Dolphin Integration offers IP portfolio for 28 nm multimedia SoC projects
Aimed at supporting leading fabless companies to reach stringent objectives of very low power consumption, small silicon area and low bill-of-material, the offering includes critical virtual components that have been developed to address two principal markets:
1. Ultra Low-Power applications (Mobile multimedia)
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Products |
Main characteristics |
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Standard-cell library |
Reach up to 40 % gain in power consumption thanks to ultra low power design (L = 50 nm) compared to alternative 7-track library |
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Voice detection Mic. insert detection AGC Wind noise filter Embedded low noise regulator |
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Reduced Power Kit Library Library of optimized regulators |
qLR regulators for ultra low quiescent current Retention Alternative Regulators (RAR) for retention mode |
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Islet Construction Kit with its unique Transition Ramp Cell to prevent IR Drop issues and reduce the power consumption by more than half! |
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Memories spRAM ORION |
Single Port RAM optimised for ultra low power consumption |
2. Cost-sensitive applications (Home multimedia)
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Products |
Main characteristics |
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Standard-cell library |
5 to 15 % denser after P&R than standard 7-track library (L = 30 nm) |
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Audio converter
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High density thanks to SESAME-uHD-BTF Voice detection feature High Dynamic range ADC Embedded low noise regulator |
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Reduced Power Kit Library Library of optimized regulators |
Low BoM regulators: iLR-Capless Over-Voltage Protection Modules (OPM) for direct connection to the battery |
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Memories |
Large range of ultra High density memories to reach up to 15% gain in density |
Dolphin Integration; www.dolphin-ip.com
Dolphin Integration aims to contribute to "enabling mixed signal Systems-on-Chip". Its focus is to supply fault-free, high-yield and reliable kits of CMOS Virtual Components of Silicon IP, based on innovative libraries of standard cells, flexible registers and low-power memories. It provides high-resolution converters for audio and measurement, regulators for efficient power supply networks, and application-optimised micro-controllers.
Doklphin places emphasis on resilience to noise and drastic reductions of power-consumption at system level, thanks to its own EDA solutions, not available from the open market, for Application Hardware Modelling as well as early Power and Noise assessment.
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