Pushing the timing parameters of SDRAM to the practical limit resulted in the PC133 SDRAM that increased the channel frequency to 133MHz. By the late 1990s, JEDEC had a solid DRAM roadmap. Beginning ...

The 32/64-bit PC133 SDRAM Controller” controller handles PC133 SDRAM compatible memory devices attached to a 32 or 64 bit wide data bus. The controller acts as a slave on the AHB bus where ... The ...

Memory modules are computer chips used to add memory to a computer. There are two basic distinctions of memory. One is volatile memory where the data is lost as soon as power is removed, and one is ...

Some people look at specifications as a requirement, and others look at them as a challenge. You’re reading this on Hackaday, so you know where [Necroware] falls. In the video below the break ...

Uses hub architecture like the 820, but supports PC100 and PC133 SDRAM. Also provides dual ATA-100 control and integrated Ethernet. Second generation of I/O controller hub (ICH2). - Based on 440BX ...

For 100 concurrent users, the card delivered 12.88 tokens per second—just slightly faster than average human reading speed ...

The SDRAM controller manages the timing and control signals required to interface with SDRAM memory. Supported commands are shown in blue. It supports the following operations: ...

These files are provided to help users test their download speeds from our servers. You can also run a speed test however downloading files may be useful if you want ...

Well, there’s a Twitter thread that reveals the whole story. At first, Nori decided to run Windows 10 32-bit with only 512MB RAM, which is half of what Microsoft officially recommends.

// as well as data transfer, and refesh control fsms.

Dynamic random access memory (DRAM) chips are single-transistor memory cells that use small capacitors to store each bit of memory in an addressable format that consists of rows and columns. Because ...