GlobalFoundries Introduces the 130CBIC SiGe Platform
At a recent technology summit, GlobalFoundries (GF)(Nasdaq: GFS) made a significant announcement regarding its innovative 130nm complementary Bi-CMOS (CBIC) platform. This state-of-the-art technology marks a milestone in the company’s silicon germanium (SiGe) solutions, positioning itself as the highest-performing SiGe platform to date.
Setting New Standards in Performance
Now equipped with a process design kit (PDK) for designers, the 130CBIC platform achieves remarkable performance metrics. It boasts NPN transistors that exceed 400 GHz ft/fmax, alongside PNP transistors that surpass 200 GHz. This capability makes it the premier high-performance SiGe platform addressing vital markets such as smartphones, wireless wireless infrastructure, optical networking, and industrial IoT.
Key Innovations and Benefits
This platform is not just about numbers; it harnesses cutting-edge technology developed at GF’s facility in Burlington, utilizing superior RF performance for various connected applications while also reducing costs effectively. One of the standout features is its implementation in cellular smartphones, where it enables low-noise amplifiers (LNAs). These amplifiers help in minimizing current consumption while ensuring ultra-low noise figures, which ultimately translates to extended battery life.
High-Performance for Data Centers
In the context of data centers, the high-performance PNP transistors within the 130CBIC facilitate innovative amplifier configurations that deliver impressive gain-bandwidth at lower power. This characteristic is vital for high-speed analog and optical networking, fulfilling the growing demand for efficient data handling solutions.
Applications in Industrial Radar
The capabilities of the 130CBIC platform extend to advanced mmWave industrial radar applications exceeding 100GHz. Such technology allows for enhanced resolution sensing and distance measurement while maintaining a compact form factor.
Industry Impact
“The introduction of 130CBIC establishes a new benchmark for performance across key growth markets that rely on advanced RF technologies,” stated Shankaran Janardhanan, who is the senior vice president of GF’s RF product line. The impressive combination of high-performing transistors and a reduced mask count process will enable customers to explore and innovate faster than before.
Prototyping Opportunities and Resources
GlobalFoundries is facilitating the prototyping process through its GlobalShuttle multi-project wafer program. With several shuttles scheduled through upcoming years, it ensures that designers have access to essential resources and support. Furthermore, RF reference designs are accessible via GF’s self-service GF Connect portal, designed to expedite the design process for engineers and innovators.
About GlobalFoundries
GlobalFoundries (GF) is a pivotal entity in the semiconductor manufacturing landscape. The company focuses on creating essential semiconductors that enable the connected world to operate efficiently. With a commitment to innovation, GF partners with its customers to deliver energy-efficient and high-performance products tailored for various high-growth sectors, including automotive, smart devices, and communications.
Contact Information
For media inquiries, reach out to Stephanie Gonzalez or contact her directly at stephanie.gonzalez@gf.com.
Frequently Asked Questions
What is the significance of the 130CBIC platform?
The 130CBIC platform represents a leap in high-performance SiGe technology, catering to a variety of applications from smartphones to industrial IoT.
How does the 130CBIC enhance smartphone technology?
This platform enables low-noise amplifiers that reduce current consumption, improving battery life and performance in smartphones.
What role does the 130CBIC play in data centers?
It enables high-performance PNP transistors that allow for innovative amplifier designs, enhancing gain and bandwidth while reducing power consumption.
Can the 130CBIC platform be used for advanced radar applications?
Yes, it supports industrial radar applications with capabilities exceeding 100GHz, allowing for high precision in sensing and distance measurements.
How can designers access the 130CBIC for prototyping?
Designers can access the GlobalShuttle multi-project wafer program for prototyping opportunities alongside RF design resources through GF Connect.
