LE-UWB™ Wireless Technology
Deterministic Wireless.™ Delivered.
Low Energy Ultra-Wideband (LE-UWB) is the wireless platform for real-time intelligent systems.
Transforming wireless connectivity
Transforming wireless connectivity
Cherry launches industry's first LE-UWB keyboard which achieves 8K responsiveness and reliable connectivity even in noisy RF environment
Gaming Peripherals
Gaming Peripherals
Near-zero latency, ultra-low power, highest performance and robust connectivity
Audio & Headphones
Audio & Headphones
High fidelity lossless, uncompressed audio with ultra-low latency and ultra-low power
Locationing & Access Control
Locationing & Access Control
Ultra-low power, ultra-low latency, high-accuracy ranging with data communication
AI Wearables & Physical AI
AI Wearables & Physical AI
Ultra-low latency, ultra-low power, high throughput robust wireless connectivity for real-time systems
Transforming wireless connectivity
Cherry launches industry's first LE-UWB keyboard which achieves 8K responsiveness and reliable connectivity even in noisy RF environment
Gaming Peripherals
Near-zero latency, ultra-low power, highest performance and robust connectivity
Audio & Headphones
High fidelity lossless, uncompressed audio with ultra-low latency and ultra-low power
Locationing & Access Control
Ultra-low power, ultra-low latency, high-accuracy ranging with data communication
AI Wearables & Physical AI
Ultra-low latency, ultra-low power, high throughput robust wireless connectivity for real-time systems
The INNER LOOP
Intelligent systems operate at machine speed. Their wireless must too.
Conventional wireless technologies were designed for pairing or throughput, not the tight timing requirements of real-time control systems.
Engineers have sacrificed latency, power and throughput, or resort to wires where wireless was supposed to be the answer.
There is a better option now.
Engineers have sacrificed latency, power and throughput, or resort to wires where wireless was supposed to be the answer.
There is a better option now.
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Connectivity without Compromise for Real-time Intelligent Systems.
Connectivity without Compromise for Real-time Intelligent Systems.
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The Next wave
The systems that were impossible are globally shipping today.
LE-UWB™ supports AI wearables, coordinated robotics, time-critical medical devices, lossless audio, high-polling-rate gaming peripherals, and industrial systems designed to replace wired links.
The next generation of physical AI, autonomous coordination, and real-time sensor fusion is happening now.
Wireless no longer has to be the system constraint.
The next generation of physical AI, autonomous coordination, and real-time sensor fusion is happening now.
Wireless no longer has to be the system constraint.
Applications
For systems that require predictable and precise wireless timing.
LE-UWB™ is in production across multiple intelligent-system applications.
Gaming
Competitive gaming requires wireless peripherals to match wired speed and reliability. LE-UWB™ is designed to deliver both, bringing wired-level performance to wireless gaming peripherals.
SPARK LE-UWB™ gives Gaming system designers a wireless link built for the demands of on-device AI. Operating across the 6.2–9.5 GHz band with configurable 20.48 to 40.96 MHz symbol rates, LE-UWB™ enables direct control over the throughput, power, and latency tradeoff without changing silicon.
Industrial
Industrial systems are becoming more autonomous, distributed, and time-sensitive. Yet the wireless links connecting them remain constrained by variable latency, network contention, and infrastructure complexity. LE-UWB™ introduces a purpose-built wireless architecture for precise timing, responsive data exchange, and energy-efficient coordination at the machine edge.
LE-UWB™ provides a purpose-built short-range wireless link for deterministic communication in demanding industrial environments. It enables machines, tools, sensors, and tags to exchange time-sensitive data with ultra-low latency, high throughput, and ultra-low power consumption—without the infrastructure investment, integration complexity, and energy demands of private cellular networks.
Wearables
The next generation of wearables is pushing the limits of conventional wireless. Richer sensing, continuous data exchange, and more responsive user experiences require a wireless link that can deliver high throughput, ultra-low latency, and exceptionally low energy consumption—without forcing compromises between performance and battery life.
Across wearable applications, SPARK LE-UWB™ gives designers the flexibility to tailor wireless performance to each product’s sensing, responsiveness, form-factor, and battery requirements. A single configurable silicon platform supports diverse operating profiles without forcing a redesign of the underlying wireless architecture.
Healthcare
Healthcare devices depend on wireless communication that remains predictable, responsive, and energy-efficient in complex RF environments. SPARK LE-UWB™ delivers deterministic timing, ultra-low latency, and ultra-low energy consumption for short-range communication—helping medical device designers transmit time-sensitive data reliably while preserving battery life and product flexibility.
SPARK LE-UWB™ gives medical device designers a predictable, energy-efficient wireless link for applications where timing, continuity, and data integrity matter. It supports extended operation for compact biomedical sensors, cable-free connectivity for portable diagnostic equipment, and consistent communication across dense clinical RF environments. This supports healthcare applications that need timely, predictable data delivery.
Gaming
Competitive gaming requires wireless peripherals to match wired speed and reliability. LE-UWB™ is designed to deliver both, bringing wired-level performance to wireless gaming peripherals.
SPARK LE-UWB™ gives Gaming system designers a wireless link built for the demands of on-device AI. Operating across the 6.2–9.5 GHz band with configurable 20.48 to 40.96 MHz symbol rates, LE-UWB™ enables direct control over the throughput, power, and latency tradeoff without changing silicon.
Healthcare
Healthcare devices depend on wireless communication that remains predictable, responsive, and energy-efficient in complex RF environments. SPARK LE-UWB™ delivers deterministic timing, ultra-low latency, and ultra-low energy consumption for short-range communication—helping medical device designers transmit time-sensitive data reliably while preserving battery life and product flexibility.
SPARK LE-UWB™ gives medical device designers a predictable, energy-efficient wireless link for applications where timing, continuity, and data integrity matter. It supports extended operation for compact biomedical sensors, cable-free connectivity for portable diagnostic equipment, and consistent communication across dense clinical RF environments. This supports healthcare applications that need timely, predictable data delivery.
Industrial
Industrial systems are becoming more autonomous, distributed, and time-sensitive. Yet the wireless links connecting them remain constrained by variable latency, network contention, and infrastructure complexity. LE-UWB™ introduces a purpose-built wireless architecture for precise timing, responsive data exchange, and energy-efficient coordination at the machine edge.
LE-UWB™ provides a purpose-built short-range wireless link for deterministic communication in demanding industrial environments. It enables machines, tools, sensors, and tags to exchange time-sensitive data with ultra-low latency, high throughput, and ultra-low power consumption—without the infrastructure investment, integration complexity, and energy demands of private cellular networks.
Wearables
The next generation of wearables is pushing the limits of conventional wireless. Richer sensing, continuous data exchange, and more responsive user experiences require a wireless link that can deliver high throughput, ultra-low latency, and exceptionally low energy consumption—without forcing compromises between performance and battery life.
Across wearable applications, SPARK LE-UWB™ gives designers the flexibility to tailor wireless performance to each product’s sensing, responsiveness, form-factor, and battery requirements. A single configurable silicon platform supports diverse operating profiles without forcing a redesign of the underlying wireless architecture.
Products
One technology. Multiple transceiver families.
Built on a shared architecture, tuned for different system requirements.
Build with SPARK
Where are you in the design cycle?
Designing it in?
Get the datasheet, request an evaluation kit, or talk to a SPARK engineer about your system.
Latest Resources
Blogs
· September 2, 2026
SPARK Spring & Summer Highlights: The Meaning Behind the Milestones
Read More
Webinars · September 15, 2026
From Gaming and Audio to Real-Time IoT Devices: Designing High-Performance Wireless with LE-UWB™
Learn More
Webinars · July 7, 2026
From Ranging to Real-Time IoT: Building Low-Power Location-Aware Systems with UWB
Watch On Demand