| We have worked on several SoCs that span multiple end-equipments. As a result, we have seen the entire product cycle (many times over) starting from spec definition, design, Silicon validation and debug all the way till product release and customer support. We also have expert knowledge of long-term reliability and product robustness careabouts, and have a mindset where anything we design has the end system in focus.
SoC for wireless applications:
We have experience designing a integrated dual channel Baseband-to-IF transceiver for Software Defined radio and Pico cell BTS applications. Each channel has a 12-bit 125 MSPS ADC, 12-bit 250 MSPS DAC, as well as extensive signal processing functions like interpolation, mixing and decimation.
SoC for medical ultrasound imaging:
We have worked on a fully integrated octal channel Analog front end for medical ultrasound imaging applications. This includes a low noise front end with a LNA and VCA followed by a low power 12-bit 50 MSPS ADC.
SoC for digital imaging applications:
We have designed analog front ends for digital imaging applications integrating a Correlated double sample (CDS), Programmable Gain Amplifier (PGA) , an extremely low power ADC and automatic timing generation.
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