Profil
Mr. Jason Stark is Chief Technology Officer of Kodeos Communications.
Prior to co-founding Kodeos, he served as Head of Lucent Technologies Advanced Modulation and Coding project.
His earlier experience includes positions in research at Bell Laboratories, focusing on high-capacity optical communications, high channel-count WDM networks, and ultra-high-speed optical transmission.
He has authored more than 50 technical papers and conference presentations, and holds several domestic and international patents.
He received his PhD in Physics from MIT in 1991, and BS degrees in Physics and Mathematics.
As a co-founder he has been with Kodeos since January 2001.
Anciens postes connus de Jason Stark
| Sociétés | Poste | Fin |
|---|---|---|
Kodeos Communications, Inc.
 Kodeos Communications, Inc. Computer CommunicationsElectronic Technology Kodeos Communications, Inc. provides transponders and advanced optical subsystems for OC-192/STM-64/10GigE transmission links within metropolitan, regional and long haul networks. The company's Marathon line of 300-pin MSA compliant, double-reach transponders utilizes advanced signal processing technology to improve channel efficiency and extend span lengths. The company demonstrated 10 Gbps optical data transmission, using various modulation formats, over distances of 80 to 200 kilometers between optical nodes. The company is headquartered in Southplainfield, NJ | Fondateur | 20/08/2007 |
Formation de Jason Stark
| Massachusetts Institute of Technology | Doctorate Degree |
Expériences
Fonctions occupées
Relations
Relations au 1er degré
Entreprises liées au 1er degré
Homme
Femme
Administrateurs
Exécutifs
Sociétés liées
| Entreprise privées | 1 |
|---|---|
Kodeos Communications, Inc.
Kodeos Communications, Inc. Computer CommunicationsElectronic Technology Kodeos Communications, Inc. provides transponders and advanced optical subsystems for OC-192/STM-64/10GigE transmission links within metropolitan, regional and long haul networks. The company's Marathon line of 300-pin MSA compliant, double-reach transponders utilizes advanced signal processing technology to improve channel efficiency and extend span lengths. The company demonstrated 10 Gbps optical data transmission, using various modulation formats, over distances of 80 to 200 kilometers between optical nodes. The company is headquartered in Southplainfield, NJ | Electronic Technology |
