
Semiconductor IP News and Trends Blog
Tag Archives: memory

October 8, 2019 - By John Blyler
Too late to protect memory IP theft; predictive maintenance; IP for AI; CFET transistor innovation, manufacturing IP tests process. Continue reading

January 3, 2017 - By John Blyler
The Robustness Validation approach in design of automotive memory components addresses reliability and safety margins between design and actual application. By John Blyler, Editorial Director, JB Systems Improved reliability is just one of the benefits claimed in using the supply-chain sensitive … Continue reading

January 11, 2016 - By John Blyler
Criticalblue’s CEO David Stewart reveals how software driven hardware performance optimization moved them beyond the chip design world. Continue reading

April 24, 2015 - By John Blyler
Solid state drive (SSD) chip complexity and embedded software for Internet of Things (IoT) cloud data renews need for prototyping platforms. Continue reading

October 11, 2013 - By John Blyler
Two distinct IP functional groups vie for strong growth in the future. Which one will win? Continue reading

September 20, 2013 - By John Blyler
"No! I refuse to die. My memory is stored on the newest Cadence microchips, unlike some I won't name." - Private ATM Continue reading

March 1, 2013 - By John Blyler
As IP leads semiconductor growth, subsystem blocks cause node-based cost challenges, verification issues, hidden embedded cores, interface preferences and more. Continue reading

February 24, 2012 - By John Blyler
Counterfeit memory chips may be the cause of Russia’s Phobos-Grunt space mission failure. Perhaps a truly system-level verification approach is needed. Continue reading

June 24, 2011 - By John Blyler
It’s funny how interface questions rarely have straight-forward answers. For example, ask ARM and OCP about interfaces for shared memory on heterogeneous multicore SoCs. Politics aside, there are reasons why the answer to that question leads to a variety of other questions. For one thing, the original question assumes an equivalence that does not exist. Read on, if you want the entangled details. Continue reading