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Headline (September 2008) Sign Up for SoC News Alert ![]() |
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| Articles for the Week of Sep. 29, 2008 | |
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Featured Article
IP Gate Count Estimation Methodology during Micro-Architecture PhaseThis paper presents challenges of gate count estimation during early architecture design phase along with effective methodology. This paper is backed up with vast experience of various IP designs with logic area up-to several hundreds of kilo gates with several hundred kilo bits of memory. |
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| Articles for the Week of Sep. 25, 2008 | |
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Featured Article
Bridging the DFT and Product Engineering Gap to Achieve Early Silicon ValidationThis paper introduces a unified DFT - PE Methodology, aimed at providing a complete, methodical and fully automated path addressing gaps between DFT and PE team ensuring quick turnaround time in silicon validation. |
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| Articles for the Week of Sep. 18, 2008 | |
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Featured Article
Performance Verification Methods Developed for an HDTV SoC Integrating a Mixed Circuit-Switched / NoC Interconnect (STBus/VSTNoC)This paper presents the performance verification methods that were set up and used for a SoC recently developed at STM. The SoC is a one-chip satellite HDTV set-top-box decoder IC. It integrates many memory-bandwidth demanding IPs sharing one or two DDR2 memories. |
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| Articles for the Week of Sep. 11, 2008 | |
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Featured Article
An HDTV SoC Based on a Mixed Circuit-Switched / NoC Interconnect Architecture (STBus/VSTNoC)This paper presents the interconnect solution adopted for an HDTV SoC developed in HVD division of STM. The SoC is a one-chip satellite HDTV set-top box IC developed in 65nm technology. The interconnect of this HDTV SoC is the first in STM implementing a mixed architecture based on the circuit-switched interconnect named STBus and the new NoC interconnect named VSTNoC. |
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| Articles for the Week of Sep. 04, 2008 | |
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Featured Article
LDPC (Low Density Parity Check) - A Better Coding Scheme for Wireless PHY Layers802.16e standard known as the Mobile Wimax standard integrates various coding schemes in the Physical layer specification including the most efficient ones, the LDPC. In this article we will present the physical layer baselines, we will then focus on the error correcting codes to finally detail our implementation. |
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