NVIDIA GeForce GT 740

NVIDIA GeForce GT 740

This graphics processing unit (GPU) was manufactured using the TSMC 28nm process and is built on Nvidia’s Kepler architecture. It was launched in May 2014 with a sizeable 1.27 billion transistors, boasting 384 CUDA cores and 1024MB of GDDR5 memory. Additionally, it houses a 256KB L2 cache and showcases a theoretical performance of 762.6GFLOPS. Despite these impressive specs, its power consumption is relatively low at 64W. These features collectively contribute to making it a solid choice for various computing tasks.

Description

The Nvidia Kepler architecture has been a pivotal advancement in the realm of graphics processing units (GPUs), and the GPU crafted with the TSMC 28nm manufacturing process represents a significant milestone in this lineage. Released in May 2014, this GPU encapsulates the innovation and performance prowess synonymous with Nvidia. Boasting a formidable 1.27 billion transistors, this GPU is engineered to deliver top-tier computing capabilities with efficiency and reliability at its core. At the heart of this GPU are 384 CUDA cores, each functioning as an integral component in the complex matrix of processing power.

These CUDA cores work synergistically to execute massive computational tasks with precision and swiftness, ensuring seamless performance across a spectrum of applications. Complementing this computational prowess is the 1024MB of GDDR5 memory, providing ample storage bandwidth to facilitate the swift exchange of data between the GPU and the system, amplifying overall operational efficiency. Moreover, the 256KB L2 cache embedded within this GPU plays a pivotal role in enhancing data retrieval speeds and minimizing latency, thereby optimizing performance for demanding workloads.

With a theoretical performance output of 762.6GFLOPS, this GPU stands as a powerhouse capable of tackling intensive tasks with finesse and agility. Noteworthy is the impeccable balance struck between performance and power efficiency, with a total power consumption of 64W, showcasing Nvidia's commitment to crafting sustainable and high-performing GPUs. In conclusion, the GPU built on the foundation of the Nvidia Kepler architecture and TSMC 28nm process represents a harmonious fusion of cutting-edge technology and engineering excellence.

With a robust architecture comprising 1.27 billion transistors, 384 CUDA cores, and 1024MB GDDR5 memory, this GPU stands as a testament to Nvidia's unwavering dedication to pushing the boundaries of computational power. From its efficient 256KB L2 cache to the impressive theoretical performance output and power consumption optimization, this GPU embodies the pinnacle of innovation in the realm of graphics processing units, catering to the diverse needs of professionals and enthusiasts alike.

FAQ's

1. Q: What is the significance of the TSMC 28nm manufacturing process in this GPU?
A: The TSMC 28nm process used in this GPU signifies a high level of efficiency and performance. It allows for the integration of a substantial number of transistors (1.27 billion in this case) while maintaining a relatively low power consumption of 64W.
2. Q: How does the Nvidia Kepler architecture impact the overall performance of this GPU?
3. Q: What role do the 384 CUDA cores play in the functioning of this GPU?
4. Q: How does the 1024MB of GDDR5 memory benefit the performance of this GPU?
5. Q: What impact does the 256KB L2 cache have on the GPU's performance?
6. Q: What is the theoretical performance output of this GPU, and how does it compare to other models?
7. Q: How does the power consumption of 64W affect the overall usability of this GPU?
8. Q: What sets this GPU apart from earlier Nvidia GPU architectures?
9. Q: How does the sizeable 1.27 billion transistors in this GPU contribute to its performance?
10. Q: What makes this GPU a solid choice for professionals and enthusiasts?