The Atmosic Tech ATM34/e SoCs have officially hit the global market, bringing a transformative wave of ultra-low-power capabilities to the Internet of Things (IoT) landscape. Mouser Electronics, a globally recognized authorized distributor of the newest electronic components and industrial automation products, is now actively shipping the highly anticipated ATM34/e system-on-chip (SoC) from Atmosic Technologies. Designed explicitly to extend the battery life of remote devices, this latest innovation introduces an extraordinary energy-harvesting option alongside state-of-the-art Bluetooth 6.0 integration. For engineers and developers working on asset tracking, industrial IoT sensors, remote monitors, and security applications, this launch marks a defining moment in hardware efficiency.
Engineering the Future of Bluetooth 6.0 and Low-Power Processing
At the core of the Atmosic Tech ATM34/e SoCs lies a remarkably sophisticated architecture engineered to balance raw performance with minimal power draw. These SoCs integrate fully compliant Bluetooth 6.0 radios with a highly capable 64 MHz Arm Cortex M33F application processor. By combining advanced processing power with a comprehensive memory stack—including Random Access Memory (RAM), Read-Only Memory (ROM), and Non-Volatile Memory (NVM)—the platform ensures that complex edge computing tasks can be handled natively without draining the device’s battery.
Security remains a paramount concern for enterprise IoT deployments. To address this, the SoC incorporates robust Arm TrustZone security frameworks. This hardware-level protection creates a secure execution environment, safeguarding data streams across industrial networks and mitigating vulnerabilities often exploited in remote sensors. Whether deployed in automated factory floors or isolated agricultural tracking tags, the device guarantees that data integrity is meticulously preserved.
Breakthroughs in Energy-Harvesting Capabilities
One of the most revolutionary aspects of the Atmosic Tech ATM34/e SoCs is their ability to actively capture, utilize, and store ambient energy. Rather than relying entirely on traditional primary batteries, these devices integrate innovative energy-harvesting mechanisms that drastically reduce power dependency. The SoCs can draw power from multiple environmental sources:
- Radio Frequency (RF): Capturing ambient wireless signals and converting them into usable electricity.
- Thermal Gradients: Utilizing heat differentials found in industrial machinery or HVAC systems.
- Photovoltaic (Light): Harnessing both indoor ambient lighting and outdoor solar energy.
- Kinetic Motion: Drawing power from the physical vibrations of robotics or tracked assets.
The ATM34/e series features an exceptionally wide harvesting input range and supports an extensive array of storage devices, such as supercapacitors or rechargeable coin cells. By utilizing these diverse energy sources, smart sensors and low-power automation applications can achieve maximum lifespan, frequently operating for years without a single battery replacement.
Redefining Power Consumption Metrics
To complement its energy-harvesting prowess, the radio architecture within the Atmosic Tech ATM34/e SoCs sets a new industry standard for low power draw. The integrated radio consumes an astonishingly low 0.95 mA in receive mode and just 2.5 mA in transmit mode at 0dB. Additionally, the device offers a highly programmable output power range spanning from -20 dBm up to +10 dBm.
This granular control over transmission power allows developers to tailor the SoC to the exact requirements of their network topology. Furthermore, the architecture inherently supports low-duty-cycle operation. By rapidly waking up, transmitting data bursts, and immediately returning to a deep-sleep state using innovative wake-up mechanisms, the SoC minimizes active time and drastically extends the intervals between necessary battery replacements.
Accelerating Development with Comprehensive Evaluation Kits
To assist engineers in transitioning to this new hardware, Mouser Electronics offers an extensive suite of developer tools and evaluation kits. These resources are designed to rigorously test the features, energy-harvesting functionality, and overall performance of the Atmosic Tech ATM34/e SoCs.
Firmware Download Board (FDL) Kit
Atmosic’s FDL Kit is an essential hardware and software package developed to streamline the production programming of these SoCs. It offers comprehensive functionality, including seamless firmware flashing, NVDS programming, and precise control of the Device Under Test (DUT) via the Host Controller Interface (HCI). This ensures that mass-producing devices based on this architecture remains cost-effective and scalable.
ATMRPB Reference Design Programming Board
For deeper development and debugging, the Atmosic ATMRPB serves as a dedicated connection interface adapter. This programming board grants host computers direct access to standard debugging interfaces on wireless SoC-based evaluation boards or custom target hardware, massively reducing the time required to resolve code anomalies.
ATM3405 Tag Reference Design Kits
To immediately demonstrate the sheer low-power nature of this Bluetooth LE device, developers can leverage the ATM3405 tag reference design kits. Powered by a standard CR2032 coin cell battery, these kits are engineered in an ultra-compact form factor suitable for immediate deployment testing. Furthermore, these reference designs double as a versatile IoT development platform, allowing engineers to integrate external sensors and peripheral hardware seamlessly through a dedicated IoT expansion board.
Global Distribution and Supply Chain Reliability
As a premier global authorized distributor, Mouser Electronics provides the world’s widest selection of the latest semiconductors and electronic components. Engineers looking to integrate the Atmosic Tech ATM34/e SoCs into their upcoming designs can rely on Mouser’s robust supply chain. Customers are guaranteed 100% certified, genuine products that maintain full traceability back to the manufacturer.
For developers seeking to accelerate their design cycles, the Mouser website serves as an invaluable repository. It hosts a vast library of technical resources tailored for aarokatech.com readers and global engineers alike. From detailed product data sheets and supplier-specific reference designs to application notes and advanced engineering tools, Mouser ensures that every technical requirement is met promptly and accurately, driving the next generation of smart industrial hardware forward.
