Slide 1: Next Gen Bluetooth LE SoC family
Next Gen Bluetooth LE SoC family Xtreme Low Power XLP with Energy harvesting
Slide 2: Key sustainability focus topics for UEI
UEI SUSTAINABILITY SOLUTIONS Key sustainability focus topics for UEI Extend the solution offering for complete SUP-free product delivery Reduce the use of virgin plastics with >85% PCR recycled material UE961 & 962 Xtreme low power SOC with Energy Harvesting capability Next-generation indoor PV cell
Slide 3: Social Responsibility – A sustainable future
Social Responsibility – A sustainable future Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 4: The problem
The problem ‘Human-centered’ design, as currently practiced, is problematic. For the convenience and delight of the ‘user,’ we create products that are cheap and desirable but create environmental and social damage through their production, service, and after-life. Felix Heibeck Universal Electronic
Slide 5: Why are we doing this?
A SUSTAINABLE SOLUTION IS NEEDED Reduce virgin Reduce materials carbon TOWARDS A BATTERY-LESS WORLD footprint Why are we doing this? One of our biggest areas of focus is to reduce the environmental impact of the batteries we use to power our products. Our objective; we want to create a world where p
Slide 6: Reduce the battery waste
Reduce the battery waste Resulting in 1.8 million tons of waste Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 7: Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 8: UE961 Xtreme Low Power
UE961 Xtreme Low Power Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 9: Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 10: More Efficient >10X
* Compared to conventional BLE/Voice Remotes ** Compared to previous generation SoC 80% More Efficient* >10X 2.5X Battery life* Computing Power** Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 11: Xtreme Low Power SoC Solutions
XTREME LOW POWER SOC SOLUTIONS BLE/Voice >10x UE961 Longer Battery Life* Xtreme Low Power SoC Up to 10x longer battery life vs Conventional Xtreme Low Power Remote conventional BLE/Voice remotes Depending on the power use case 3.5x** to 10x* IR/BLE/Voice/Backlight battery lifetime can be achieved. >
Slide 12: Improve waste & CO2 footprint, better user experience
XTREME LOW POWER SOC SOLUTIONS Improve waste & CO² footprint Better user experience Enhance user Battery for life experience 1,000,000 12,000,000 Always listening 732 tons of CO2* During the remote lifetime (7 years) Backlight *Equals 220 Intercontinental Jumbo Jet flights Universal Electronics - Pr
Slide 13: UE962 Energy Harvesting
UE962 Energy Harvesting All the features & performance of UE961, plus... Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 14: UE962 Energy Harvesting
XTREME LOW POWER AND ENERGY HARVESTING UE962 Energy Harvestable Energy Harvesting • Multiple energy sources suitable for indoor harvesting • Ultra Low-Power micro architecture silicon design • Built-in energy harvesting unit and All the highly features & performance efficient of UE961, power managem
Slide 15: The evolution of energy harvesting remotes
SAMSUNG EVOLUTION OF HARVESTING REMOTE SOLUTIONS The evolution of energy harvesting remotes • Announced at CES 2021: First deployment of new UEI chipset First market introduction with PV solar panel • Announced at CES 2022: 2nd generation with RF harvesting and PV solar panel to eliminate use of bat
Slide 16: Optimized for energy harvesting
EXTREME LOW-POWER SOC WITH ENERGY HARVESTING UE962 Harvesting SOC Optimized for energy harvesting A true All-in-One Harvesting SoC - Reduces the need for external ICs - Minimizes additional components - Improves power harvesting efficiency - Minimizes total BOM cost * Compared to commonly used 4-Cel
Slide 17: >3x Higher Energy Density, optimized for indoor light
UE962 Harvesting SOC EXTREME LOW-POWER SOC WITH ENERGY HARVESTING >3x Optimized for Higher Energy Density* Indoor light 70% harvesting More power in partial shade* HD Panel requires only 1/3 of the space vs a standard PV panel for the same power requirement High performance Single Cell PV panel UEI
Slide 18: Extreme Low-Power SoC with Energy Harvesting
EXTREME LOW-POWER SOC WITH ENERGY HARVESTING UE962 Scalable system clock: INTERFACES MEMORY Low leakage Ultra-efficient, optimized for ARM M33F (0.5 – 64MHz) ADC memory architecture performance & energy PDM ROM – 64kB PWM DMA CONTROLLER UART RAM – 128kB ARM TrustZone SPI + 32kB Exchange Flexible IO
Slide 19: Indoor Solar Performance Boost for Voice & Backlight
Indoor Solar Performance Boost for Voice & Backlight Extreme Low Power IC Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 20: Prismatic Lens
Prismatic Lens Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 21: Optimized for Solar Performance
Optimized for Solar Performance Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 22: HD PV panel integrated into a remote control
HD PV panel integrated into a remote control Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022
Slide 23: Never change batteries again
Never change batteries again* Save up to 14 batteries * Compared to conventional IR/BLE/Voice/BL remotes, under standard UEI use case, assuming 7 years of service before refurbishment Universal Electronics - Proprietary and confidential. All rights reserved. Copyright UEI 2022. Design and specificat
Slide 24: Thank you! Questions?
Thank you! Questions? UNIVERSAL ELECTRONICS.