Amd Radeon Hd 5000 ✦ Ultra HD

TeraScale 2 utilized a Very Long Instruction Word (VLIW5) architecture. In this design, stream processors were organized into groups of five processing elements, which combined to form a single Unified Shading Unit. Four of these texture units were tied directly to 16 stream cores, executing instructions in parallel as a single SIMD (Single Instruction Multiple Data) core. Hardware Highlights

The flagship chip was codenamed .

were arguably the most popular consumer components of the generation. By cutting a Cypress die exactly in half, AMD created the "Juniper" core, offering half the stream processors and a 128-bit memory bus. The provided performance roughly equivalent to the older Go to product viewer dialog for this item. amd radeon hd 5000

To maximize energy efficiency, AMD embedded the UVD 2.2 hardware accelerator block onto all Evergreen dies. UVD 2.2 provided full dual-stream hardware decoding for VC-1, H.264, and MPEG-2 video formats via Microsoft's DXVA 2.0 framework. This ensured smooth playback of 1080p Blu-ray content without straining the host system's CPU. The Desktop Product Stack TeraScale 2 utilized a Very Long Instruction Word

The engineering challenge was brutal. To be first, they had to tape out (finalize the design) on a brand-new, unproven 40nm manufacturing process from TSMC. The previous 55nm process was stable, but 40nm was plagued with high leakage and low yields. They also had to pack nearly 2.15 billion transistors onto a die not much larger than a postage stamp. Hardware Highlights The flagship chip was codenamed