1. In design an embedded system, the address space [Oxffff d000, 0xffff ffff] is allocated for peripherals. Assume each peripheral has four of 32-bit control registers, four of 32 bit status registers and 240-byte data buffer. What are the maximum number of peripherals that can be accommodated in this system? Show calculation.
1. In design an embedded system, the address space [Oxffff d000, 0xffff ffff] is allocated for peripherals. Assume each peripheral has four of 32-bit control registers, four of 32 bit status registers and 240-byte data buffer. What are the maximum number of peripherals that can be accommodated in this system? Show calculation.
Chapter4: Processor Technology And Architecture
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![1. In design an embedded system, the address space [Oxffff d000, 0xffff ffff] is allocated for
peripherals. Assume each peripheral has four of 32-bit control registers, four of 32 bit
status registers and 240-byte data buffer. What are the maximum number of peripherals
that can be accommodated in this system? Show calculation.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb9ca0fe0-8326-4567-9bb6-5d60d0a741b4%2F3b6917ec-a5d1-4efd-85ac-fc532acab3ca%2F0clczh7_processed.png&w=3840&q=75)
Transcribed Image Text:1. In design an embedded system, the address space [Oxffff d000, 0xffff ffff] is allocated for
peripherals. Assume each peripheral has four of 32-bit control registers, four of 32 bit
status registers and 240-byte data buffer. What are the maximum number of peripherals
that can be accommodated in this system? Show calculation.
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