System for enabling solderable optical interconnect with integrated assembly for high-speed data transfer

A modular optical interconnect system, comprising:

• a fiber array unit, wherein a first end of the fiber array unit is connected to a transmitter module and a receiver module, wherein the transmitter module, positioned at a transmitting end of the fiber array unit, comprises a plurality of optical engines for generating a plurality of optical signals;
• wherein the plurality of optical signals are collimated via a primary lens, deflected by a surface of a reflecting prism, and directed toward a fiber core via a secondary lens;
• wherein, the receiver module, positioned at a receiver end of the fiber array unit, comprising a photodetector array configured to receive the plurality of optical signals from the fiber array unit via an optical fiber connector positioned at the second end of the fiber array unit, and convert the plurality of optical signals into electrical signals;
• a low-temperature co-fired ceramics substrate at a base of the modular optical interconnect system, soldered onto a multi-layer substrate, providing a stable, thermally efficient foundation for integrating a plurality of optical and electronic components;
• an optical interconnect unit, integrated with the fiber array unit or closely coupled with the modular optical interconnect, configured to handle a conversion of the plurality of electrical signals to the plurality of optical signals and reverse process;
• and
• a modular heatsink configured to extract heat from transmitting module and receiving module, integrated into the modular optical interconnect system for heat dissipation during high-speed data transfer;
• wherein, the first end of the fiber array unit is connected to either the transmitter module or receiving module and second of the fiber array unit connected to the optical fiber connector and standard ferrules, the optical interconnect unit is integrated with the modular optical interconnect system, converting the plurality of electrical signals to the plurality of optical signals and vice versa, for efficient signal conversion and transmission.