Last Mile Semiconductor is a deep-tech startup based in Dresden, Germany, at the heart of Silicon Saxony. We are pioneering a new era in wireless communication with our low-cost, secure, and highly reliable chipset based on NR+, a breakthrough non-cellular 5G standard designed for Massive IoT. Our mission is to unlock a future where billions, even trillions, of smart devices are seamlessly connected.
The Game-Changing NR+ Standard
Today, millions of devices are already part of the Internet of Things (IoT). However, existing wireless standards like LTE-M, LoRa, NB-IoT, Zigbee, Bluetooth, and WiFi fall short in critical areas like cost, scalability, and network congestion. NR+ is set to change all of this. As the first non-cellular 5G technology, it eliminates the need for data subscriptions, making it significantly more affordable while offering low latency and long-range connectivity.
Key Advantages of NR+:
- No provider, no SIM card required
- Range up to 6 km with data rates up to 10 Mbps
- Free global spectrum at 1.9 GHz – no ISM band congestion
- A fraction of the cost of cellular solutions
- Easy to deploy, making it ideal for massive IoT use cases
Revolutionizing IoT with NR+ System-on-Chip
At Last Mile Semiconductor, we’re transforming IoT with our innovative NR+ System-on-Chip (SoC) technology. By leveraging the free global spectrum, we remove the high costs associated with traditional cellular networks like 5G, opening up new possibilities for both industries and consumers to deploy scalable, secure, and low-cost IoT solutions.
Our Vision
Backed by our world-class engineering team and strong industry partnerships, Last Mile Semiconductor is on track to bring our NR+ System-on-Chip to the market. We aim to revolutionize how the world connects, making IoT more accessible, affordable, and sustainable for all.
Join us as we redefine the future of IoT, connecting the world one chip at a time.
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Branche
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Herstellung von Halbleitern
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Größe
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11–50 Beschäftigte
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Hauptsitz
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Dresden, Saxony
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Art
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Privatunternehmen
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Gegründet
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2022
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Spezialgebiete
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Wireless und Semiconductor
