Unveiling the essence of Ultra No Power
Unveiling the essence of Ultra No Power
Instruction memory
10 years retention @65ºC
Integrated Error Correction Code
Non-volatile mode | One-time programming for permanent storage
Volatile mode | Unlimited writes for flexible testing
ULP read operation
Optimized for fast read access
Data memory
Syncronous SRAM
Deep Sleep Mode for ultra-low power retention
ULP read operation
Multi-Frequency Oscillator
Selectable frequencies: 1 MHz, 8 MHz, 16 MHz, 32 MHz
Internal calibration for enhanced accuracy
Stable operation across temperature variations
Voltage Regulator
Optimized for minimal power consumption
Fast wake-up time for low-latency transitions
Integrated protection against overcurrent and thermal stress
Core
Dynamic Adaptive Power System for an ultra-efficient data gating
Optimized data handling for fastest execution
High-speed peripheral access
Memory protection unit
32 interrupts with 4 priority levels
Peripherals
UART
I2C
SPI
Timer system
Low latency DMA
Watchdog
Born to be together
Born to be together
Wide range of applications
Ultra-low power technology ensures long-lasting, reliable performance while minimizing maintenance, extending battery life and reducing the need for manual intervention.
IoT Utilities
Smart metering and remote monitoring systems for electricity, gas, and water networks requiring:
- Efficient data collection and transmission
- Minimal maintenance
- Long operational life
Wellbeing
Wearable health and fitness devices, such as activity trackers, medical monitoring and smart clothing, requiring:
- Continuous monitoring with minimal energy consumption
- Reduced charging needs
Smart cities
Infrastructure devices such as sensor networks for traffic management, air quality monitoring, and public lighting systems, requiring:
- Reliable, energy-efficient data transmission
- Minimal intervention
