A high-bandwidth, high-sensitivity fully differential optoelectronic integrated receiver is implemented in a chartered 3.3 V standard 0.35 μm analog CMOS process. To convert the incident light into a pair of fully differential photo-currents, a novel fully differential photodetector is proposed, which is composed of two completely identical photodiodes. The measurement results show that the receiver achieves a 1.11 GHz 3 dB bandwidth and a ?13 dBm sensitivity for a 10^?12 bit error at 1.5 Gb/s data rate under illumination by 850 nm incident lights.