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 | Interview: Making Reliable Models for SSTA September 10, 2007, Prashant Maniar - Stratosphere Solutions, Inc. Prashant Manier believes the current methodology of process characterization at 45 nm is not a good predictor of performance in the presence of variability. This interview explores lower node design methodology.Read more » Interview: Logic Designers Get Physical July 9, 2007, Matt Rardon - Cadence Design Systems Matt Rardon discusses physical predictability and how the Cadence Logic Design Team Solution closes the gap between logical and physical views of a design.Read more » Interview: Logic designers expand horizons June 4,2007, Nimish Modi - Cadence Design Systems Interview describing the Cadence Logic Design Team Solution—a cross-divisional effort that covers all of the technologies from the Encounter and Incisive platforms relevant to logic designRead more » A Different Approach to Structured ASIC January 29, 2007, Michael Sydow - Lightspeed Design teams are confronted with increased deep sub-micron technology challenges, while they also must be sensitive to the cost and risk of development of the product.Read more » Cadence Conformal LEC – the Intel Experience January 15, 2007, Itai Yarom - Intel This presentation explores how to use the Cadence Conformal LEC tool capabilities to verify different types of designs. In particular, it focuses on the Conformal Ultra capability for verifying complex data-path synthesis and layout. We will use it together with the set effort "complete" command, in order to force the Cadence Conformal LEC to compare all the aborted state points. The design we present is a 1 Gigabit Ethernet chip with around 10 million standard cells.Read more » Encounter SmartKit: The Digital On Top Implementation Platform for STMicroelectonics SmartPower Applications January 9, 2007, Lyes Djama - STMicroelectronics SmartPower, also known as "BCD", in one of the main process families used at STMicroelectronics. Its main feature is the integration in the same chip of CMOS, Bipolar and Power DMOS devices, supporting up to 90V. Due to the special nature of the process, a Digital Implementation Flow for SmartPower designs requires special attention to specific needs like irregular Block Shapes for Digital IPs to be assembled at the top-level, with very challenging block pin management...Read more » |  |
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