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We will discuss HBM2 and GDDR6 - two of the newest and most popular memory types for modern GPUs. You’ll learn the usage, functions, and specifications, which will help you choose the right one for your requirements. HBM2 vs GDDR6: A Detailed Comparison HBM2 Memory HBM (High Bandwidth Memory) is a collaborative attempt by Samsung and Hynix. It's found on top-notch graphics cards and other sophisticated graphics processors. High-speed serial memory interfaces are common applications (common applications of what?). Here’s a quick list of some of the benefits this type of memory offers. • Lower power usage • Compact form factor • No overheating • Better bandwidth • Higher performance GDDR6 Memory In the GDDR family, GDDR6 is the latest graphics standard, superseding GDDR5 and GDDR5X. It's a high-capacity synchronous visual random-access memory developed for high-performance applications. GDDR5 and previous versions only supported one 32-bit data bus, one 32-bit channel, and one address bus. This was a basic version. Because the configured needed to read and write operations in the same line, it didn't offer buffer flexibility. On the other hand, GDDR6 operates like two separate DRAM modules – each with its data and command bus. With a higher number of channels, the structure of GDDR6 is advantageous. The memory controller can handle the DRAM. This function helps prevent lengthy delays that are sometimes caused by page activation limitations or page refresh. Another advantage of GDDR6 is that it cancels out the effects of the 16-cycle burst duration. With a 32-bit wide bus length and a burst length of 16(-bit?), the resultant transaction is a 64-bit atom. The standard (GDDR6) operates at 1.35V and comes in a variety of capacities. Speeds of up to 16 Gb per second are achievable. The memory standard provides a bandwidth of up to 72Gb per second . Thank you all for watching, please show support and Share the video with your friends and Subscribe for more. Cheers.