Vivo to premiere the Dimensity 1100 5G processor
A few days ago, MediaTek released two 5G processors, Dimensity 1100 and 12000. According to the latest reports, a new Vivo device with model number V2072A will likely premiere the Dimensity 1100. This device uses the notch design and comes with a resolution of 2400 x 1080. In addition, he also found that the Dimensity 1100 GPU on this model has a frequency of only 805MHz. This is lower than Dimensity 1000+.
This new Vivo V2072A product has appeared in the Google Play console list and it is the first known Dimensity 1100 model. Google’s data shows that the machine has a 1080 x 2400 FHD+ display, 480 DPI. In addition to the Dimensity 1100, the phone will have up to 12GB of RAM. It will also run on Origin OS on top of Android 11.
Jan 26, 2021
HSINCHU, Taiwan – MediaTek today announced it has reached a 5G carrier aggregation (CA) and Voice over New Radio (VoNR) milestone in collaboration with Swisscom, Ericsson and OPPO, advancing 5G networks across Europe.
Through this joint initiative, 5G CA between frequency division duplex (FDD) low band and time division duplex (TDD) mid band was achieved in both Non-Standalone (NSA) and Standalone (SA) network architectures. FDD was deployed simultaneously with LTE using the same spectrum resources and utilizing the Dynamic Spectrum Sharing (DSS) technique. Aggregating the FDD band with its wider coverage capabilities together with the TDD band will help to extend the coverage of the higher peak rate capabilities of the TDD band and increases network capacity. FDD-LTE and FDD-TDD are both important in paving the way for 5G SA deployment, ensuring a seamless 5G user experience and extended capacity.
Collaboration enables 5G carrier aggregation and Voice over New Radio MediaTek has announced that it has reached a 5G carrier aggregation (CA) and Voice over New Radio (VoNR) milestone in collaboration with Swisscom, Ericsson and OPPO, advancing 5G networks across Europe.
Through this joint initiative, 5G CA between frequency division duplex (FDD) low band and time division duplex (TDD) mid band was achieved in both Non-Standalone (NSA) and Standalone (SA) network architectures.
FDD was deployed simultaneously with LTE using the same spectrum resources and utilizing the Dynamic Spectrum Sharing (DSS) technique. Aggregating the FDD band with its wider coverage capabilities together with the TDD band will help to extend the coverage of the higher peak rate capabilities of the TDD band and increases network capacity.
Posted January 22nd, 2021 for Samsung Dynamic Spectrum Sharing (DSS) will facilitate a smooth migration to 5G, accelerating 5G expansion Samsung Electronics today released a whitepaper titled “Dynamic Spectrum Sharing,” focusing on DSS technology along with its key benefits. DSS is an advanced feature that enables both 4G and 5G to be simultaneously deployed and co-exist in a single carrier. By accommodating both 4G and 5G users on the same spectrum with dynamic resource allocation, Samsung’s DSS solution can effectively maximize operational efficiency and offer a smooth transition from 4G to 5G for operators. DSS dynamically assigns time-frequency resources between 4G and 5G according to their respective traffic demands to accommodate both users, while optimizing resource utilization. In the early stages of 5G, DSS is advantageous in that it only allocates the required amount of resources for 5G users, and retains the remaining resources for
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