AMD: APU won't "pass" gamers

AMD: APU won't "pass" gamers For a long time, integrated graphics either cannot run the game at all, or it can only be compromised with 800×600 resolution and low image quality. With the birth of Fusion APU, "integrated graphics" finally ushered in a leap-forward development, AMD also claims that gamers are absolutely one of the audience of the APU processor.

Peter Ross, Senior Director of Marketing at AMD, said in an interview with the media: "We have been trying to provide gamers with the highest performance and most graphics features through the Fusion APU. AMD has invested considerable energy in the integrated graphics core, hoping to It also makes it an attractive option for the game. There will be more exciting benefits in this area in the future, and gamers can enjoy a complete gaming experience on AMD Fusion APU without having to compromise on picture quality."

The APU also supports hybrid crossfire systems with some of the discrete graphics card models. In the future, the APU will not be a simple dual-display parallel system, but will have its own advantages.

Peter Ross explains: “The programming of the APU plus separate display is similar to that of the CrossFireX. If the game has both APU and a separate GPU turned on, basically the game is running in CrossFireX mode. Looking forward, I look forward to APU, GPU. In a closer relationship, developers can also assign different work tasks to specific graphics units, such as using C++AMP or OpenCL to run parallel code on APUs, and perform rendering tasks on a separate GPU. This can be done between APUs and GPUs. To achieve more efficient task sharing, the APU does not need to copy the data to the video memory and execute the parallel code directly in memory.”

Product Features


  • low attenuation coefficient at the water peak (1383nm).
  • low sensitivity to hydrogen.
  • The low polarization mode dispersion coefficient (PMD): link design value 0.06/√km.
  • Low attenuation at Windows 1460 < 0.25dB/km.
  • The advanced plasma vapor deposition (APVD) patented technology is adopted.
Performance Advantage



  • It improves the fiber capacity and supports all wavelength from 1260nm to 1625nm. Cost saving are achieved by the use of inexpensive lasers, multiplexing filters and more wavelength channels.
  • It is guaranteed that the Optical Fiber will maintain a low attenuation at the 1383nm wavelength region even after the hydrogen aging, and improve the performance and service life.
  • The restricted distance of polarization mode dispersion is extended, and the relay cost is reduced.
  • Low-cost lasers and filter can be used in a wider broadband.
  • Improve pump efficiency of C-wave Raman amplifier.
  • Higher purity, better geometry and uniformity.


Enhanced Single Mode Fiber

low attenuation coefficient, low sensitivity to hydrogen, APVD technology adopted

Shandong Qingguo Optical Fiber Co., Ltd. , https://www.qgfiber.com