We present an investigation of an ISI penalty reduction for On-Off Keying in an 850 nm VCSEL-based short optical link using a two-tap electronic pre-emphasis filter and quantify the improvement relative to an equivalent link without pre-emphasis. Error-free operation is demonstrated at bit rates above the −3 dB modulation bandwidth of the link. Sensitivity improvement up to 9 dB compared to non-emphasized signaling is shown. A maximum error-free bit rate achievable in the link is increased to 57 Gbps, compared to 52 Gbps without the pre-emphasis
In this paper, we review recent work on the development of a novel low-complexity equalizer that can...
We experimentally demonstrate 30-Gbit/s (24.7-Gbit/s net) OFDM intensity modulation of a low-cost 15...
High-speed short-range optical links are a key technology for data center applications. Today, they ...
We present ISI reduction of an 850 nm VCSEL-based back-to-back optical link using a one-tap electron...
High-speed short-range optical links are a key technology for data center applications. Today, they ...
We present 71.8 Gbps 4-PAM back-to-back transmission in an 850 nm VCSEL-based link using a passive p...
The commercial optical interconnects used in datacenters and high performance computers have recentl...
Optical VCSEL-based links operating in on-off keying (OOK) modulation represent a robust energy-effi...
We experimentally characterized and optimized the performance of a vertical cavity surface-emitting ...
A single-mode 1060 nm vertical-cavity surface-emitting laser (VCSEL) and single-mode fibre (SMF) bas...
To cope with the ever increasing data traffic demands in modern data centers, new approaches and tec...
We present results of experimental and theoretical investigations of intersymbol interference in 4-P...
Optical communication systems have been widely preferred for network communications, especially for ...
We demonstrate effective transmitter equalization for 850nm, 980nm, and 1060nm VCSELs and 100m OM5 l...
Power and cost efficient short-range optical links are one of the technologies enabling large scale ...
In this paper, we review recent work on the development of a novel low-complexity equalizer that can...
We experimentally demonstrate 30-Gbit/s (24.7-Gbit/s net) OFDM intensity modulation of a low-cost 15...
High-speed short-range optical links are a key technology for data center applications. Today, they ...
We present ISI reduction of an 850 nm VCSEL-based back-to-back optical link using a one-tap electron...
High-speed short-range optical links are a key technology for data center applications. Today, they ...
We present 71.8 Gbps 4-PAM back-to-back transmission in an 850 nm VCSEL-based link using a passive p...
The commercial optical interconnects used in datacenters and high performance computers have recentl...
Optical VCSEL-based links operating in on-off keying (OOK) modulation represent a robust energy-effi...
We experimentally characterized and optimized the performance of a vertical cavity surface-emitting ...
A single-mode 1060 nm vertical-cavity surface-emitting laser (VCSEL) and single-mode fibre (SMF) bas...
To cope with the ever increasing data traffic demands in modern data centers, new approaches and tec...
We present results of experimental and theoretical investigations of intersymbol interference in 4-P...
Optical communication systems have been widely preferred for network communications, especially for ...
We demonstrate effective transmitter equalization for 850nm, 980nm, and 1060nm VCSELs and 100m OM5 l...
Power and cost efficient short-range optical links are one of the technologies enabling large scale ...
In this paper, we review recent work on the development of a novel low-complexity equalizer that can...
We experimentally demonstrate 30-Gbit/s (24.7-Gbit/s net) OFDM intensity modulation of a low-cost 15...
High-speed short-range optical links are a key technology for data center applications. Today, they ...