An Ocean of RF
Imagine our world filled with invisible waves from smartphones, routers, and thermostats, creating a vast ocean of RF signals. This sea of connectivity isn't just for browsing the internet or adjusting the temperature; it's also smart enough to sense everything happening inside your car. Using these signals, cars can now detect if there's a kid or a pet in the backseat, ensuring the climate control is just right and that safety features like airbags are primed perfectly based on who's onboard. It's a brilliant way to make everyday devices work together for our safety and comfort.
An Ocean of RF
Imagine our world filled with invisible waves from smartphones, routers, and thermostats, creating a vast ocean of RF signals. This sea of connectivity isn't just for browsing the internet or adjusting the temperature; it's also smart enough to sense everything happening inside your car. Using these signals, cars can now detect if there's a kid or a pet in the backseat, ensuring the climate control is just right and that safety features like airbags are primed perfectly based on who's onboard. It's a brilliant way to make everyday devices work together for our safety and comfort.
Smartphone
Thermostat
Router
Smartphone
Thermostat
Router
Security - Automotive - Healthcare
Security - Automotive - Healthcare
Security
- Detects unauthorized entry
- Tracks movement of people within a building
- Enhances security systems while preserving privacy
- Useful where traditional cameras and sensors are impractical or invasive
- Offers advanced motion detection and presence sensing
Automotive
- Wi-Fi sensing technology enables child presence detection
- Precisely identifies passenger locations, like specific seats
- Optimizes climate control for occupant comfort
- Enhances safety with smarter airbag activation
- Improves overall in-vehicle experience
Healthcare
- Uses Wi-Fi signals for contactless patient monitoring
- Monitors activity and vital signs remotely
- Analyzes changes in Wi-Fi signal reflections due to movement or physiological changes
- Enables early detection of health issues
- Improves patient outcomes
- Reduces need for constant physical monitoring in clinical settings
Security
- Detects unauthorized entry
- Tracks movement of people within a building
- Enhances security systems while preserving privacy
- Useful where traditional cameras and sensors are impractical or invasive
- Offers advanced motion detection and presence sensing
Healthcare
- Uses Wi-Fi signals for contactless patient monitoring
- Monitors activity and vital signs remotely
- Analyzes changes in Wi-Fi signal reflections due to movement or physiological changes
- Enables early detection of health issues
- Improves patient outcomes
- Reduces need for constant physical monitoring in clinical settings
Healthcare
- Uses Wi-Fi signals for contactless patient monitoring
- Monitors activity and vital signs remotely
- Analyzes changes in Wi-Fi signal reflections due to movement or physiological changes
- Enables early detection of health issues
- Improves patient outcomes
- Reduces need for constant physical monitoring in clinical settings
All Synaptics Wi-Fi Chips Support CSI Analysis
High Accuracy/Performance
Low Power/Cost
Supports CSI Analysis in All Synaptics Wi-Fi Chips
Synaptics Wireless Best-in-Class
First Wi-Fi 7 and BT 6.0 product in high-performance wireless connectivity market
Wi-Fi is ubiquitous
many electronic devices already have wi-fi capabilities
Cost-effective
no additional hardware required beyong existing Wi-Fi in products/devices
Power-efficient
compared to radar and UWB
RF Integrated Circuit Innovation
All refreshes building blocks with best-in-class performance, low noise, low power consumption, leadership in non-mobile market
Wi-Fi Spatial Diversity (MIMO)
Gives 2~3 dB higher link budget (enhanced TxBF, MRC, DSP algorithms from 20+ years of R&D)
Industry's first proprietary Bluetooth MIMO
adds minimum 3 dB gain in the link budget
First Wi-Fi 7 and BT 6.0 product in high-performance wireless connectivity market
Wi-Fi is ubiquitous
Many electronic devices already have Wi-Fi capabilities
Cost-effective
No additional hardware required beyond existing Wi-Fi in products/devices
Power-efficient
Compared to radar and UWB
RF Integrated Circuit Innovation
Low noise and low power consumption, designed to operate efficiently with minimal interference
SYNA Wi-Fi Spatial Diversity (MIMO)
Gives 2~3 dB Higher link budget (enhanced Transmit Beamforming (TxBF), Maximal Ratio Combining (MRC), and Digital Signal Processing (DSP) from 20 years R&D)
Industry's first proprietary Bluetooth MIMO
Adds minimum 3db gain in the link budget
Synaptics' Wi-Fi SoCs output the CSI data via targeted APIs
CSI provides the knowledge of a channel through which a signal is propagating
Obstructions present in an environment cause reflection, diffraction, scattering, etc. Subtle changes to CSI can be leveraged to detect human presence or other changes to environment
Subtle changes to CSI can be leveraged to detect human presence or other changes to environment
Synaptics' Wi-Fi SoCs Output the CSI Data Via Targeted APIs
CSI provides the knowledge of a channel through which a signal is propagating.
Obstructions present in an environment cause reflection, diffraction, scattering, etc.
Subtle changes to CSI can be leveraged to detect human presence or other changes to environment
CSI Data
CSI Data
Frequency-Response Changes
Received Signal Strength Indicator Changes
SNR
Analysis
Phase
Analysis
Frequency-Response Changes
Received Signal Strength Indicator Changes
SNR Analysis
Phase Analysis
Channel State Information (CSI) Based Sensing Algorithms
Managing all of the variables-the amplitudes, phases, frequency response, and SNR of potentially dozens of separate signals-to most efficiently utilize the bandwidth in the physical space requires a lot more information than just RSSI. The collected dataset aggregating all of this information is called the channel state information (CSI).
Digital Signal Processing/Machine Learning techniques decode this change in CSI components to detect motion, presence of people etc.
Digital Signal Processing/Machine Learning techniques decode this change in CSI components to detect motion, presence of people etc.
Advanced AI Algorithms Development Underway
Both Internally and Via 3rd-party Partnerships
Advanced AI Algorithms Development Underway
Both Internally and Via 3rd-party Partnerships
Motion and Activity
Heart-Beat
Breathing
Fall-Detection
Micro-Motion
Gestures
Motion and Activity
Heart-Beat
Breathing
Fall-Detection
Micro-Motion
Gestures
But Wait,
There's More
Synaptics SoCs deliver best-in-class rate-over-range and interoperability in a cost-effective form factor for secure consumer, industrial, and enterprise systems.
But Wait, There's More
Synaptics SoCs deliver best-in-class rate-over-range and interoperability in a cost-effective form factor for secure consumer, industrial, and enterprise systems.