AMD Radeon RX Vega M GL

AMD Radeon RX Vega M GL

This graphics processing unit (GPU) was manufactured using GlobalFoundries’ advanced 14nm manufacturing process. It is built on AMD’s GCN 4.0 architecture and was introduced to the market in February 2018. Equipped with a substantial 5 billion transistors, it boasts 20 rendering cores and 4GB of high-bandwidth memory (HBM2). Additionally, it features a 1024KB L2 cache, delivering a theoretical performance output of 2.588TFLOPS. Despite its impressive capabilities, this GPU maintains an efficient power consumption profile, operating at a total power consumption of 65W.

Description

Released in February 2018, this GPU built using GlobalFoundries' advanced 14nm process showcases the remarkable capabilities of AMD's GCN 4.0 architecture. With an impressive 5 billion transistors powering its operations, this GPU is designed to deliver high-performance computing for a variety of applications. Its 20 rendering cores work in unison to handle complex graphics tasks with ease, ensuring smooth and immersive visuals for users across different platforms. The inclusion of 4GB of high-bandwidth memory (HBM2) elevates the GPU's capabilities, providing ample memory bandwidth for handling data-intensive tasks efficiently.

In addition, the presence of a 1024KB L2 cache further enhances performance by reducing latency and improving data access speeds. This combination of advanced memory technologies ensures that demanding workloads are processed seamlessly, whether it be high-resolution gaming, content creation, or scientific computations. Moreover, the GPU offers a theoretical performance of 2.588 TFLOPS, showcasing its ability to handle complex calculations and graphical tasks with speed and precision. Despite its impressive performance metrics, the GPU maintains energy efficiency with a total power consumption of 65W, making it suitable for a range of applications where power consumption is a crucial factor.

Whether it's powering immersive gaming experiences, accelerating professional workflows, or enabling scientific simulations, this GPU stands as a testament to the cutting-edge innovation driving the world of graphics processing forward.

FAQ's

1. Q: What manufacturing process was used to create this GPU?
A: This GPU was manufactured using GlobalFoundries' advanced 14nm manufacturing process. This process allows for precise and efficient fabrication of the GPU components, contributing to its overall performance and energy efficiency.
2. Q: When was this GPU introduced to the market?
3. Q: How many transistors does this GPU contain?
4. Q: What type of memory does this GPU include, and how much of it is available?
5. Q: What is the theoretical performance output of this GPU?
6. Q: How many rendering cores does this GPU feature?
7. Q: What is the L2 cache size of this GPU?
8. Q: What is the total power consumption of this GPU during operation?
9. Q: How does the GPU's design contribute to its high-performance computing capabilities?
10. Q: What applications are suitable for utilizing this GPU?