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Accelerating Innovation with T2M Semi: The Power Behind Smart, Connected Devices

In the world of today where everybody is connected faster than ever before innovation works in the lightning speed as well and technology that runs with this development. By providing end-to-end semiconductor solutions, T2M Semi is powering the next-generation in intelligent, low-power and affordable connected products.

We are the world largest independent global semiconductor technology provider that empowers companies to scale and manufacture production-ready technologies that deliver complexities and minimize time-to-market.

Driving Smart Connectivity Across Every Industry

Our wireless system platforms are the basis of products that are transforming industries. T2M Semi combines hardware (chip) and software (cloud) services, so whatever you are building whether it is next-gen IoT device, wearable health monitor, or smart home systems, T2M Semi can provide the hardware and software back office required.

Our technology powers a broad spectrum of applications, including:

IoT and Wearable Devices

Smart Meters and Smart Lighting

Machine-to-Machine (M2M) Communication

Remote Controls and PC Peripherals

Electronic Shelf Labels (ESL)

Connected Medical Devices

Smart Toys and Personal Trackers

Set-Top Boxes and Multimedia Solutions

With our cost-effective and ultra-low-power SoC platforms, our partners are reducing BOM costs, increasing device lifespans, and accelerating product launches.

Performance, Power Efficiency, and Flexibility—All in One Platform

Our solutions are designed to offer high performance and low energy consumptions so that customers can develop powerful, energy efficient and standards-based devices that integrate across platforms.

Our products extend beyond chips, we offer silicon + software ecosystems which seamlessly integrate into the product development lifecycle and the focus on customization and scalability is clear.

We also provide technology transfer solutions, with source code and KGD/Die, giving our customers control over their IP and their manufacturing and immediate access to the market with optimized designs.

Built for Connectivity-Driven Futures

Our portfolio is optimized to deliver rich, robust connectivity options across both wireless and cellular domains:

Wireless Technologies: BLE 5 / Bluetooth 5.2, ZigBee 3.0, Thread, Apple HomeKit, IPv6, MESH, Wi-Fi

Cellular Technologies: NB-IoT, GSM, GNSS

Bluetooth Dual Mode: Bluetooth 5.2 Dual Mode Audio SoCs

AI-Enabled Processing: On-chip Neural Network Processor Cores for smart, on-device intelligence

Software Stacks & Protocols: BLE 5.2, Dual Mode Bluetooth 5.2, ZigBee 3.0, MESH, AoA/AoD, NB-IoT, GSM, 6LoWPAN, and full IPv6 support

Our fully integrated connectivity stack ensures developers can build interoperable, future-proof, and market-ready devices with ease.

Your Partner in Semiconductor Innovation

T2M Semi is not just another semiconductor company, but a technology provider and partner that can make a difference to those companies which need to stand out in a highly competitive market. Our expansive network, scale of proven platforms and unwavering dedication to innovation are why organizations choose us to help them create the connected world of tomorrow.

Regardless whether a startup introducing a new product to the market or a global brand scaling up next-gen solutions T2M Semi will provide the technology base that you can rely on.

Find out today how our proven, low power, production ready chip solutions can bring the full potential of your product roadmap.

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Disposable medical devices are reshaping the healthcare industry by enhancing safety, efficiency, and accessibility. From diagnostic tools to drug delivery systems, these devices reduce the risk of infections, ensure single-use hygiene, and simplify medical procedures. With advancements in smart materials, sensors, and IoT, connected disposable devices enable real-time monitoring and personalized treatment. T2M-SEMI supports innovation in this space by providing cutting-edge semiconductor IP cores that empower manufacturers to design next-generation disposable medical devices, ensuring reliable performance, compliance, and scalability for modern medicine.

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Inside the Chip: How HiFi 5 DSP + NPU Power Next-Gen BT Audio Devices

Redefining Audio Performance in a Wireless World

The BT audio device market, which includes TWS earphones and intelligent speakers to voice-based assistants, is changing very fast. In the background, it is a matter of preference by advanced semiconductors technologies such as the HiFi 5 DSP and Neural Processing Units (NPUs). Such dedicated cores are not mere buzzwords but are becoming the way we reflect audio experience with next-generation Bluetooth audio devices.

Innovation at T2M-SEMI, which is a market leader of Semiconductor IP Cores is being reevaluated at the silicon level. There is much more happening on the inside of a chip than meets the eye and unveiling how HiFi 5 DSPs and NPUs are enabling the next generation of wireless audio brilliance is not entirely without merit.

What is the HiFi 5 DSP?

Designed for Always-On, Low-Power Audio Processing

The HiFi 5 DSP (Digital Signal Processor) is an audio/ voice specific processor designed to operate in ultra-low power architectures. HiFi 5 is designed specifically to deal with real time audio data efficiently with low power consumption when compared to general purpose processors creating it to be a killer in the era of BT audio devices where demands exist to have longer battery life but maintain high performance.

Key Benefits of HiFi 5 DSP:

Ultra-low power consumption for longer battery life

High-efficiency audio codecs including LC3, AAC, MP3, and SBC

Support for hybrid Active Noise Cancellation (ANC)

High-fidelity audio playback and capture

Multichannel audio processing for spatial and immersive experiences

NPU: Bringing Intelligence to the Edge

The Role of Neural Processing Units in Smart Audio

Audio BT devices of the modern generation are no longer what they are all about. They are interactive, situational and smart. This is where NPUs (Neural Processing Units) will appear.

An NPU is an edge-native form of accelerator built to run AI and machine learning applications. Built right into the audio SoC, it allows real time on-device inferences, opening the door to:

AI-Powered Features:

Voice recognition and wake-word detection (e.g., "Hey Siri" or "OK Google")

Adaptive noise suppression and beamforming

User presence detection and context awareness

Emotion recognition or audio scene classification

Such smart functionalities considerably improve user experience to preserve the data privacy and minimize latency due to the lack of cloud round-trips.

When HiFi 5 DSP Meets NPU: A Game-Changing Duo

Co-Processing That Delivers Real-Time Intelligence

An HiFi 5 DSP and an NPU are together when the synergy is great on the same SoC. Traditional audio workloads, including codec calculation, ANC and equalization, are serviced by the DSP and hence AI work, including keyword spotting, voice activity recognition, and adaptive noise filtering, focused on the NPU.

Coupled together they provide smooth real-time audio processing in the use cases requiring high-quality sound as well as clever processing. This especially has a strong effect on:

Use Cases Enabled by HiFi 5 + NPU

TWS earbuds with intelligent noise cancellation that adapts to your surroundings

Voice assistants that respond instantly and accurately in noisy environments

Smart speakers capable of separating voices from background sounds

Gaming headsets with real-time 3D spatial audio and low latency

Power Efficiency Meets Performance

Battery Life Is No Longer a Tradeoff

The combination of HiFi 5 DSP and NPU in the Semiconductor IP Cores enables designers to offload heavy processes in the main MCU and this saves down power dramatically. That architectural benefit also means that BT audio devices are able to support new advanced features, such as ANC, LE Audio, or LC3 decoding-all coupled with increased battery life.

Typical Power Optimization Techniques

Dynamic voltage and frequency scaling

Clock gating of unused modules

Power islanding to isolate DSP/NPU when idle

On-chip memory for fast, low-power data access

This means that your TWS headphones have the capability to provide full day usage; not listening to music, during calls, or giving voice commands.

LE Audio, LC3, and the Future of BT Audio

A Platform for the Next Audio Revolution

Audio quality over Bluetooth has had a gigantic upgrade with the addition by the Bluetooth SIG of LE Audio and the LC3 codec. Such innovations demand an increased amount of processing and fairly accurate timing that the HiFi 5 DSP is designed to be able to provide.

Meanwhile, audio becomes smarter thanks to NPUs that help to create context-aware features. Collectively, they bring next-gen BT audio devices immersive, responsive and even more intuitive than before.

Why T2M-SEMI’s Semiconductor IP Cores Lead the Way

Proven IP for Next-Generation BT Audio

At T2M-SEMI we are aware of requirements of current audio centric applications. That is why our Semiconductor IP Cores are low power, high performance, and, have flexible integration of HiFi 5 DSPs and NPUs. Here, our platform allows SoC vendors to develop highly differentiated solutions in:

Consumer electronics (TWS, headphones, smart speakers)

Voice-first IoT devices

Wearables and hearables

Automotive audio and infotainment systems

The Audio Experience Reimagined

High- fidelity audio and on-device intelligence are the points of convergence in the future BT audio devices. This is because the marriage of HiFi 5 DSP + NPU turns a basic Bluetooth headphone to a smart, contextual-based audio assistant.

Selecting the proper Semiconductor IP Cores enables OEMs and SoC designers to maximize the potential of their audio platforms including: not only good audio, but also a smooth intelligent audio experience that users no longer demand, but expect.

Want to build the next game-changing BT audio product?Learn how T2M-SEMI IP portfolio can get your time-to-market faster, resulting in new innovations at a lower power.

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Smarter Access, Secured by Innovation: T2M Semi’s Smart Lock Solutions

At T2M Semi, access control should be intelligent, connected, and safe in the future. As houses have become smart, spaces have become more shared, and experiences are becoming touchless, the modern-day user wants more out of their door locks than ever before. It is why we provide the next generation of smart lock solutions enabled by our best-in-class Edge AI SoCs, engineered to deliver low latency, security, and easy system-level integration.

Whether it is residential access, commerce access, or hospitality solutions, T2M SEMI smart locks have been designed with the intuitive, more secure, and energy-efficient user experience in mind, and that is because the technology behind all our products is the best of the best.

Built Around Our Edge AI SoCs

T2M Semi, smart locks are powered by our proprietary, low-cost, high-performance Edge AI chipsets, specifically engineered for connected access systems.

Our SoCs support:

Ultra-low power consumption for longer battery life

Multi-protocol wireless connectivity: Wi-Fi, BLE, Zigbee, Thread, and Matter

On-device AI for real-time decision-making

Hardware-accelerated security features: encryption, authentication, secure boot

These capabilities make our smart locks not only smarter—but faster, more secure, and more power-efficient than traditional solutions on the market.

Security, Without Compromise

Smart access starts with trust. Our smart locks incorporate advanced built-in security at the silicon level, ensuring your data, your entry points, and your privacy are fully protected.

🔐 Key Security Features:

End-to-end encryption of user credentials and commands

Local processing of biometric and keypad data—nothing sensitive sent to the cloud

Tamper detection and lockout response

Authenticated firmware updates to ensure trusted operation

At T2M Semi, we engineer security into every layer of the solution—from chip to cloud—to give our partners and end users peace of mind with every use.

Designed for Real-World Applications

T2M semi-smart lock platforms are highly adaptable, meeting the access needs of a wide range of industries and user environments.

🏠 Residential Homes

Keyless entry via fingerprint, keypad, or mobile app

Integration with Apple HomeKit, Home Keys, Alexa, Google Assistant

Remote control and sharing of access permissions

🏢 Multi-Family & Rentals

Issue and revoke digital keys remotely

Manage guest or tenant access with time-limited codes

Ideal for apartment buildings, co-living spaces, and Airbnb units

🏨 Hospitality

Smartphone or biometric room entry

Seamless check-in and check-out experience

Centralized access control for guests and staff

🧳 Commercial & Office Spaces

Secure, credentialed access to shared offices, meeting rooms, and facilities

Central admin tools for managing teams and schedules

Logs and alerts for entry activity

📦 Smart Lockers & Deliveries

Contactless, time-sensitive access for package drop-offs

One-time codes for delivery personnel

Full integration with parcel tracking systems

No matter the environment, our solutions offer speed, reliability, and simplicity—designed with both users and integrators in mind.

Built for Seamless Integration

T2M Semi smart locks can be connected to the most popular smart home and automation systems. No matter what you are integrating, a residential multipoint system or a commercial access, the multi-protocol compatibility across all our products means wide interoperability and future-proof grounds.

Matter-ready

Zigbee and Thread certified

Wi-Fi and BLE for mobile and cloud access

Voice assistant compatibility: Siri, Alexa, Google Assistant

When paired with compatibilities across biometric sensors, touch keypads, and mobile apps control, our smart locks develop flexible interfaces to suit a multitude of user preference.

Optimized for Efficiency and Scalability

We know that efficiency in hardware determines long-term success at T2M Semi. This is the reason our SoCs are highly integrated to minimize bill of materials (BOM), minimizing designs and overall system cost.

Key Benefits:

Smaller footprint for compact lock designs

Lower power draw, enabling months to years of battery life

Fast response times with on-chip AI acceleration

Scalable to support mass deployment across different property types

And we also offer full-stack development services to partners, such as SDKs, reference designs, and integration services--shortening time-to-market without sacrificing reliability or compliance.

Why T2M Semi?

It is not just a chip supplier, and we are a full-stack access solution partner. Having spent decades in the connectivity and AI processing, we allow our customers to create the leading edge of smart access systems, security, scalable, and friendly.

By choosing T2M Semi, you benefit from:

Tested silicon technology made to fit IoT and smart home applications

Integration, customization, and high-volume production power Support

The late evolution of wireless protocols, deep learning, and integrated security

An investment in future-ready, interoperational solutions

Let’s Build the Future of Smart Access

T2M Semi ensures that you get what you want to design, whether smart locks for homes, business premises, rentals, or hospitality at the edge. Our intelligent lock products combine the latest in security, interconnection, and energy efficiency, and all are supported with our industry-leading semiconductor technologies.

Contact us today to see how we can help your next-generation access products with our smart lock platform.

Let’s unlock what’s next—together.

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The Future of IoT: How Advanced SoCs Are Powering Smart Cities

The Internet of Things (IoT) is no longer a distant vision of the future; it is quickly transforming cities into more efficient, smarter, and sustainable urban areas. A central feature of this shift is the more powerful System-on-Chip (SoC) solutions that have become possible, further facilitating easy connectivity, real-time data, and intelligent automation.

At T2M Semiconductor, we are an innovator in the semiconductor industry, so we are proud to help enable smart cities of the future using ultra-low-powered SoCs, wireless connectivity, and cloud connectivity, capable of supporting massive amounts of IoT end nodes. Through the innovations, this blog will discuss the idea that urban infrastructure is on the verge of becoming smarter and the advantages it holds for citizens, businesses, and governments.

Smart Cities: The New Urban Paradigm

Smart cities are a concept whereby computerized devices and systems facilitate the best out-of-town operations like traffic control, energy consumption, citizen safety, waste disposal, and environmental profiling. These technologies depend to a great extent on the IoT devices that can reliably and securely interact across large and heterogeneous networks.

This ecosystem also requires SoCs with capabilities to work across a range of different wireless protocols and allow long battery life cycles, and enable edge computing, which enables local processing of data to enhance speed of decision making.

Advanced SoCs: The Backbone of Smart City IoT

1. Ultra-Low Power Consumption

Energy efficiency is highly essential in smart city implementation scenarios where devices such as environmental sensors, smart meters, and street light solutions tend to be in distant places with a limited push and pull towards energy supply. The SoCs designed by T2M incorporate the ultra-low power architecture, where years of operation are guaranteed on very low battery capacity without any concessions in performance.

2. Multi-Protocol Wireless Connectivity

Smart city gadgets must work over a wide range of networks, including Wi-Fi, Bluetooth Low Energy (BLE), Zigbee, NB-IoT, Sub-GHz, just to mention a few. Our SoCs facilitate multi-protocol coexistence, allowing devices to work smoothly with the existing without modification to the existing infrastructure, whilst delivering reliable and long-range as well as low-latency communication.

3. Edge AI and Real-Time Data Processing

With smart city applications today, edge computing reduces the amount of bandwidth and latency required since all the data is processed locally rather than being routed to the servers. The AI-powered SoCs that T2M builds can learn about the city's health, make their real-time, predictive maintenance, and adaptive automation decisions, and thus make smarter decisions and reactions to challenges.

4. Robust Security and Data Privacy

Security is paramount in the case of IoT ecosystems on the urban level. T2M SoCs offer very secure encryption, boot protection, and verification to prevent unauthorized access of confidential data and any illegal usage. This will ensure that the privacy of citizens is well taken care of and the critical infrastructure is not under threat of cybercrime.

Real-World Applications Powered by T2M SoCs

Smart Traffic Management:  Sensors and traffic light control. Connected traffic lights can help to make traffic flow efficiently, minimize traffic jams, and maximize the safety of pedestrians.

Intelligent Energy Grids: Smart meters and automatic controls enhance and optimize energy distribution, along with making renewable energy sources seamless.

Environmental Monitoring: Air quality and noise sensors can give real-time measurements used in planning the city and shaping the health of the people.

Public Safety and Surveillance: The United Cameras and the emergency system keep the community secure and provide quick feedback.

Smart Waste Management: Bins will have sensors to optimize routes to increase operational cost savings and the lowest environmental impact.

Why Choose T2M for Your Smart City Projects?

T2M Semiconductor can offer decades of experience in the design of semiconductors and wireless communications:

Highly Integrated, Scalable SoCs: Customized to support the different requirements of smart city applications.

Comprehensive Software Support: SDKs, firmware, and development kits to shorten your product creation.

Global R&D and Manufacturing Ecosystem:  Making sure of competitive pricing and on-time delivery.

Commitment to Innovation: Consistent development in AI, low-power design, and connectivity standards.

Conclusion

The world of smart cities is being realized with the help of IoT technologies, which are enabled through high-performance SoCs. This transformation is something we are dedicated to spurring on at T2M Semiconductor with reliable, innovative, and energy-efficient solutions that can enable cities to become smarter, safer, and more sustainable.

Hand in hand, we will create the future of city life - connected, smart, and efficient.

We are ready to assist you in learning more about how the T2M SoC solutions can facilitate your smart city projects; you can contact us today.