Qualcomm has launched the Snapdragon 4s Gen 2, an affordable 5G chipset designed to boost its market presence. Featuring a Gigabit-capable modem but fewer high-end features, it’s aimed at budget-friendly 5G smartphones. Qualcomm’s new chip targets a growing market of cost-conscious consumers, with Xiaomi set to release the first device using the new platform.
The Finnish telecommunications equipment provider Nokia and Swedish operator group Telia joined forces to conduct a trial assessing the utility of the 6 GHz spectrum for massive MIMO 5G. Their outdoor trial, held at Nokia’s Research and Development center in Espoo, Finland, featured the utilization of a 128TRX antenna based on Nokia’s AirScale Habrok radio and a test terminal from MediaTek equipped with integrated antennas. While specifics on speeds and feeds remain undisclosed, the trial reportedly proceeded successfully.
Nokia unveiled specialized, private AI models for the telecom sector to improve network operations and customer service. A coalition of 10 governments agreed on principles for secure 6G networks. IBM and the GSMA have launched a global AI training initiative to bridge the AI knowledge gap among telecom operators. Qualcomm’s Snapdragon X80 modem chip introduces 5G-Advanced support with up to 10 Gbps speeds and six-carrier aggregation.
Recognizing the growing demand for mid-band spectrum, the International Telecom Union (ITU) appends new frequency bands for 5G usage. A significant addition was the 6GHZ spectrum, which is anticipated to facilitate the 5G evolution. Multiple global operators have conducted successful tests, making strides toward a seamless shift to 5G-Advanced. This advancement not only opens a myriad of industry opportunities but also promises an improved user experience potentially comparable to the fiber experience.
Telecommunication giant BT, in collaboration with Nokia and MediaTek, is exploring the potential of 5G Reduced Capability (RedCap) for Internet of Things (IoT) applications. Recently conducted trials at BT’s research centre aimed at uncovering new use-cases for this technology, which, simplified and less complex than 4G, promises a more efficient IoT ecosystem. As suggested by BT’s Chief Networks Officer, Greg McCall, the RedCap technology could “unlock a new wave of innovation” within the 5G landscape.
In a collaboration with Bloomberg, Canadian company TechInsights racks the Huawei Mate 60 Pro under scrutiny, examining whether the covertly launched flagship phone can surpass the considerable limitations imposed on it by the US government.
Broadvoice collaborates with tech advisory firm, Bridgepointe Technologies Inc., enabling the latter to offer Broadvoice’s cloud communication services to mid-market clients. OpenAI’s latest release, GPT-3.5 Turbo, can now be fine-tuned by businesses, customizing it for specific tasks. Verizon, Ericsson, and MediaTek’s successful data sessions on Verizon’s 5G network pave the way for cost-effective 5G devices. Versa Networks achieves top scores in Gartner’s SASE report, streamlining security and networking solutions.
Ericsson, the global telecom giant, has just shattered 5G records, achieving an incredible 5.7Gbps download speed by ingeniously blending three frequency bands. This breakthrough, a result of Ericsson’s advanced hardware, software and RAN coordination, opens a new horizon in performance boost and superior connectivity for 5G users. This latest success cements Ericsson’s spot at the forefront of the race for ultra-high-speed connectivity, even as competitors also explore the potential of carrier aggregation.
Nokia, TPG and Mediatek are collaborating to showcase the power of carrier aggregation technology in live-streaming 360-degree broadcasts, a key element for future metaverse applications. The demonstration at Nokia’s 5G Futures Lab used multiple sub-6 GHz frequency bands to maximize 5G uplink speeds, enabling real-time transmission of high-quality video. The technology could revolutionize the viewing experience for TV, movies, sports and industrial metaverse scenarios such as remote-controlled robots performing hazardous tasks.
Nvidia’s groundbreaking Grace Hopper superchip, now in full production, aims to revolutionize generative AI applications and transform various industries, from telecommunications to automotive. Merging advanced CPU and GPU capabilities, it offers improved infrastructure while addressing Open RAN architecture debates.
