onsemi has set a new benchmark in semiconductor innovation with its Treo platform, the first process technology to seamlessly integrate analog, digital, and power circuits on a single chip. Built on a robust 65nm process, Treo addresses the growing demand for high-efficiency, space-saving, and cost-effective solutions across automotive, industrial, and consumer markets.
Why Treo Is Unique
Treo’s uniqueness lies in its ability to scale voltage from 1V to 90V within a single device. This unprecedented integration combines high-performance digital logic, advanced analog functions, and high-voltage power management into one cohesive platform.
Vijay Rentala, CTO of onsemi’s Analog and Mixed-Signal Group, explains:
“This is the first technology platform that combines such a wide range of capabilities without compromises, enabling designers to optimise performance across multiple parameters simultaneously.”
Key Benefits of the Treo Platform
1. Unmatched System Integration
Treo enables system architects to rethink design by consolidating functions that traditionally required multiple chips. This results in:
- Significant space savings.
- Reduced component count.
- Lower system costs.
2. Accelerated Time to Market
With pre-verified building blocks—dubbed “Lego blocks”—Treo allows customers to develop customised solutions in as little as 6–9 months, compared to the industry norm of 2–3 years.
3. Optimised Power and Performance
Devices built on Treo technology boast:
- Up to 50% reduction in power consumption.
- Improved performance by a factor of two.
- A smaller die size, cutting costs and enhancing efficiency.
Real-World Applications
onsemi is already demonstrating the versatility of Treo with 10 products tailored for diverse applications, including:
Continuous Glucose Monitoring
The platform’s ultra-low power capability has extended the battery life of wearable patches from days to weeks, revolutionising diabetic care.
Ultrasonic Parking Sensors
Used in automotive parking systems, these sensors:
- Achieve precise distance measurement.
- Consume half the power of traditional solutions.
- Occupy half the space, enabling tighter integration into vehicle designs.
Inductive Position Sensors
Designed for critical applications such as brake and motor position monitoring, these sensors offer:
- 50% smaller size.
- 50% lower power consumption.
- Enhanced safety compliance, meeting automotive-grade standards.
Treo for Automotive, Industrial, and Consumer Markets
Treo’s versatility extends across multiple sectors:
- Automotive: With operating temperatures up to 175°C and support for advanced safety features, Treo is ideal for demanding automotive applications.
- Industrial: Its integration capabilities streamline systems for applications requiring high reliability and performance.
- Consumer: Treo’s low-power features enable next-generation devices like glucose monitors and smart wearables.
Empowering Design Innovation
onsemi’s Treo platform is not just a technological advancement; it’s a paradigm shift in semiconductor design. By providing pre-validated IP blocks and extensive design support, onsemi empowers OEMs to create innovative, customised solutions faster than ever before.
“Treo redefines the limits of what’s possible in chip design,” Vijay notes. “It allows customers to think differently and achieve unprecedented optimisation in their systems.”
Learn More
Discover how Treo can revolutionise your next project. Visit onsemi.com for more information and to explore evaluation opportunities.