Next-Gen Dual-Band Wi-Fi 6 + Bluetooth SoCs: Powering Smarter, Faster Connected Devices

 


With the ever-growing development of connected devices, the need for high-performance and power-efficient wireless connections has never been greater. Modern devices and applications require fast data rates, low latency, high coexistence capabilities, and low energy usage, as well as a compact physical form factor. This is particularly important for smart TVs and set-tops, tablets, IoT devices, and miniature smart products.

In T2M Semi, we are addressing the following issues with our next-generation Wi-Fi 6 dual-band + Bluetooth SoCs, which are designed to provide reliable and high-throughput connections with low power consumption. The SoCs are based on the advanced RF design and the RISC-V architecture and allow device manufacturers to develop connected product lines with the future in mind.

The Growing Need for Advanced Wireless SoCs

The emergence of high-bandwidth applications, including 4K/8K streaming, cloud gaming, smart home automation, and industrial IoT, has put a lot of strain on wireless subsystems. Conventional Wi-Fi and Bluetooth types are not always aware, even under congestion, interference, and power wastage, particularly in crowded areas.

To address these shortcomings, developers of devices are adopting more and more the option of using Wi-Fi 6 (802.11ax) with embedded Bluetooth, in a single SoC. This method is not only better in performance but also in the cost of BOM, complexity of PCB, and power overhead.

T2M Semi has dual-band 6GHz Wi-Fi and Bluetooth SOCs designed to satisfy these new needs.

Dual-Band Wi-Fi 6: Faster, Smarter, More Efficient

Wi-Fi 6 is a significant innovation in wireless networking, especially where there are numerous devices connected. We have a SoCs that can operate in two bands (2.4 GHz and 5 GHz) so that devices can dynamically choose the best band to operate in and provide optimal performance and reliability.

Key Wi-Fi 6 Capabilities

2×2 MU-MIMO Support
We have an offering of 2x2 Multi-User MIMO, which is capable of communication to various devices. This is a major enhancement to network capacity, minimizing latency and ensuring smoother operation even in a congested physical space like in the home, office, or even in public.

DBDC (Dual Band Dual Concurrent)
Devices can be used on both bands simultaneously with the help of DBDC support (2.4 GHz + 5 GHz). This allows better aggregate throughput, load balancing, and coexistence, which is particularly needed by multimedia-intensive applications such as smart TVs and set-top boxes.

Optimized Throughput and Reliability
The Wi-Fi 6 optimizations, like the efficient use of spectrums and the better modulation, enable our SoCs to provide a strong and stable performance, even in highly interference-prone surroundings.

Integrated Bluetooth with BLE Audio Support

Also, other than the high-performance Wi-Fi, modern devices need smooth short-range connectivity of peripherals, audio, and control interfaces. T2M Semi SoCs have built-in Bluetooth and state-of-the-art Low Energy (BLE) functionality along with BLE Audio support.

Bluetooth Advantages

  • Low-power operation for extended battery life

  • High-quality audio streaming with BLE Audio

  • Reliable connectivity for keyboards, remotes, wearables, and IoT sensors

  • Optimized coexistence with Wi-Fi to minimize interference

T2M Semi offers the potential of implementing Wi-Fi and Bluetooth into one SoC to create easier designs and provide superior user experiences.

Built for Power Efficiency and Compact Designs

Consumption of power is a significant factor in all devices that are connected: always-on IoT devices and handheld consumer electronics. Our next-gen SoCs will be built based on a low-power RF core, making sure that they operate affordably and without affecting performance.

Key power-saving features include:

  • Advanced sleep and low-power modes

  • Intelligent power management across Wi-Fi and Bluetooth subsystems

  • Optimized RF front-end design for minimal energy loss

These features render our solutions very suitable for small smart devices with thermal and power budgets that are very strict.

RISC-V Architecture: Flexibility and Scalability

2M Semi uses the RISC-V architecture in order to offer its customers a flexible and future-proof platform. RISC-V has wide benefits over more traditional proprietary architectures, which are:

  • Open and scalable instruction set

  • Greater design flexibility for customization

  • Strong ecosystem growth and long-term viability

  • Efficient performance per watt

This architecture allows device designers to have differentiated products, custom features, and scale across a variety of product lines with minimal redesign.

Target Applications

T2M Semi Dual-band Wi-Fi 6 + Bluetooth SoCs are designed to be used in a large variety of applications, including:

Set-Top Boxes (STBs)

Wi-Fi 6 is a high-throughput standard and DBDC that provides a high-speed channel switching, 4K/8K streaming, and a connection that is stable and dependable even in a crowded home network.

Smart TVs

Wi-Fi and Bluetooth are built-in facilities that enable content streaming to happen with wireless audio, remote controls, and smart home features with minimal use of power.

Tablets and Portable Devices

These SoCs are compact in size and energy efficient in operation, thus being the most suitable in consumer electronics that demand high-speed wireless performance in a portable device.

IoT and Smart Home Devices

Smart hubs, gateways, and edge devices can work effectively in various settings due to the presence of reliable dual-band connections, the BLE support, or the opportunities of low-power functioning.

Compact Smart Devices

Our SoCs work with space-constrained designs, both in smart displays to embedded systems and without compromising on performance.

Designed for Robust Coexistence

Radio coexistence is one of the major issues in integrated Wi-Fi and Bluetooth. The SoCs of T2M Semi have special coexistence capabilities through which the interference is minimized, and when the two radios are used at the same time, both perform maximally.

This results in:

  • Stable connections

  • Reduced packet loss

  • Improved user experience across Wi-Fi and Bluetooth use cases

Enabling Next-Generation Connected Experiences

With the ever-growing connectivity standards, the manufacturers of devices require devices that are not only powerful at the moment, but also capable of meeting the demands of tomorrow. The next-generation that T2M Semi is offering is the dual-band Wi-Fi 6 + Bluetooth SoCs; these enable the high-performance and power-efficient connected products that are scalable.

By combining:

  • Dual-band Wi-Fi 6 with 2×2 MU-MIMO

  • Integrated Bluetooth with BLE Audio

  • DBDC for robust throughput

  • Low-power RF design

  • Flexible RISC-V architecture

we enable our partners to deliver connected next-generation applications without fear.

Conclusion

The digital experiences of the modern world are based on connectivity. T2M Semi is capable of enabling its device makers to achieve higher speeds, improved reliability, reduced power usage, and simpler system design with its high-performance, dual-band, Wi-Fi 6 + Bluetooth SoCs.

Be it creating smart TVs, STBs, tablets, IoT products, or small smart devices, T2M Semi will provide the wireless base required to remain on top of a fast-changing market.

T2M Semi — The next generation of connected devices is enabled to use smart, faster, and more reliable connectivity.

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