Rohde & Schwarz Webinar: Understanding and Testing Carrier Aggregation in the Field
The introduction of Carrier Aggregation in LTE Release 10 (LTE Advanced) allows network operators to dramatically improve throughput performance by combining multiple LTE downlink carriers from different frequency bands. In this webinar, Rohde & Schwarz will present a technical overview of carrier aggregation and specific examples of the most important functional and performance tests. This webinar will provide cell site engineers and technicians with the information they need to test, optimize, and troubleshoot carrier aggregation in the field. Presenters: Paul Denisowski, Application Engineer, Rohde & Schwarz Jeremy Cline, Application Engineer, Rohde & Schwarz

▶︎
Corning and ABI Webinar: 2015 Outlook for Indoor Wireless Technologies

▶︎
RCR Wireless Editorial Webinar: Policy and Diameter Signaling - November 7, 2012

▶︎
Qualcomm Webinar: 6G Spectrum - Vision, global perspectives and innovations

▶︎
Nobody Breaks Celebrities Like Rowan Atkinson

▶︎
Lessons learned from two decades of field testing

▶︎
6G: what needs testing today to prepare for tomorrow?

▶︎
The End of an Era

▶︎
Telecoms testing in 2026: scaling intelligent, automated and reliable networks

▶︎
Something is jamming GPS over Europe. Here's what we found

▶︎
GTP vulnerabilities:A cause for concern in 5G and LTE networks

▶︎
The World's Most Important Machine

▶︎
2.9 - CARRIER AGGREGATION TECHNIQUE (CA) -CAPACITY & COVERAGE ENHANCEMENT IN 4G LTE

▶︎
I turned an old van into a 2-STORY tiny house

▶︎
Samsung's 990 Pro SSD warranty policy is a scam; I'm taking them to court.

▶︎
Alien Life Explained: Are We Alone in a Dead Universe? | Sir David Attenborough

▶︎
Device performance for the next era of networks: NTN, RedCap & Advanced RF validation considerations

▶︎
Trump Preps for 80th Birthday, Threatens to Hit Iran, Knicks Historic Win & Elon Musk Trillionaire!?

▶︎
I Visited the Cradle of the Internet

▶︎
Data Center Infrastructure Design Webinar l IEEE LAU Student Branch

▶︎
