This paper presents the most significant results achieved in the last two years by our group in coherent ultra-dense-WDM PON for λ-to-the-user access. Here we mostly focus on the architectures based on simple OOK-NRZ modulation format. We demonstrated the real-time implementation of our coherent receiver and we proved its compatibility with direct modulated laser (DML). Receiver sensitivities as low as -48 dBm at BER=1·10-3 for 1.25 Gb/s has been observed, showing the feasibility of a coherent ONU receiver based on devices commonly available and with limited cost. The system support quite high ODN losses and allows the λ-to-the-user approach
OAPA It is predicted that demand in future optical access networks will reach multi-gigabit/s per us...
This paper presents the first experimental achievements of the COCONUT project which aims at demonst...
In response to the ever-growing challenge of using conventional direct-modulation/direct-detection t...
This paper presents the most significant results achieved in the last two years by our group in cohe...
This paper presents the most significant results achieved in the last two years by our group in cohe...
This paper presents the most significant results achieved in the last two years by our group in cohe...
This paper presents the most significant results achieved in the last two years by our group in cohe...
We demonstrate experimentally a novel type of coherent low cost Gigabit-to-the-User Ultra-Dense-Wave...
We demonstrate experimentally a novel type of coherent low cost Gigabit-to-the-User Ultra-Dense-Wave...
We demonstrate experimentally a novel type of coherent low cost Gigabit-to-the-User Ultra-Dense-Wave...
We demonstrate experimentally a novel type of coherent low cost Gigabit-to-the-User Ultra-Dense-Wave...
We demonstrate experimentally a novel type of coherent low cost Gigabit-to-the-User Ultra-Dense-Wave...
A new Passive Optical Network (PON) for access, making use of Ultra Dense Wavelength Division Mult...
A new Passive Optical Network (PON) for access, making use of Ultra Dense Wavelength Division Multip...
New technologies for ultradense WDM-PON (udWDM-PON), enabled by coherent techniques and low-cost dev...
OAPA It is predicted that demand in future optical access networks will reach multi-gigabit/s per us...
This paper presents the first experimental achievements of the COCONUT project which aims at demonst...
In response to the ever-growing challenge of using conventional direct-modulation/direct-detection t...
This paper presents the most significant results achieved in the last two years by our group in cohe...
This paper presents the most significant results achieved in the last two years by our group in cohe...
This paper presents the most significant results achieved in the last two years by our group in cohe...
This paper presents the most significant results achieved in the last two years by our group in cohe...
We demonstrate experimentally a novel type of coherent low cost Gigabit-to-the-User Ultra-Dense-Wave...
We demonstrate experimentally a novel type of coherent low cost Gigabit-to-the-User Ultra-Dense-Wave...
We demonstrate experimentally a novel type of coherent low cost Gigabit-to-the-User Ultra-Dense-Wave...
We demonstrate experimentally a novel type of coherent low cost Gigabit-to-the-User Ultra-Dense-Wave...
We demonstrate experimentally a novel type of coherent low cost Gigabit-to-the-User Ultra-Dense-Wave...
A new Passive Optical Network (PON) for access, making use of Ultra Dense Wavelength Division Mult...
A new Passive Optical Network (PON) for access, making use of Ultra Dense Wavelength Division Multip...
New technologies for ultradense WDM-PON (udWDM-PON), enabled by coherent techniques and low-cost dev...
OAPA It is predicted that demand in future optical access networks will reach multi-gigabit/s per us...
This paper presents the first experimental achievements of the COCONUT project which aims at demonst...
In response to the ever-growing challenge of using conventional direct-modulation/direct-detection t...