Alpha announces high-performance InP-based process for optical applications

Aug. 14, 2001
Aug. 14, 2001--Alpha Industries, Inc. introduced its advanced InP-based heterojunction bipolar transistor process for high-performance wireless and optical applications.

Alpha Industries, Inc. (Nasdaq: AHAA) introduced its advanced InP-based HBT (Indium Phosphide heterojunction bipolar transistor) process for high-performance wireless and optical applications.

InP's thermal properties, threshold voltages and frequency response rate deliver key performance advantages over competing technologies, including the ability to manufacture smaller and more power efficient products. Equally important, InP enables the integration of optical devices and electronic components.

Alpha's InP process uses the automated production line at the Company's Sunnyvale, California wafer fabrication facility. Among the first products Alpha intends to develop using InP HBT technology are integrated circuits for the transmission and receive path in 40 Gb/s networks.

About Alpha:

Alpha Industries is a provider of RF integrated circuit-based solutions, including semiconductors and ceramic components, for the broadband and wireless communications markets. For more information, visit www.alphaind.com.

Sponsored Recommendations

April 10, 2025
The value of pluggable optics in open-line systems is also becoming more apparent. This webinar describes this trend and explores how such modules can best be employed. Register...
March 25, 2025
Explore how government initiatives and industry innovations are transforming rural broadband deployments, overcoming cost and logistical challenges to connect underserved areas...
Jan. 30, 2025
With the ongoing drive to support AI and the need for high-speed data center interconnection, the call for higher-speed 800G optical technology is emerging. Initially focused ...
April 25, 2025
This webinar will examine trends and advancements at the system and optical module levels for data center interconnect. Register today to join the discussion.