Which of the following approach uses more silicon area?

Memory Systems topics include: SRAM, DRAM, memory management, dram refreshing techniques and interfaces, cache memory and its sizes, burst interface, segmentation and paging. Embedded systems use two main types of memory: RAM (Random Access Memory): A vital component of any embedded system, RAM is the working memory of a computer system. It's a temporary storage location for data that the system requires to perform its tasks. RAM is generally volatile, meaning it loses its contents when the system loses power. ROM (Read-Only Memory): A type of non-volatile memory that is widely used in... Show more

Memory Systems topics include: SRAM, DRAM, memory management, dram refreshing techniques and interfaces, cache memory and its sizes, burst interface, segmentation and paging.

Embedded systems use two main types of memory:
RAM (Random Access Memory): A vital component of any embedded system, RAM is the working memory of a computer system. It's a temporary storage location for data that the system requires to perform its tasks. RAM is generally volatile, meaning it loses its contents when the system loses power.
ROM (Read-Only Memory): A type of non-volatile memory that is widely used in embedded electronic devices. Unlike RAM, which is volatile and requires constant power to retain data, ROM is non-volatile and retains its stored information even when power is turned off. 

Other types of memory used in embedded systems include:
Flash memory: A long-life and non-volatile storage chip that can keep stored data and information even when the power is off. It can be electrically erased and reprogrammed.
DRAM (Dynamic Random Access Memory): A memory storage widely used in PCs and embedded systems.

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