Ryan Shrout and Patrick Norton discuss AMD's Vega and its redesigned memory architecture, including high-bandwidth cache, the company's goals, the Primitive Shader, Tile-based Rasterization, and the cache controller.Full episode can be seen at <a href="http://twit.tv/twich/397" target="_blank">twit.tv/twich/397</a> 
Bandwidth for TWiT Bits is provided by <a href="https://www.cachefly.com/" target="_blank">CacheFly</a>.

Ryan Shrout and Patrick Norton discuss AMD's Vega and its redesigned memory architecture, including high-bandwidth cache, the company's goals, the Primitive Shader, Tile-based Rasterization, and the cache controller. Full episode can be seen at twit.tv/twich/397 Bandwidth for TWiT Bits is provided by CacheFly.

Ryan Shrout and Patrick Norton discuss AMD's Vega and its redesigned memory architecture, including high-bandwidth cache, the company's goals, the Primitive Shader, Tile-based Rasterization, and the cache controller.Full episode can be seen at <a href="http://twit.tv/twich/397" rel="noopener noreferrer">twit.tv/twich/397</a> 
Bandwidth for TWiT Bits is provided by <a href="https://www.cachefly.com/" rel="noopener noreferrer">CacheFly</a>.

AMD's High-Bandwidth Cache | TWiT Bits

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AMD's High-Bandwidth Cache | TWiT Bits

AMD's High-Bandwidth Cache | TWiT Bits