Tag: Qualcomm X105

  • SpaceX Launches Starlink 5G Mobile Service to Compete with T-Mobile

    SpaceX Launches Starlink 5G Mobile Service to Compete with T-Mobile

    Key Takeaways

    1. SpaceX has launched Starlink Mobile to provide 5G download speeds directly to smartphones worldwide.
    2. Users can expect download speeds of up to 150 Mbps with the upcoming direct-to-cell (DTC) satellites, with a total of 15,000 planned.
    3. Current devices, like the Galaxy S26 Ultra, can access limited satellite services without changes, and future chipsets will support built-in 5G satellite connectivity.
    4. The new Starlink Mobile V2 satellites are designed for high data capacity, being 100 times more efficient than existing satellites and able to deliver gigabit network speeds.
    5. SpaceX is waiting for the Starship 3 rocket to launch the larger V2 satellites, which will enhance connectivity and data transmission capabilities.


    Just like everyone thought, SpaceX has unveiled Starlink Mobile, a new carrier network service that aims to deliver 5G download speeds right to people’s smartphones, no matter where they are in the world.

    Expected Speeds and Satellite Launches

    Once SpaceX begins launching its next-generation direct-to-cell (DTC) satellites, users can expect download speeds of up to 150 Mbps. The plan is to create a full Starlink Mobile constellation with as many as 15,000 DTC satellites.

    At the moment, SpaceX only has 650 of these satellites orbiting in low-earth space and is already providing basic cell phone service to millions across 32 countries, including users of T-Mobile in the US. The next-gen Starlink Mobile DTC satellites, referred to as V2, have 20 times the capacity for data transmission compared to the existing satellites.

    Compatibility and Future Technology

    Currently, devices such as the latest Galaxy S26 Ultra, which is currently 25% off on Amazon, can access limited satellite services like T-Mobile’s T-Satellite signal without any changes. SpaceX has collaborated with makers of mobile processors to ensure that future chipsets will have built-in 5G satellite connectivity. Qualcomm has introduced the new X105 modem, the first capable of Release 19, which is expected to support direct Starlink Mobile 5G satellite services. This modem will work with Qualcomm’s first 2 nm chipset, which will be announced later this year and will be found in smartphones by 2027, coinciding with the end of SpaceX’s bandwidth agreement with EchoStar, the parent company of Dish.

    Satellite Design and Capabilities

    The Starlink Mobile V2 satellites are about the size of a Boeing 737, which is why they are waiting for the Starship 3 rocket to launch. These satellites are designed with custom chips and phased array antennas, allowing for a data density that’s 100 times greater than the current generation.

    The upcoming generation of Starlink satellites will not only provide 5G connectivity with 150 Mbps download speeds directly to ground phones, surpassing the capabilities of a Mini dish, but they will also enable a gigabit network. This will offer speeds exceeding 1 Gbps to businesses that are equipped with the new Performance kit.

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  • Qualcomm Launches FastConnect 8800 Wi-Fi 8 Chip and X105 5G Modem

    Qualcomm Launches FastConnect 8800 Wi-Fi 8 Chip and X105 5G Modem

    Key Takeaways

    1. Qualcomm has launched the X105 5G Modem-RF and FastConnect 8800 Wi-Fi 8 chip, featuring AI for enhanced performance and power efficiency.
    2. The X105 Modem-RF supports 5G NR-NTN and quad-frequency GNSS, enabling off-grid satellite communication and improved location accuracy.
    3. The modem’s quad-frequency GNSS connects to GPS, GLONASS, Galileo, and BeiDou, offering faster and more accurate location data while saving up to 25% energy.
    4. The FastConnect 8800 chip delivers peak Wi-Fi speeds of 11.6 Gbps and Bluetooth speeds of 7.5 Mbps, marking it as the fastest Wi-Fi device available.
    5. The chip integrates multiple technologies, including Wi-Fi 8, Bluetooth 7.0, UWB, and Thread, and enhances smart device connectivity through Proximity AI.


    Qualcomm has recently unveiled its next-generation X105 5G Modem-RF and FastConnect 8800 Wi-Fi 8 chip. These new products leverage AI, which is typical for technology launched in 2026, to provide improved performance, better power efficiency, and more features.

    Innovations in Connectivity

    The X105 Modem-RF introduces a variety of technologies, with the 5G NR-NTN and quad-frequency GNSS standing out for their noticeable benefits to users. The 5G NR-NTN enables any device equipped with the X105 5G Modem-RF to utilize off-grid capabilities for video, data, voice, and messaging thanks to satellite communications.

    Advancements in Positioning

    This modem is Qualcomm’s first to support quad-frequency GNSS and multi-constellation. With the ability to connect to all four major satellite systems—GPS, GLONASS, Galileo, and BeiDou—it promises improved positional accuracy, decreased latency, and power savings of up to 25%. In simpler terms, the X105 5G Modem-RF will provide quicker and more accurate location data while using less energy.

    FastConnect 8800 Features

    In addition, Qualcomm has introduced the FastConnect 8800 Wi-Fi chip, designed for powering Wi-Fi and Bluetooth communications in smartphones and PCs. It boasts impressive peak speeds of 11.6 Gbps for Wi-Fi 8 and 7.5 Mbps for Bluetooth 7.0. Qualcomm asserts that this is the fastest and farthest-reaching Wi-Fi device to date, offering double the speed and triple the range compared to previous gigabit Wi-Fi technologies.

    The FastConnect 8800 chip is manufactured using a 6 nm process and includes Wi-Fi 8, Bluetooth 7.0, Ultra-Wide Band (UWB), and Thread all in one chip. It also features Proximity AI, which enhances the experience of connecting and locating nearby smart devices like earbuds, smart tags, and smartphones, thanks to Wi-Fi Ranging, UWB, and Bluetooth Channel Sounding.

    Qualcomm is also committed to bringing Wi-Fi 8 to a wide audience through its Qualcomm Dragonwing initiative.