marketing at Magnum Semiconductor

"Because our product is used in mobile handsets, power and form factor are paramount. The excellent support received from Sidense has helped us realize first-pass silicon success."

Domingo Figueredo, VP of Engineering, Parkervision

"Using Sidense's 1T-Fuse™-based memory arrays gives us a highly secure, reliable and the industry's smallest field-programmable embedded OTP memory for our HDMI products. OTP hardware solutions from Sidense let us securely store the encryption keys that protect valuable digital content."

Junzo Shimizu, President and CEO of SLI

"Sidense's OTP IP will allow our customers to meet their very aggressive power targets. Additionally, Sidense's OTP is very small, which allows our customers in competitive markets, such as the consumer space, to achieve their low-cost goals."

Henry Liu, Senior Director of Design Services Division at SMIC

"Sidense technology is compact, secure, robust and power efficient, all of which makes it our preferred solution for embedding secure digital content protection into our XCode™ series of video processors."

Hugh Chow, COO of ViXS Systems

"AMIMON chose Sidense OTP for its reliability and security, which represent two very important considerations in designing components for ;the home and business wireless video equipment market. We are also extremely pleased with the level of support Sidense has given us during pre- and post-sales."

Aviram Matosevich, Vice President of R&D, AMIMON

"One key aspect of the PC clock business is retaining cost competitiveness to non-programmable solutions, and Sidense has the unique advantage of being the smallest OTP in a standard CMOS process. Therefore it is by definition the lowest cost electrically programmable NV memory available."

Greg Richmond, VP Engineering and CTO, SpectraLinear Inc.

"Sidense's low-cost and dense one-time programmable memory gives our common customers the ability to securely store data and code in their products. The high level of service provided by both Sidense and UMC helps assure that these customers experience a smooth transition into silicon production."

Stephen Fu, Directory of the Digital IP Development division at UMC

Applications

Applications: digital consumer, mobile, wireless, RFID, code storage, analog trimming, automotive, industrial, configurable processors, medical applications.

Sidense Logic NVM IP is broadly applied in: digital consumer, mobile, wireless, RFID, code storage, analog trimming, automotive, industrial, configurable processors & logic, and medical applications.

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Products

Products: SiPROM, SLP, ULP, eFuse and Flash alternative, nonvolatile memories

Sidense: 50% smaller, 80% lower power, 10ns access times, densities to 8Mb, available from 180nm – 28nm at the leading foundries in their standard-logic CMOS processes.

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