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Integrated optical subassemblies (OSA) such as integrated transmit and receive optical subassemblies that may be implemented with an optical transceiver module that includes a molded body. The integrated OSA includes a mounting surface defined on a vertical portion of the molded body, a wall extendi

Integrated optical subassemblies (OSA) such as integrated transmit and receive optical subassemblies that may be implemented with an optical transceiver module that includes a molded body. The integrated OSA includes a mounting surface defined on a vertical portion of the molded body, a wall extending about the mounting surface, at least one optoelectronic device, such as a laser diode or a photodiode mounted on a transimpendence amplifier, positioned on the mounting surface, a plurality of bond pads included on the mounting surface in electrical connection with the at least one optoelectronic device, a plurality of conductive feedthroughs defined through the mounting surface, each feedthrough being in electrical communication with a corresponding one of the bond pads; and an optical fiber port that engages the wall extending about the mounting surface, wherein the optical fiber port is configured for receiving an optical fiber cable.

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What is claimed is: 1. An optical transceiver module, comprising: a molded plastic body including a three-dimensional molded structure included thereon, the three dimensional molded structure including a sunken component pocket configured such that when the component is placed in the pocket a top s

What is claimed is: 1. An optical transceiver module, comprising: a molded plastic body including a three-dimensional molded structure included thereon, the three dimensional molded structure including a sunken component pocket configured such that when the component is placed in the pocket a top surface of the component is substantially level with a top body surface enabling electrical connections thereto of minimum length to be established between selected traces that terminate at the component pocket and conductive pads positioned on the component; an integrated optical subassembly (OSA), including: a molded plastic mounting surface defined on a vertical portion of the molded body; a molded plastic wall extending about the mounting surface; at least one optoelectronic device positioned on the molded plastic mounting surface; a plurality of bond pads included on the molded plastic mounting surface in electrical connection with the at least one optoelectronic device; a plurality of conductive feedthroughs defined through the molded plastic mounting surface, each feedthrough being in electrical communication with a corresponding one of the bond pads, wherein the plurality of conductive feedthroughs are arranged such that some of the conductive feedthroughs are in communication with one or more conductive features disposed on a top surface of the molded plastic body and some of the conductive feedthroughs are in communication with one or more conductive features disposed on a bottom surface of the molded plastic molded body, wherein one or more conductive features are configured to run around an edge of the molded plastic body from the top surface of the molded plastic body to the bottom surface of the molded plastic body; and an optical fiber port that engages the molded plastic wall extending about the mounting surface, wherein the optical fiber port is configured for receiving an optical fiber cable. 2. The optical transceiver module in accordance with claim 1, further comprising conductive features defined on portions of the molded plastic body. 3. The optical transceiver module in accordance with claim 2, wherein each feedthrough is further in electrical communication with at least one of the conductive features on the molded plastic body. 4. The optical transceiver module in accordance with claim 1, wherein each bond pad is electrically connected with the at least one optoelectronic device via a wire bond. 5. The optical transceiver module in accordance with claim 1, wherein the molded plastic wall extending above the mounting surface is cylindrical. 6. The optical transceiver module in accordance with claim 1, wherein the at least one optoelectronic device is one of a laser diode or a photodiode mounted on a transimpedance amplifier. 7. The optical transceiver module in accordance with claim 1, wherein the fiber port defines a cavity sized to receive therein the molded plastic wall extending above the molded plastic mounting surface. 8. The optical transceiver module in accordance with claim 1, wherein the molded plastic wall extending above the molded plastic mounting surface is omitted and the fiber port directly engages the molded plastic mounting surface. 9. The optical transceiver module in accordance with claim 1, wherein the integrated optical subassembly is a first integrated OSA, the molded plastic mounting surface is a first mounting surface, the molded plastic wall is a first wall, the optoelectronic device is a first device, the plurality of bond pads are a first plurality of bond pads, the plurality of conductive feedthroughs are a first plurality of conductive feedthroughs, and the optical fiber port is a first optical fiber port, the optical transceiver further comprising: a second integrated optical subassembly (GSA), including: a second molded plastic mounting surface defined on a vertical portion of the molded body; a second molded plastic wall extending about the mounting surface; at least one second optoelectronic device positioned on the second mounting surface a second plurality of bond pads included on the second mounting surface, each bond pad being configured to electrically connect with the at least one second optoelectronic device; a second plurality of conductive feedthroughs defined through the molded plastic mounting surface, each second feedthrough being in electrical communication with a corresponding one of the second plurality bond pads, each second feedthrough further being in electrical communication with at least one conductive feature defined on the molded body; and a second optical fiber port that engages the wall extending about the second mounting surface, the second optical fiber port being configured for receiving an optical fiber cable. 10. The optical transceiver module in accordance with claim 9, wherein the first and second molded plastic mounting surfaces are defined on a vertical portion defining the front wall of the optical transceiver. 11. An integrated transmit optical subassembly for use with an optical transceiver module having a molded plastic body, one or more conductive features being defined on portions of the molded plastic body, the integrated transmit optical subassembly comprising: the molded plastic body: a molded plastic mounting surface defined on a vertical portion of the molded plastic body; a molded plastic wall extending about the mounting surface; a laser diode positioned on the molded plastic mounting surface; a plurality of bond pads included on the molded plastic mounting surface in electrical connection with the laser diode; a plurality of conductive feedthroughs defined through the molded plastic mounting surface, each feedthrough being in electrical communication with a corresponding one of the bond pads, each feedthrough further being in electrical communication with at least one conductive feature on the molded plastic molded body, wherein the plurality of conductive feedthroughs are arranged such that some of the conductive feedthroughs are in communication with one or more conductive features disposed on a top surface of the molded plastic body and some of the conductive feedthroughs are in communication with one or more conductive features disposed on a bottom surface of the molded plastic molded body, wherein one or more conductive features are configured to run around an edge of the molded plastic body from the top surface of the molded plastic body to the bottom surface of the molded plastic body; and an optical fiber port that engages the molded plastic wall extending about the mounting surface, wherein the optical fiber port is configured for receiving an optical fiber cable, wherein the plastic body is a single molded piece integral with the molded plastic mounting surface, molded plastic wall. 12. The integrated transmit optical subassembly in accordance with claim 11, wherein the fiber port defines a cavity sized to receive therein the molded plastic wall extending above the molded plastic mounting surface. 13. The integrated transmit optical subassembly in accordance with claim 11, wherein the molded plastic wall extending above the molded plastic mounting surface is omitted and the fiber port directly engages the molded plastic mounting surface. 14. The integrated transmit optical subassembly in accordance with claim 11, wherein the integrated transmit optical subassembly is configured so as to be hermetically sealed. 15. An integrated receive optical subassembly for use with an optical transceiver module having a molded plastic body, one or more conductive features being defined on portions of the molded plastic body, the integrated transmit optical subassembly comprising: the molded plastic body including a three dimensional feature, the three dimensional feature including a vertical ridge defined on the body and including a data signal trace pair disposed on opposite sides of the vertical ridge: a molded plastic mounting surface defined on a vertical portion of the molded plastic body; a molded plastic wall extending about the molded plastic mounting surface; a photodiode atop a trans-impedance amplifier, the trans-impedance amplifier being positioned on the molded plastic mounting surface; a plurality of bond pads included on the molded plastic mounting surface in electrical connection with the photodiode or trans-impedance amplifier; a plurality of conductive feedthroughs defined through the molded plastic mounting surface, each feedthrough being in electrical communication with a corresponding one of the bond pads, each feedthrough further being in electrical communication with at least one conductive feature on the molded plastic body; and an optical fiber port that engages the molded plastic wall extending about the molded plastic mounting surface, wherein the optical fiber port is configured for receiving an optical fiber cable, wherein the plastic body is a single molded piece integral with the molded plastic mounting surface, molded plastic wall. 16. The integrated receive optical subassembly in accordance with claim 15, wherein the fiber port defines a cavity sized to receive therein the molded plastic wall extending above the molded plastic mounting surface. 17. The integrated receive optical subassembly in accordance with claim 16, wherein the molded plastic wall extending above the molded plastic mounting surface is omitted and the fiber port directly engages the molded plastic mounting surface. 18. The intergrated receive optical aubassembly in accordance with claim 15 wherein the integrated receive optical subassemblt is configured so as to be hermetically sealed. 19. The integrated receive optical subassembly in accordance with claim 15, wherein the plurality of conductive feedthroughs are arranged such that some of the conductive feedthroughs are in communication with one or more conductive features disposed on a top surface of the molded plastic body and some of the conductive feedthroughs are in communication with one or more conductive features disposed on a bottom surface of the molded plastic body. 20. The optical transceiver module in accordance with claim 1, wherein the plastic resin is a liquid crystal polymer with a catalyst intermixed therein. 21. The optical transceiver module in accordance with claim 20, wherein the catalyst is composed substantially of palladium. 22. The integrated receive optical subassembly in accordance with claim 16, the three dimensional feature further comprising a trough defined on the top surface of the molded plastic body, the ridge being positioned in the trough to enable the ridge to extend into the molded plastic body as not to exceed an industry standard thickness.