Understanding Memory Packages
When it comes to memory packages, different types serve various purposes and have distinct characteristics. Among them, DIMM (Dual Inline Memory Module) stands out for its high-speed performance and ability to adapt to changes in supply voltage.
Key Features of DIMM:
- High Memory Speed:
DIMMs are designed for high-speed data transfer, making them ideal for modern computing environments. They support higher bandwidth due to their 64-bit architecture, allowing simultaneous access to multiple memory chips.
- Voltage Flexibility:
DIMMs can operate at varying supply voltages, which is crucial for optimizing power consumption and enhancing performance. This adaptability helps in achieving better efficiency in systems requiring dynamic power management.
- Form Factor:
DIMMs are typically used in desktops and servers. Their design allows for easy installation and removal, making upgrades straightforward.
Comparison with Other Packages:
- DIP (Dual Inline Package):
Older technology primarily used in low-speed applications. Lacks the high-speed capabilities of DIMMs.
- SIMM (Single Inline Memory Module):
An earlier memory module type that is now largely obsolete. It does not support the same speeds or flexibility as DIMMs.
- Zig-zag Configurations:
This refers to a layout style, not a specific memory type. It does not address memory speed or supply changes effectively.
Conclusion:
DIMMs represent the evolution of memory technology, providing the necessary speed and adaptability for today's computing demands. This makes option 'C' the correct choice when discussing high memory speed and supply changes.