Add to ORKGWe report a PAM-ECDMA PON system with 2.5-fold performance improvement over the prior NRZ-ECDMA system. Error-free transmission of two channels in an 8-user 25.6 Gb/s aggregate-data-rate PON is achieved in a proof-of-principle demonstration
Duobinary-PAM3 enables up to 37.5Gb/s with 10G receivers. It has less linearity requirements on tran...
We demonstrate a 16×2.5 Gb/s (40 Gb/s aggregate) OFDM-CDMA PON for next-generation access applicatio...
Current passive optical networks (PONs) use on–off keying (OOK) modulation throughout the entire net...
We report a PAM-ECDMA PON system with 2.5-fold performance improvement over the prior NRZ-ECDMA syst...
We demonstrate for the first time to the best of our knowledge an analogue orthogonal frequency divi...
Current PONs use OOK throughout the network regardless of actual path losses. Flexible 4/8-PAM for b...
Current PONs use OOK throughout the network regardless of actual path losses. Flexible 4/8-PAM for b...
Current PONs use OOK throughout the network regardless of actual path losses. Flexible 4/8-PAM for b...
Current PONs use OOK throughout the network regardless of actual path losses. Flexible 4/8-PAM for b...
We demonstrate for the first time to the best of our knowledge an analogue orthogonal frequency divi...
Duobinary-PAM3 enables up to 37.5Gb/s with 10G receivers. It has less linearity requirements on tran...
International audience<p>We experimentally achieved 40km, real-time, N1 ODN class (29dB) compliant P...
\u3cp\u3eDuobinary-PAM3 enables up to 37.5Gb/s with 10G receivers. It has less linearity requirement...
We demonstrate for the first time to the best of our knowledge an analogue orthogonal frequency divi...
We demonstrate a 16×2.5 Gb/s (40 Gb/s aggregate) OFDM-CDMA PON for next-generation access applicatio...
Duobinary-PAM3 enables up to 37.5Gb/s with 10G receivers. It has less linearity requirements on tran...
We demonstrate a 16×2.5 Gb/s (40 Gb/s aggregate) OFDM-CDMA PON for next-generation access applicatio...
Current passive optical networks (PONs) use on–off keying (OOK) modulation throughout the entire net...
We report a PAM-ECDMA PON system with 2.5-fold performance improvement over the prior NRZ-ECDMA syst...
We demonstrate for the first time to the best of our knowledge an analogue orthogonal frequency divi...
Current PONs use OOK throughout the network regardless of actual path losses. Flexible 4/8-PAM for b...
Current PONs use OOK throughout the network regardless of actual path losses. Flexible 4/8-PAM for b...
Current PONs use OOK throughout the network regardless of actual path losses. Flexible 4/8-PAM for b...
Current PONs use OOK throughout the network regardless of actual path losses. Flexible 4/8-PAM for b...
We demonstrate for the first time to the best of our knowledge an analogue orthogonal frequency divi...
Duobinary-PAM3 enables up to 37.5Gb/s with 10G receivers. It has less linearity requirements on tran...
International audience<p>We experimentally achieved 40km, real-time, N1 ODN class (29dB) compliant P...
\u3cp\u3eDuobinary-PAM3 enables up to 37.5Gb/s with 10G receivers. It has less linearity requirement...
We demonstrate for the first time to the best of our knowledge an analogue orthogonal frequency divi...
We demonstrate a 16×2.5 Gb/s (40 Gb/s aggregate) OFDM-CDMA PON for next-generation access applicatio...
Duobinary-PAM3 enables up to 37.5Gb/s with 10G receivers. It has less linearity requirements on tran...
We demonstrate a 16×2.5 Gb/s (40 Gb/s aggregate) OFDM-CDMA PON for next-generation access applicatio...
Current passive optical networks (PONs) use on–off keying (OOK) modulation throughout the entire net...