Ericsson and Etisalat by e& Demonstrate 2.1 Gbps 5G Uplink Speed

Uplink speed is an important factor in 5G because it determines how quickly data can be transmitted from a mobile device to the network. In 5G, uplink speeds are particularly important because the technology is designed to support a wide range of applications.

Highlights

  • The demo was carried out using 5G dual connectivity and carrier aggregation features of Networks powered by Ericsson.
  • Ericsson combined New Dual Connectivity (NR-DC) and Carrier Aggregation (CA) software features to achieve results.
  • The high uplink data rates will enable applications like Augmented Reality (AR), Virtual Reality (VR) etc.

Follow Us

Ericsson and Etisalat by e& Demonstrate 2.1 Gbps 5G Uplink Speed

Ericsson and Etisalat by e& announce the demonstration of peak uplink data rates of 2.1 Gigabits per second (Gbps) on a commercial network in the United Arab Emirates (UAE). The demo was carried out using 5G dual connectivity and carrier aggregation features of Networks powered by Ericsson. According to a joint statement by the technology partners, the high upload speeds enable a new set of 5G use cases with high uplink capacity and throughput to monetize 5G.




Also Read: 11 Announcements From Ericsson So Far During MWC23

High Uplink Capacity on 5G

Uplink speed is an important factor in 5G because it determines how quickly data can be transmitted from a mobile device to the network. In 5G, uplink speeds are particularly important because the technology is designed to support a wide range of applications, from streaming high-quality video to enabling IoT devices and autonomous vehicles. With high uplink capacity and throughput, use cases such as live commercial broadcasts over a 5G network can be made possible.

Also Read: Singtel, Ericsson and Qualcomm Achieve Over 1.6 Gbps 5G Upload Speed on mmWave

New Radio Dual Connectivity

Just yesterday, the telecom industry technology partners announced 1.6 Gbps 5G uplink speeds on mmWave. Now, Ericsson and Etisalat by e& announce achieving 2.1 Gbps uplink speeds. By using a combination of Ericsson's New Dual Connectivity (NR-DC) and Carrier Aggregation (CA) software features, Etisalat by e& is able to deliver high uplink speeds on its 5G Network, according to the release.

Carriers Used, Spectrum

The demo involved aggregating 4x100 MHz high band mmWave (millimeter Wave) carrier components with 1x100 MHz mid-band component carrier in the uplink.

Also Read: Etisalat by e& Launches 5G SA in UAE

High-Speed Uplink Use Cases

The high uplink data rates will enable applications like Augmented Reality (AR), Virtual Reality (VR), High Definition Video streaming, live broadcasting from venues or in industrial settings, sports matches, concerts and other large events, where uplink capacity is the crucial aspect for providing a seamless experience to users. With results like these, such use cases can be seamlessly enabled by telcos and benefit from monetization opportunities.

Reported By

Telecom Analyst

Passionately following the Indian #Telecom Industry for over a decade from Business, Consumer and a Technical perspective. My primary focus area is Consumer & Digital Experience.

Recent Comments

Faraz :

Yes, But some investment is better than none. Also as said by CEO, these funds and 18k crore FPO money…

Vodafone Idea Raises Rs 5400 Crore from Anchor Investors

Faraz :

IMO, Airtel only needs to buy sub GHz ( like B8/B5 ) to have atleast 10 MHz in that. &…

Airtel Hits 3 Million 5G Users Milestone in Mumbai

Faraz :

Yes I like your detailed reply. I have noticed same in Kolkata circle. Under many metro train station, Jio 4G…

Jio Leads Wireline Subscriber Addition in February 2024: TRAI

Faraz :

It's good that Airtel is sharing number of 5G customer circle by circle to attract new customer from that circle…

Bharti Airtel Surpasses 7.9 Million 5G Users Milestone in Andhra…

Santosh Kumar Pal WB :

Thank you Rupesh for good realistic long writing on Vi and BSNL.??

Vodafone Idea Raises Rs 5400 Crore from Anchor Investors

Load More
Subscribe
Notify of
0 Comments
Inline Feedbacks
View all comments