Static Timing Analysis for Memory Characterization

Static Timing Analysis for Memory Characterization
by Daniel Payne on 11-11-2012 at 6:18 pm

Modern SoC (System On Chip) designs contain a larger number of RAM (Random Access Memory) instances, so how do you know what the speed, timing and power are for any instance? There are a couple of approaches:
[LIST=1]

  • Trust the IP supplier to give you models that use polynomial equations to curve-fit the performance numbers based
  • Read More

    ICCAD at 30: Alberto Looks Back and Forward

    ICCAD at 30: Alberto Looks Back and Forward
    by Paul McLellan on 11-08-2012 at 8:10 pm

    At ICCAD earlier this week, CEDA sponsored a talk by Alberto Sangiovanni-Vincentelli looking back over the last 30 years (it is the 30th anniversary of ICCAD) and looking to the future. As is always the case in these sorts of presentations, the retrospective contained a lot more detail than the going forward part. Clayton Christensen… Read More


    Solido and TSMC for 6-Sigma Memory Design

    Solido and TSMC for 6-Sigma Memory Design
    by Daniel Nenni on 11-06-2012 at 8:30 pm

    Solido Design Automation and TSMC recently published an article in EE Times describing how Solido’s High-Sigma Monte Carlo tool is used with TSMC PDK’s to achieve high-yield, high-performance memory design. This project has been a big part of my life for the past three years and it is time for a victory lap!

    In TSMC 28nm, 20nm and … Read More


    16nm FinFET versus 20nm Planar!

    16nm FinFET versus 20nm Planar!
    by Daniel Nenni on 11-04-2012 at 8:10 pm

    The common theme amongst semiconductor ecosystem conferences this year is FinFETS, probably the most exciting technology we will see this decade. A lot has been written on SemiWiki about FinFETS, it is one of the top trending search terms, but there is some confusion about the process naming so let me attempt to explain.

    In planar… Read More


    Chip On Wafer On Substrate (CoWoS)

    Chip On Wafer On Substrate (CoWoS)
    by Daniel Payne on 11-03-2012 at 5:19 pm

    tsmc cowos test vehicle1

    Our EDA industry loves three letter acronyms so credit the same industry for creating a five letter acronym CoWoS. Two weeks ago TSMC announced tape-out of their first CoWoS test chip integrating with JEDEC Wide I/O mobile DRAM interface, making me interested enough to read more about it. At the recent TSMC Open Innovation Platform… Read More


    Electromigration (EM) with an Electrically-Aware IC Design Flow

    Electromigration (EM) with an Electrically-Aware IC Design Flow
    by Daniel Payne on 11-03-2012 at 4:05 pm

    fig2a

    Electromigration (EM) is a reliability concern for IC designers because a failure in the field could spell disaster as in lost human life or even bankruptcy for a consumer electronics company. In the old days of IC design we would follow a sequential and iterative design process of:… Read More


    Jasper Apps White Paper

    Jasper Apps White Paper
    by Paul McLellan on 11-01-2012 at 7:30 pm

    Just in time for the Jasper User Group meeting, Jasper have a new white paper explaining the concept of JasperGold Apps.

    First the User Group Meeting. It is in Cupertino at the Cypress Hotel November 12-13th. For more details and to register, go here. The meeting is free for qualified attendees (aka users). One thing I noticed at the… Read More


    SpyGlass IP Kit 2.0

    SpyGlass IP Kit 2.0
    by Paul McLellan on 11-01-2012 at 6:00 pm

    On Halloween, Atrenta and TSMC announced the availability of SpyGlass IP Kit 2.0. IP Kit is a fundamental element of TSMC’s soft IP9000 Quality Assessment program that assesses the robustness and completeness of soft (synthesizable) IP.

    IP Kit 2.0 will be fully supported on TSMC-Online and available to all TSMC’s soft IP alliance… Read More


    IBM Tapes Out 14nm ARM Processor on Cadence Flow

    IBM Tapes Out 14nm ARM Processor on Cadence Flow
    by Paul McLellan on 10-30-2012 at 7:33 pm

    An announcement at the ARM conference was of a joint project to tape out an ARM Cortex-M0 in IBM’s 14nm FinFET process. In fact they taped out 3 different versions of the chip using different routing architectures to see the impact on yield.

    This was the first 14nm ARM tapeout, it seems. I’m sure Intel has built plenty … Read More


    Improving FPGA Prototype Debugging

    Improving FPGA Prototype Debugging
    by Daniel Payne on 10-30-2012 at 10:00 am

    FPGA Prototyping is growing in popularity as a method to get an SoC design into hardware running at clock speeds up to 100MHz or so. One downside during traditional FPGA prototyping debug is the limited number of internal signals that you can observe while trying to chase down bugs in the hardware design in the presence of running … Read More