Embedded systems are everywhere, seamlessly integrating into our daily lives.
But what's behind their reliability and efficiency? It's the strategic use of different memory types:
1) NAND Flash: A non-volatile storage solution known for its high capacity and durability
Example: Used in SSDs for quick data retrieval and storage, making it a staple in consumer electronics like smartphones and tablets.
2) DRAM: Volatile memory offering high-speed data access.
Example: Central to the computing power of PCs and servers, facilitating rapid processing and multitasking.
3) EEPROM: Non-volatile memory allowing data to be written and erased electrically.
Example: Integral in automotive control units, enabling vehicles to store crucial operational data and user settings.
4) NOR Flash: Known for its fast read capabilities and reliability.
Example: Found in embedded systems where code execution from memory is required, such as in digital cameras and medical devices.
5) SRAM: Offers quick data access, used for temporary data storage.
Example: Commonly used in microcontrollers and CPUs as cache memory, speeding up access to frequently used data.
6)NVRAM: Combines the durability of non-volatile memory with the accessibility of volatile memory.
Example: Utilized in networking equipment to store configuration information, ensuring settings are preserved across power cycles.
7) ROM: Read-only memory that is pre-programmed with permanent software.
Used in household appliances like microwaves and washing machines to store firmware, controlling basic device functions.
1) NAND Flash : Solution de stockage non volatile, idéale pour les SSD, smartphones et tablettes.
2) DRAM : Mémoire volatile essentielle pour la puissance de calcul des PC et serveurs.
3) EEPROM : Permet de stocker des données dans les unités de contrôle automobile.
4) NOR Flash : Cruciale pour l'exécution de code, utilisée dans les caméras numériques et dispositifs médicaux.
5) SRAM : Accès rapide aux données, utilisée dans les microcontrôleurs et pour la mémoire cache des CPU.
6) NVRAM : Durabilité de la mémoire non volatile avec l'accessibilité de la mémoire volatile, employée dans l'équipement réseau.
7) ROM : Mémoire préprogrammée pour le firmware des appareils ménagers.