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IoT product makers in the UK and Ireland have a new, powerful option for their designs. Through a collaboration with Alpha Micro Components, Cavli Wireless now offers its C-Series cellular IoT modules to this market. This partnership provides an all-in-one solution for developing and deploying connected devices worldwide.

Cavli’s C-Series modules simplify the complex world of cellular IoT. They offer enterprise-grade performance and support a wide range of networks, including 5G RedCap, Cat 1 Bis, LTE Cat 1 and LTE Cat 4. Developers can now easily build products for diverse applications, from low-power sensors to high-speed industrial controls.

This offering is a truly integrated solution. Each C-Series module includes built-in eSIM technology and pre-loaded global connectivity subscriptions. Cavli’s cloud platform, Cavli Hubble, manages these connections. This unified approach eliminates the need for separate hardware and connectivity providers. It simplifies development, reduces time-to-market, and lowers costs for OEMs.

The modules are built for durability and long field life. They are available in various form factors like LGA, M.2, and Mini PCIe. Features like built-in GNSS, power-saving modes and Open SDK support make them versatile and scalable for global use.

Explore Cavli Wireless through Alpha Micro today.

u-blox has launched the ZED-F20P, a powerful triple-band GNSS module designed specifically for scalable robotics and autonomous systems on land and in the air. Whether you’re working on robotic lawn mowers or unmanned aerial vehicles (UAVs), this module delivers centimetre-level accuracy with reliable performance—even in challenging environments.

Advanced Positioning for Fast, Reliable Results

The ZED-F20P offers fast convergence and high resilience by using advanced technologies like RTK and PPP-RTK. It supports GPS, Galileo, BeiDou, QZSS, and NavIC signals across the L1, L2, and L5 frequency bands. This multi-constellation coverage ensures strong, consistent positioning ideal for industrial automation and robotics.

Key features include:

Triple-band GNSS for faster positioning and better signal reliability
Centimetre-level precision thanks to RTK and PPP-RTK
Support for cloud and local correction formats such as RTCM and SPARTN
Low cycle slips, high update rates and low-noise measurements for precise control
Compact and power-efficient design suitable for embedded systems
OSNMA-based GNSS message authentication for trusted, secure navigation

Built for Autonomous and Scalable Systems

The ZED-F20P is ready to work with Virtual Reference Stations (VRS) and SSR correction services right out of the box. This makes it an essential component for robotic and autonomous systems requiring precision, security and global scalability.

Partnering with Alpha Micro

At Alpha Micro, we’re proud to support integrators with this state-of-the-art technology. Whether your project involves next-gen UAVs, automated guided vehicles (AGVs), or mobile industrial platforms, the ZED-F20P provides the GNSS performance you need to innovate with confidence.

Contact Alpha Micro today to learn more or request a sample.

The Internet of Things (IoT) is entering a powerful new phase in 2025. With over 75 billion connected devices and rapid advances in global connectivity, businesses across the UK and Ireland face a transformative opportunity. At Alpha Micro, we are leading the way by helping customers navigate and harness this dynamic landscape.

5G: Enabling Real-Time, High-Density IoT

First, 5G is revolutionising IoT in demanding fields like smart manufacturing, logistics and healthcare. Thanks to ultra-low latency and the ability to connect up to a million devices per square kilometre, 5G supports critical technologies such as predictive maintenance, autonomous transport and connected health monitoring. Moreover, through partnerships with u-blox and RAKwireless, Alpha Micro helps organisations deploy flexible private 5G networks that deliver real-time performance and future scalability.

LPWAN and LoRaWAN: Long-Range and Low Power

Meanwhile, LPWAN technologies like LoRaWAN and NB-IoT remain essential for applications needing long-range connectivity with minimal power use. These include smart agriculture, utilities and industrial monitoring. By working with trusted providers, we support scalable, energy-efficient IoT rollouts suited for remote and low-maintenance environments.

Satellite IoT: Connecting the Hard-to-Reach

For rural, maritime, and remote locations, satellite IoT bridges connectivity gaps. Specifically, providers like Sateliot and Eseye enable global NB-IoT coverage via low-Earth orbit satellites. As a result, businesses can monitor assets anywhere, anytime.

Edge Computing: Faster Decisions, Smarter Data

In addition, edge computing processes data close to the source, reducing latency and bandwidth costs while enhancing privacy. Combined with 5G and LPWAN, it powers applications such as autonomous vehicles, smart retail, and predictive maintenance—delivering real-time insights exactly where they matter.

Looking Forward: Secure and Scalable IoT

Finally, emerging technologies like Wi-Fi 7, BLE, eSIM and blockchain are making IoT more secure and flexible. These advances enable everything from real-time healthcare diagnostics to smart city traffic management.

At Alpha Micro, we’re proud to support UK and Ireland businesses with leading-edge components, connectivity modules and expert design support to bring your IoT vision to life.

Ready to unlock the full potential of IoT?

Get in touch with Alpha Micro today to accelerate your deployment with the right technology and expertise.

Maximise Positioning Accuracy and Battery Life in Next-Generation Wearables

As wearable devices become essential for health, fitness and navigation, the demand for precise positioning grows. However, achieving reliable GNSS accuracy in compact, battery-limited devices remains a challenge.

To solve this, u-blox introduces LEAP (Low Energy Accurate Positioning) — a breakthrough GNSS technology built on the u-blox M10 platform. LEAP delivers consistently accurate positioning while significantly extending battery life. This makes it perfect for smartwatches, fitness trackers and sports wearables.

Solving the Power-Performance Dilemma

Traditionally, low-power GNSS modes sacrifice accuracy. In tough environments like urban canyons, forests, or mountains, weak satellite signals and noise can degrade performance. Devices then drain batteries trying harder to maintain fixes.

LEAP changes this by using smarter signal processing. Instead of handling every signal, it selectively chooses the highest-quality ones. By filtering out noisy signals, it reduces power use and improves accuracy.

Furthermore, LEAP includes real-time external low-noise amplifier (LNA) switching. It evaluates signal strength on the fly and powers the LNA only when needed. This avoids wasting energy.

Optimised for Movement and Real-World Use

LEAP is designed specifically for wearables. It features activity-aware dynamics — motion models customised for running, cycling and hiking. These models help the GNSS system understand user movement better. It compensates for arm swings and stride changes, resulting in more accurate paths.

In real tests, LEAP saved up to 50% power compared to standard GNSS modes. At the same time, it delivered equal or better accuracy. For example, in forests, LEAP achieved a CEP95 of 8 meters — much better than the 14 meters from other solutions. In open skies, accuracy improved from 4 meters to just 2.

Built for the Future of Wearables

LEAP’s compact chip (2.39 x 2.39 mm) fits into the smallest devices. It supports firmware upgrades through external flash or a connected MCU, keeping devices up to date.

Additionally, LEAP works with Android, u-blox AssistNow for faster time-to-first-fix, and positioning protocols like SUPL. This ensures smooth integration into connected ecosystems.

A Leap Forward in GNSS Technology

By combining low power consumption with strong accuracy, LEAP enables smarter, more efficient wearables. Whether building a rugged GPS sports watch or a sleek fitness tracker, LEAP gives your design a competitive edge.

Ready to explore how LEAP can transform your next wearable?
Contact us today to learn more.