Intel

HGLXT17001ME.A1

HGLXT17001ME.A1 Description

The HGLXT17001ME.A1 is a high-performance 10 Gbps laser driver IC manufactured by Intel, designed for precision optical communication systems. As part of the LXT17001 series, this component is optimized for high-speed data transmission, offering robust signal integrity and low jitter for demanding applications. Though marked as Obsolete by the manufacturer, its legacy design remains relevant for specific industrial and telecom use cases. Packaged in Bulk, it ensures compatibility with automated assembly processes. The device is REACH Unaffected, meaning it complies with environmental regulations, making it suitable for global deployment.

HGLXT17001ME.A1 Features

• 10 Gbps Operation: Supports ultra-high-speed data rates, ideal for fiber-optic networks and high-bandwidth systems.
• Low Noise & Jitter: Engineered for minimal signal distortion, critical for maintaining data accuracy in long-haul communication.
• Bulk Packaging: Facilitates efficient handling and integration into high-volume production lines.
• Obsolete but Reliable: While no longer in active production, its proven performance makes it a viable choice for legacy system maintenance.
• REACH Compliance: Free from restricted substances, ensuring adherence to environmental standards.

HGLXT17001ME.A1 Applications

• Telecommunications: Deployed in 10G Ethernet transceivers and optical line terminals (OLTs) for stable laser modulation.
• Data Centers: Used in high-speed interconnects to ensure reliable data transfer between servers and storage systems.
• Test & Measurement Equipment: Ideal for precision instruments requiring consistent laser driver performance.
• Industrial Networking: Supports robust communication in harsh environments where signal integrity is paramount.

Conclusion of HGLXT17001ME.A1

The HGLXT17001ME.A1 laser driver IC stands out for its 10 Gbps capability, low-noise design, and compliance with environmental regulations. While obsolete, its technical merits make it a dependable choice for maintaining or upgrading legacy high-speed optical systems. Its applications span telecom, data centers, and industrial networks, where performance and reliability are non-negotiable. Engineers seeking a proven solution for laser driver needs will find this IC a technically sound option despite its discontinued status.