AMD Delivers Next-Gen Laptop Processor: Kito

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Table of Contents

AMD Delivers Next-Gen Laptop Processor: Kito

Table of Contents

  1. Introduction
  2. What is Kito?
  3. Kito vs. Intel CPU
  4. The Power Optimization Challenge
  5. Key Features of Kito
  6. The Future of AMD
  7. Pros and Cons of Kito
  8. Conclusion

Introduction

In the ever-evolving world of technology, AMD has introduced a new processor called Kito. This processor is part of the next generation of AMD APUs and is designed for notebooks and convertible PCs. Kito aims to compete with Intel's lineup of chips in the laptop market, providing high-performance computing and powerful graphics capabilities. In this article, we will dive deep into the features and capabilities of Kito, its advantages and disadvantages, and what the future holds for AMD.

What is Kito?

Kito is the codename for the next generation of AMD APUs for notebooks and convertible PCs. It serves as AMD's response to Intel's Broadwell chips and aims to provide a competitive alternative in terms of performance, power efficiency, and graphics capabilities. Kito replaces the previous generation Cavar chip and is expected to be available in mid-2015.

Kito vs. Intel CPU

One of the main comparisons made in the tech world is between AMD and Intel processors. While Intel still refers to its chips as CPUs, AMD has chosen to call them Accelerated Processing Units (APUs). This differentiation highlights AMD's strong suit, which is their Radeon Graphics. Kito, as an APU, competes directly with Intel's chips in the laptop market, offering integrated graphics, PCI Express integration, and improved power efficiency.

The Power Optimization Challenge

One of the challenges faced by AMD in the laptop market is power optimization. Intel made a significant move by driving down power levels with their Ultrabooks, but AMD couldn't keep up initially due to the lack of a competitive product that fit the 17-watt Ultrabook power envelope. However, with Kito, AMD aims to optimize power efficiency in the 15-watt range by updating the chip with their latest technology, including the new Excavator CPU core.

Key Features of Kito

Kito brings several key features to the table, making it a competitive option in the laptop market. These features include:

  1. Excavator CPU Core: Kito utilizes the Excavator CPU core, which offers a 5% performance increase compared to the previous Steamroller architecture.

  2. Improved Graphics: With updated GCN (Graphics Core Next) graphics and a UVD video decoder block, Kito can handle real-time decoding of 4K videos without relying solely on the CPU.

  3. Heterogeneous Systems Architecture (HSA): Kito incorporates AMD's HSA model, allowing for efficient acceleration of computing tasks by utilizing both the GPU and CPU together.

  4. Adaptive Voltage and Frequency Scaling: Kito utilizes adaptive voltage and frequency scaling techniques to optimize power consumption based on real-time monitoring of voltage droops and stability.

  5. Low Power Standby: Kito features a low-power standby mode, enabling quick wake-up times similar to smartphones.

The Future of AMD

While Kito marks a significant improvement for AMD in the laptop market, the company is already setting its sights on the future. AMD plans to introduce a new x86 CPU core called Zen in the next generation of their APUs. This new core, expected to arrive in 2016, will bring AMD closer to competing directly with Intel in terms of architecture and power efficiency. AMD also aims to implement integrated voltage regulation and advanced power management features to further enhance their products.

Pros and Cons of Kito

Pros of Kito:

  • Competitive performance and power efficiency in the laptop market.
  • Integration of powerful Radeon Graphics.
  • Adoption of HSA for improved computing acceleration.
  • Adaptive voltage and frequency scaling techniques for power optimization.
  • Low-power standby mode for quick wake-up times.

Cons of Kito:

  • Limited availability and design wins in the laptop market.
  • Potential limitations in clock speeds and high-power performance due to optimization for lower power envelopes.
  • Reliance on a 28-nanometer process while Intel adopts more advanced process technologies.

Conclusion

AMD's Kito processor represents a significant step towards competitiveness in the laptop market. With its focus on power optimization, improved graphics capabilities, and efficient computing acceleration, Kito offers a compelling alternative to Intel's chips. While there are still challenges to overcome, such as increasing design wins and catching up with Intel's process technologies, AMD's future looks promising. The upcoming introduction of the Zen CPU core and further advancements in power management highlight AMD's commitment to innovation and market growth.

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