Date / Time: Thursday, August 25, 2016, 11:00 a.m. New York / 4:00 p.m. London
Overview:
sponsored by
Moderator
Gabriel Brown, Senior Analyst - Wireless Data Services & LTE, Heavy Reading
Speaker
Tamer Kadous, MulteFire Chair, MulteFire Alliance Radio Work Group; Project Engineer, LTE-U & MulteFire Technologies, Qualcomm Research
By bringing the benefits of LTE technologies to unlicensed spectrum and taking advantage of the radio link, MulteFire provides enhanced coverage, capacity and mobility as well as improving the quality of experience and security in private network deployments. The technology will support both downlink and uplink in unlicensed spectrum.
In this webinar, Heavy Reading analyst Gabriel Brown and MulteFire Alliance Radio Work Group members will take an in-depth look at the MulteFire Radio.
Gabriel Brown, Senior Analyst - Wireless Data Services & LTE, Heavy Reading Gabriel covers the mobile network system architecture, including evolution of the RAN, the mobile core, and service-layer platforms and applications. Key technologies in his coverage area include LTE Advanced, small cells, Evolved Packet Core, carrier Wi-Fi and software-centric networking technologies such as NFV, SDN and service chaining. Gabriel has covered mobile networking since 1998 through published research, live events, operator surveys and custom consulting.
Tamer Kadous, Chair, MulteFire Alliance Radio Work Group; Project Engineer, LTE-U & MulteFire Technologies, Qualcomm Research Throughout his career, Tamer Kadous has been working on wireless communication systems design and implementation spanning areas of physical, MAC, upper layers and RF Systems. He has held the role of design architect, systems lead and project lead for a variety of projects focusing on wireless innovations in WAN and connectivity areas including ultra-mobile broadband (UMB), WLAN, EV-DO, LTE, LTE-U and MulteFire. His primary focus has been on end-to-end delivery of technology from design principals to performance evaluation, prototyping, standardization and both base-station and terminal chipsets commercializations. A particular area of expertise for Tamer has been centered around systems algorithms facilitating coexistence between multiple technologies whether on the same or across devices and these algorithms have been adopted into a number of commercial products.
Webinar Archive Registration To register for this webinar, please complete the form below. Take care to provide all required information (indicated in red). Press Register to complete your registration. If you have already registered for our site or for one of our webinars, you may login to register without re-entering your information.
Gabriel covers the mobile network system architecture, including evolution of the RAN, the mobile core, and service-layer platforms and applications. Key technologies in his coverage area include LTE Advanced, small cells, Evolved Packet Core, carrier Wi-Fi and software-centric networking technologies such as NFV, SDN and service chaining. Gabriel has covered mobile networking since 1998 through published research, live events, operator surveys and custom consulting.
Throughout his career, Tamer Kadous has been working on wireless communication systems design and implementation spanning areas of physical, MAC, upper layers and RF Systems. He has held the role of design architect, systems lead and project lead for a variety of projects focusing on wireless innovations in WAN and connectivity areas including ultra-mobile broadband (UMB), WLAN, EV-DO, LTE, LTE-U and MulteFire. His primary focus has been on end-to-end delivery of technology from design principals to performance evaluation, prototyping, standardization and both base-station and terminal chipsets commercializations. A particular area of expertise for Tamer has been centered around systems algorithms facilitating coexistence between multiple technologies whether on the same or across devices and these algorithms have been adopted into a number of commercial products.
