Gearbox IC for Optical Link Data Rate Conversion
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Current optical fiber links require duplication or redesign of optical transceiver modules and ASICs to increase data rates, which is costly and inefficient.
Innovation Solution
The integration of a gearbox IC that performs data rate conversion and phase alignment, allowing existing ASICs to be used with high-speed optical transceivers to double the data rate without redesign, by converting N lanes of X Gbps electrical data signals into N/2 lanes of 2X Gbps signals and vice versa.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Speed
If optical transceiver modules and ASICs are duplicated or redesigned to increase data rates, then the data rate is improved, but the cost and device complexity increase
Solution Approach 1:
A gearbox IC is introduced as an intermediary component between the ASIC and the optical transceiver module. The gearbox IC performs data rate conversion by converting N lanes of X Gbps electrical data signals into N/2 lanes of 2X Gbps signals, enabling higher data rates without redesigning the ASIC or duplicating transceiver modules. This intermediary device resolves the contradiction by providing rate conversion functionality that increases speed while avoiding the complexity of system duplication.
Solution Approach 2:
The invention changes the data rate parameter through the gearbox IC, which converts signals from one data rate (X Gbps) to another (2X Gbps). This parameter transformation allows the system to achieve doubled data rates without changing the fundamental architecture or duplicating components, thereby improving speed while maintaining relatively simple device complexity.
2Speed
If optical transceiver modules and ASICs are duplicated to increase data rates, then the data rate is improved, but the cost increases
Solution Approach 1:
The gearbox IC serves as a cost-effective intermediary that enables data rate conversion without requiring expensive duplication of optical transceiver modules or redesign of ASICs. By implementing rate conversion in a dedicated IC component, the system achieves doubled data rates while avoiding the high costs associated with component duplication and redesign.
Solution Approach 2:
The gearbox IC implements parameter changes in data rate conversion, allowing the system to operate at higher data rates (2X Gbps) without the need to purchase and integrate additional transceiver modules or redesign ASICs. This approach reduces manufacturing costs by avoiding component duplication while still achieving the desired speed improvement.
3Adaptability or versatility
If existing ASICs are used with high-speed optical transceivers, then compatibility is maintained, but data rate conversion and phase alignment are required
Solution Approach 1:
The gearbox IC acts as an intermediary that bridges existing ASICs and high-speed optical transceivers. It performs both data rate conversion and phase alignment functions, enabling compatible operation between legacy ASICs and high-speed transceivers without requiring complex custom integration. The gearbox handles the conversion complexity internally, maintaining compatibility while achieving rate conversion.
Solution Approach 2:
The gearbox IC is designed with multi-functionality, simultaneously performing data rate conversion and phase alignment tasks. This universal component can interface with existing ASICs while supporting high-speed optical transceivers, eliminating the need for separate conversion and alignment systems. The multi-functional design reduces overall system complexity while maintaining broad compatibility.
Data Source
AI summary
A gearbox IC is incorporated into an optical communications system to enable an optical link that incorporates the system to achieve data rates that are at least double that which are currently achievable in optical links. The gearbox IC is compatible with ASIC designs currently used in optical fiber links. The gearbox IC enables the data rate of the optical fiber link to be dramatically increased without requiring a redesign of the ASIC that is currently used in the optical fiber link. The gearbox IC performs data rate conversion and phase alignment for bit streams being transferred via the gearbox IC between the ASIC and an optical transceiver module of the optical communications system.