Dolphin Integration: A Commercial Breakthrough for 'Reduced Cell Stem Libraries'
The traditional CCSL approach of "Complex Cell Set Libraries" mingling all sorts of performance optimizations are facing the dead-end of advanced technological processes, where the complexity of characterization is exploding. The novelty of SESAME is to provide consistent "cell stems" ultimately optimized for each voltage and performance islet possible within a SoC. A number of such optimized SoCs embedding diverse library stems, are already in volume fabrication at diverse processes and foundries. In cases where optimizations are under constraint (e.g. minimal area but with a speed limit) the respective stems can be composed efficiently.
The offering of a RCSL comes timely with the growing diversity of technological process nodes: "Cost reduction with Dolphin Integration’s SESAME results from its simple structure facilitating controlled optimization at both the Synthesis and Place-and-route stages, and we appreciate being among the first to benefit from this timely innovation”, says Mr. C.C. TSAI, CTO of Himax in Taiwan.
Indeed, more and more companies are searching for such a differentiator in view of customer requests, either for lowering power consumption or for reducing silicon costs, and selecting SESAME serves to obtain a better market pull.
Further stems, with a variety of optimization criteria, are in development for all technological nodes between 250 and 65 nanometers.
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.
More information on SESAME at: http://www.dolphin.fr/sesame
About Himax
Himax Technologies, Inc. (Himax) is a fabless Driver IC Design company founded on June 12, 2001. Headquartered in Tainan (a city in southern Taiwan), Himax has branch offices in Hsinchu and Taipei, with technical support offices in Japan, Korea, and China.
Himax designs, develops, and markets complete driver IC solutions (for example, gate drivers, source drivers, timing controllers, and operational amplifiers) for various TFT-LCD applications, including handsets, digital still cameras (DSCs), camcorders, car navigators, portable DVD players, note book computers, monitors, and TVs.
|
Dolphin Semiconductor Hot IP
Related News
- Dolphin Integration strengthens their portfolio of Standard Cell libraries with the DUAL innovation targeting Low Power designs
- A Patented Breakthrough for all Performances of Dolphin Integration's Standard Cell Libraries
- Dolphin Integration announces a break-through in logic design drastically improving performances
- Dolphin Integration's Panoply of Memories and Standard Cell Libraries for easing the fabrication capacity shortage
- Dolphin Integration completes their catalog of Standard Cell Libraries with a new stem optimized for low leakage: LL-BTF
Breaking News
- intoPIX Powers Ikegami's New IPX-100 with JPEG XS for Seamless & Low-Latency IP Production
- Tower Semiconductor and Alcyon Photonics Announce Collaboration to Accelerate Integrated Photonics Innovation
- Qualcomm initiates global anti-trust complaint about Arm
- EnSilica Agrees $18m 7 Year Design and Supply ASIC Contract
- SiliconIntervention Announces Availability of Silicon Based Fractal-D Audio Amplifier Evaluation Board
Most Popular
- Qualcomm initiates global anti-trust complaint about Arm
- Siemens acquires Altair to create most complete AI-powered portfolio of industrial software
- Alphawave Semi Reveals Suite of Optoelectronics Silicon Products addressing Hyperscaler Datacenter and AI Interconnect Market
- EnSilica Agrees $18m 7 Year Design and Supply ASIC Contract
- Rapidus Announces Strategic Partnership with Quest Global to Enable Advanced 2nm Solutions for the AI Chip Era
![]() |
E-mail This Article | ![]() |
![]() |
Printer-Friendly Page |