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Ericsson 5G voice calls use the Voice over New Radio (VoNR) technology. VoNR is a new standard for voice calls over 5G networks. It offers a number of advantages over previous voice calling technologies, such as:
Higher quality voice calls: VoNR uses higher-bandwidth channels than previous voice calling technologies, which results in clearer and more natural-sounding voice calls.
Lower latency: VoNR has lower latency than previous voice calling technologies, which means that there is less delay between when you speak and when the other person hears you. This is important for applications such as video conferencing and gaming.
Improved battery life: VoNR is more efficient than previous voice calling technologies, which means that it can improve battery life on your smartphone.
Ericsson 5G voice calls are also able to support a number of new features, such as:
Interactive calling: This allows you to share content with the person you are calling in real time, such as documents, images, and videos.
Remote collaboration: This allows you to work together with the person you are calling on a document or presentation in real time.
Telehealth: This allows you to consult with a doctor or other healthcare professional over a video call.
Overall, Ericsson 5G voice calls offer a number of advantages over previous voice calling technologies. They offer higher quality, lower latency, and improved battery life. They also support a number of new features that make it easier to collaborate and communicate with others.
Here are some additional details about Ericsson 5G voice calls:
They are compatible with all 5G smartphones.
They can be used over both FDD and TDD networks.
They support a wide range of voice codecs, including AMR-WB, AMR-NB, and Opus.
They are secure and encrypted.
They are compliant with all applicable regulations.
If you are looking for the best possible voice calling experience, then Ericsson 5G voice calls are the way to go. They offer a number of advantages over previous voice calling technologies and they are compatible with all 5G smartphones.
Frequency division duplex (FDD) and time division duplex (TDD) are two different duplexing schemes used in 5G. FDD uses two separate frequency bands for uplink and downlink transmissions, while TDD uses the same frequency band for both uplink and downlink transmissions, but at different times.
FDD is the more traditional duplexing scheme and is used in most current cellular networks. It offers better performance for downlink transmissions, as the downlink frequency band can be allocated more bandwidth. However, FDD requires two separate frequency bands, which can be more expensive to license.
TDD is a newer duplexing scheme that is becoming more popular for 5G networks. It offers better performance for uplink transmissions, as the uplink frequency band can be reused for downlink transmissions at different times. TDD also requires only one frequency band, which can be less expensive to license.
5G networks can use either FDD or TDD, depending on the specific use case. FDD is typically used for high-speed downlink applications, such as streaming video. TDD is typically used for high-speed uplink applications, such as mobile gaming.
Here is a table that summarizes the key differences between FDD and TDD:
Ericsson, MediaTek conduct RedCap data, 5G voice calls Ericsson said the tests showed promising speeds and highlighted the potential of its RedCap software to enhance new and existing 5G use cases for devices such as wearables, sensors, and other devices.
Swedish telecom gear maker Ericsson and Taiwanese chip company MediaTek have jointly conducted Reduced Capability (RedCap) data and 5G voice calls on both frequency division duplex (FDD) and time division duplex (TDD) spectrum bands. Ericsson said the tests showed promising speeds and highlighted the potential of its RedCap software to enhance new and existing 5G use cases for devices such as wearables, sensors, and other devices. The interoperability development testing (IoDT) took place at an Ericsson lab in Sweden using pre-commercial Ericsson RedCap software and MediaTek’s RedCap testing platform. Advt It involved an FDD data call, which achieved a throughput speed of 220 Mbps for downlink and 74 Mbps for uplink. The companies also carried out a TDD data call that reached a downlink speed of 153 Mbps and uplink speed of 13.5Mbps, according to a statement by Ericsson.
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