Digital Optical Communication Module, Who is better, 100G? or 400G?
There are two main application areas of digital optical communication modules, one is the telecommunications market, such as the 5G…
Basics of Fiber-Coupled Laser Diodes
Today, laser diodes are everywhere. They are the simplest components for converting electrical energy into laser power. Laser diodes are…
What is the difference between a PIN Photodiode and a PN Photodiode?
The photodiode is one of the common optical components, but there are many subdivisions of the photodiode, such as the…
Photodetectors Enter The Era Of High Bandwidth
Traditional photodetectors are limited to light sources within a specific narrow frequency bandwidth. Vadim Agafonov, a scientist at the Moscow Institute…
What is the difference between FP Lasers and DFB Lasers?
Both FP lasers and DFB lasers are common optical communication modules, so what is the difference between them? Definition of FP…
EML vs DML Laser: What’s the Difference?
When discussing optical transceivers (especially 100G), we are often asked about two different types of laser technologies: DML and EML….
Photodetectors Enter The Era Of High Bandwidth
Traditional photodetectors are limited to light sources within a specific narrow frequency bandwidth. Vadim Agafonov, a scientist at the Moscow Institute…
New Technology! New High-Performance Photodetectors For Silicon Photonics
As data communications and data traffic continue to grow, traditional electronic interconnections are reaching their limits. Silicon (Si) photonics has…
Where is the Way Out for InGaAs Photodetectors？
The photoconductive detector is a photodetection device made by utilizing the photoconductive effect of semiconductor materials. With the maturity of…
