Albis Optoelectronics: APD20D1 – 28-Gbd APD with High Optical Damage Threshold

Feb. 6, 2022
The Albis APD20D1 is a bottom-illuminated ultra-high-speed avalanche photodiode (APD) for the design of high-sensitivity 28G receivers.
The Albis APD20D1 is a bottom-illuminated ultra-high-speed avalanche photodiode (APD) for the design of high-sensitivity 28G receivers. Typical applications include 28-Gbaud PAM-4, 100GBASE-ER4, and 25G EPON. The APD has a large dynamic range and withstands high optical input powers which ensures operation up to overload conditions. The monolithically integrated backside lens focuses the incoming light beam on the topside detecting area. This increases the backside detecting diameter and enables easy and efficient optical coupling.

Judge’s Comment: “A product well suited for longer reach (ER or ER-like) datacom interconnect applications as it combines quality sensitivity for reach and high damage reliance for (inadvertent) back-to-back connection, previously a design limiting concern for such solutions.”

Sponsored Recommendations

From Concept to Connection: Key Considerations for Rural Fiber Projects

Dec. 3, 2024
Building a fiber-to-the-home network in rural areas requires strategic planning, balancing cost efficiency with scalability, while considering factors like customer density, distance...

On Topic: Tech Forecast for 2025/ What Will Be Hot

Dec. 9, 2024
As we wind down 2024, Lightwave’s latest on-topic eBook will examine the hot topics for 2025. AI is at the top of the minds of optical industry players supporting...

Getting ready for 800G-1.6T DWDM optical transport

Dec. 16, 2024
Join as Koby Reshef, CEO of Packetlight Networks addresses challenges with three key technological advancements set to shape the industry in 2025.

Linear Pluggable Optics – The low-power optical interconnects for AI and Hyperscaled data centers.

Dec. 23, 2024
This LightWave webinar discussion will review the important technical differentiators found in this emerging interconnect field and how the electro/optic interoperability and ...