Multi-Core AI Edge Processor
A multi-core audio DSP development for a consumer application including a feasibility phase, then RTL-to-GDSII implementation to tape-out.
A multi-core audio DSP development for a consumer application including a feasibility phase, then RTL-to-GDSII implementation to tape-out.
Automotive H-bridge controller design to meet ISO26262 ASIL-D functional safety requirements
A medical ASIC for capturing vital signs measurements and transmitting using Bluetooth Low-Energy with nW standby power.
ASIC, embedded software and PCB design for a safety critical industrial controller with a high current switch targeted at EC61508 SIL 3.
SoC development and verification of a GNSS baseband processor with power-management, including the design of all the analog IP.
Ultra low-power device for harvesting energy from an RFID field and combined with an advanced sensor in a custom package.
Development of a CMOS amplifier to replace a FET based device keeping the same low-noise performance and precise phase response.
Mobile phone sensor with edge processing, encryption, ultra-low power standby power and custom analog blocks.
An audio DSP that for cost and form factor reasons required a very compact die and advanced power management capabilities.