English
Dolphin Integration announces New High Density library Back-Tracking-Free in 180 and 65 nm
Grenoble -- March 6, 2009. Dolphin Integration pursues its unique strategy in the field of standard cells with their unique "Reduced Cell Stem Libraries" by enhancing its celebrated ultra High Density library “SESAME uHD” with the patented Back Tracking Freedom (BTF).
SESAME uHD is not only known as the densest library on the market, but it now additionally enables predictable and faster P&R for the shortest Time-to-Fab!
This new generation is launched for first availability in 180 nm G and 65 nm LP with optimization for high density, but all previous releases of non-BTF libraries are being upgraded for all technological nodes from 180 nm downwards.
For more information on this library click here.
About Dolphin
Dolphin Integration is up to their charter as the most adaptive creator in Microelectronics to "enable mixed signal Systems-on-Chip", with a quality management stimulating reactivity for innovation.
Their current mission is to supply worldwide customers with fault-free, high-yield and reliable sets of CMOS Virtual Components, resilient to noise and drastic for low power-consumption, together with engineering assistance and product evolutions customized to their needs.
SESAME uHD is not only known as the densest library on the market, but it now additionally enables predictable and faster P&R for the shortest Time-to-Fab!
This new generation is launched for first availability in 180 nm G and 65 nm LP with optimization for high density, but all previous releases of non-BTF libraries are being upgraded for all technological nodes from 180 nm downwards.
For more information on this library click here.
About Dolphin
Dolphin Integration is up to their charter as the most adaptive creator in Microelectronics to "enable mixed signal Systems-on-Chip", with a quality management stimulating reactivity for innovation.
Their current mission is to supply worldwide customers with fault-free, high-yield and reliable sets of CMOS Virtual Components, resilient to noise and drastic for low power-consumption, together with engineering assistance and product evolutions customized to their needs.
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