Micron Claims GDDR7 Memory Offer 30% Gaming FPS Uplift, Specifically In Ray Tracing & Rasterization Workloads

wccftech.com:

Micron is claiming that its next-gen GDDR7 memory is going to offer up to a 30% gain in gaming FPS, specifically ray tracing & rasterization.

Micron Initially Offering GDDR7 Memory In 28 & 32 Gbps Speeds, Expected To Revamp GPU Gaming Performance Through Upgraded Capabilities

The next-gen GDDR7 memory standard is expected to bring significant improvement in several departments, whether it is memory bandwidth or power efficiency.

Related Story [Update] SK hynix GDDR7 Mass-Production Expected To Commence By Q1 2025, A Quarter Behind Competitors

Companies like SK hynix, Micron, and Samsung have showcased their own GDDR7 solutions, but Micron looks to be one of the superior firms in the race. Not only does their memory type come with the industry’s highest bit density, but it has brought in several improvements. Micron claims that its GDDR7 (32Gb/s) is expected to bring in a decent 30% uplift in gaming performance when compared to the firm's very own GDDR6 standard, which is rated at 20 Gb/s.

Considering that this improvement is simply because of the generational improvement in memory technologies, a 30% bump is indeed impressive. Although Micron hasn't shared the platform where they obtained the results, they do look reliable enough.

Apart from performance improvement, Micron shares that their GDDR7 modules are expected to bring in a 60% uplift in memory bandwidth, along with a 50% improvement in performance efficiency and a 20% reduction in response times. The company previously highlighted that the new GDDR7 memory standard will offer up to 3.1x improvement in ray tracing performance at 4K Ultra and 1.7x improvement in rasterization performance at 4K Ultra versus GDDR6 memory.

For a quick rundown on Micron's GDDR7 memory specifications, it leverages 1β (1-beta) DRAM technology, offering 32 Gb/s high-performance memory in a power-optimized design. With over 1.5 TB/s of system bandwidth, the memory chips are expected to take gaming performance to new heights. Along