A bipartisan group of US lawmakers introduces a bill to bar the federal government from equipping sensitive government systems with Chinese optical transceivers
First reported by Reuters ·
Federal agencies can no longer purchase or use Chinese optical transceivers for sensitive systems.
A bipartisan group of U.S. lawmakers has introduced a bill aimed at preventing the federal government from using Chinese-made optical transceivers in sensitive systems. The proposed legislation, introduced on Friday, seeks to block federal agencies from purchasing or using these components, which are critical for transmitting data in telecommunications networks. This move reflects ongoing concerns within the U.S. government regarding national security risks associated with technology sourced from China, including potential espionage or supply chain vulnerabilities. The bill's introduction signals a continued legislative effort to reduce reliance on Chinese technology in critical infrastructure and government operations.
This legislation escalates the ongoing U.S. trade and technology restrictions targeting Chinese firms, particularly in the telecommunications sector. By focusing on optical transceivers, lawmakers are addressing a specific component vital to network infrastructure that has been flagged for potential security risks. The bill's bipartisan nature suggests a broad consensus on the perceived threat, potentially paving the way for wider legislative action against Chinese technology in government and critical infrastructure.
The move will likely impact both Chinese manufacturers of optical transceivers and U.S. government contractors that supply networking equipment. Companies will need to ensure their supply chains are free of these components for federal contracts involving sensitive systems. This could drive further demand for domestic or allied-sourced optical transceivers, potentially increasing costs for government IT projects in the short term as alternatives are sourced and integrated.
AI-written summary. May contain errors.