Qualcomm X105 5G Modem RF Platform Achieves 3GPP Release 19 Certification
The Qualcomm X105 5G Modem RF serves as a 5G Advanced platform which establishes the technical base for 6G development. The X105 system establishes itself as the first industry solution which achieves 3GPP Release 19 certification by combining advanced AI processing with high efficiency hardware to deliver better data throughput and power management for mobile devices and automotive applications and industrial environments.
The system achieves record breaking performance through its ability to support both sub 6 GHz and mmWave bands. The system achieves the following peak metrics
- The system achieves maximum download speeds which reach a total of 14.8 Gbps with 13.2 Gbps available on sub 6 GHz bands.
- The system delivers peak uplink speeds of 4.2 Gbps which helps meet the increasing need for high bandwidth uploading capacity.
- The system follows Release 19 design requirements which enable it to function as a vital link between early 6G testing and actual deployment.
The system includes its built in 5th generation AI processor as its key system component. The system uses agentic AI technology which allows the modem to track and categorize data traffic in real time. The AI detects particular user activities which include high intensity gaming and video conferencing and social media usage to optimize link performance by minimizing jitter and latency.
The first 6nm RF transceiver in the industry provides enhanced efficiency for hardware operations. This component achieves power savings of 30% while reducing physical board space requirements by 15% when compared to earlier versions. The system enhancements enable extended battery operation for compact devices such as XR glasses and wearables.
The Qualcomm X105 enables mobile devices to connect through satellite networks which use NR NTN support as a substitute for standard cellular tower connections. The system provides satellite communication capabilities which allow users to conduct video calls and stream content and send messages from remote locations that lack terrestrial infrastructure.
The system implements a quad frequency GNSS engine to improve location services. The X105 system enables better positioning accuracy and quicker signal acquisition in urban areas through its ability to process L1 L2 L5 and L6 frequencies from multiple satellite systems at the same time.
The Qualcomm X105 5G Modem RF system has entered the sampling phase for its manufacturing partners. The platform will power commercial devices which include smartphones and PCs and automotive systems that will launch in the latter half of 2026. The platform provides multiple functions through its flexible design which supports fixed wireless access (FWA) and robotics systems and Internet of Things (IoT) devices.
