The continued evolution of high capacity data center interconnects (DCI) requires scalable
transceiver design. The Gigabit Ethernet (GbE) family of standards targets cost-effective and …

We directly compare the performance of 1.55 Fabry-Pérot lasers using quantum well (QW)
and quantum dash gain regions. Other than the gain medium the designs were identical …

This paper reports on the repetition frequency stability of InAs/InP quantum-dash-based
mode locked lasers emitting in the 1.55-μm telecom window and of a long-term frequency …

Amplitude Modulation and Frequency Chirp of an Injection-Locked Quantum Dash
Semiconductor Laser Page 1 Amplitude Modulation and Frequency Chirp of an Injection-Locked …

A directly modulated quantum dash mode-locked laser is proposed for a 50-GHz millimeter-
wave over fiber architecture. This advancement offers enhanced fiber-wireless …

The ever increasing data streams transmitted via optical networks, combined with a growing
interest in reducing the energy consumption of these same networks, have made it clear that …

Static and dynamic properties of InP-based Quantum Dashes of 1.55 μm directly modulated
lasers are reported. Using growth and design optimization, we demonstrate linewidth …

Wavelength tunability assessment of a 170 Gbit/s transmitter using a quantum dash Fabry
Perot mode-locked laser Page 1 Wavelength Tunability Assessment of a 170 Gbit/s transmitter …

Reliable lasers on Si with large bandwidth are desirable for high-performance data
communication systems on Si-photonics platforms. Here, we report short optical pulses …

Scaling and tuning properties of microwave generation in CW injection locked InP-based
mode-locked quantum dash lasers Page 1 Scaling and Tuning Properties of Microwave …