. In two-stage addressing of DRAM,
Q: What are the advantages and disadvantages of moving data from one location to another using a serial…
A: As a result, these advantages and disadvantages of utilizing a serial bus vs a parallel busA…
Q: A student is required to design a DRAM chip with word size of 4 bits, with row and column address…
A: Size = Chip density * bits = 6 (column) * 6 (row) *4bit words = 144 bits
Q: 4) What is Direct Memory Access? Explain the working of DMA. What are the different kinds of DMA…
A: Please find the answer below :
Q: A DRAM chip uses two-dimensional address multiplexing. It has 13 column address pins, with the row…
A: A two-dimensional address multiplexing DRAM chip of 13 typical address pins with such a row address…
Q: What is the purpose of a dual-channel memory architecture?
A: Dual channel memory is a technology that uses dual memory channels The main purpose of the…
Q: What is the capacity of an 8-bit data wide SRAM chip with 32 pins?
A: The number of address pins is related to the number of memory locations . Common sizes today are…
Q: A two-channel memory architecture?
A: Dual-channel RAM is a kind of memory that has several channels: By adding memory channels between…
Q: Discuss and explain the fetch-decode-execute cycle. What happens in each phase? Explain
A: Given: A program residing in the memory unit of the computer consists of a sequence of…
Q: How does dual-channel memory architecture work
A: Dual-channel memory is a technology that uses two memory channels to increase the rate of transfer…
Q: A DRAM chip has 1M of memory locations. The number of address pins on this DRAM chip will be not…
A: Answer in step2
Q: Define virtually addressed cache.
A: Virtually addressed cache A virtually addressed cache is discovering a location rather than a…
Q: riefly why Direct Memory Address (DMA) is the most efficient in converting ultiple ADC channels at…
A: Contrast from Programmed I/O and Interrupt-Driven I/O, Direct Memory Access is a strategy for moving…
Q: How does indexed addressing differ from based addressing?
A: Index addressing and based addressing: The index register basically stores an offset, which is…
Q: Q5\ Draw The Typical Memory Package Pins and Signals For two types of processors ( 8-Mbit EPROM and…
A: Answer is given below .
Q: What were some notable benefits that DDR offered over the more traditional SDRAM?
A: SDRAM (synchronous DRAM) is a general term for dynamic random access memory (DRAM) synchronized with…
Q: Describe PC- relative addressing in brief.
A: PC stands for Program Counter, PC-relative addressing is used to load a register with a value stored…
Q: What is dual-channel memory architecture, and how does it work?
A: Dual-channel architecture is a motherboard-specific technology that does not apply to memory…
Q: Why are tri-state buffers required to interface digital devices to a bus?
A: Given: Why are tri-state buffers required to interface digital devices to a bus?
Q: What are the memory addressing capabilities of the 20-bit address bus?
A: Introduction: the question is about the memory addressing capabilities of the 20-bit address bus
Q: What is the capacity of a DRAM that has twelve address lines
A: Given DRAM have 12 address lines. The address lines are time multiplexed at the beginning of a…
Q: How are dual-channel and single-channel memory architectures distinct from one another?
A: Memory on a computer: Memory in computer science refers to the temporary storing of data. This…
Q: What precisely is dual-channel memory architecture and how does it work?
A: Dual-channel memory architecture: It should be noted that dual-channel architecture refers to a…
Q: Discuss the different types of addressing modes and explain each with example.
A: Required: Discuss the different types of addressing modes and explain each with example.
Q: What is Extended data out DRAM (EDO DRAM) ?
A: Fast page mode dynamic random access memory was originally launched in 1994, and extended data out…
Q: An old DRAM chip has 19 address pins and 2 data pin, compute the min and max capacity in MB.
A: The given DRAM has 2 data pins which means that each location can hold 2 bits of data.
Q: Explain each of the addressing modes in detail with an example from each?
A: Introduction: The answer to the question suggests that address mode is a method for indicating…
Q: Computer science Explain extended physical addressing in a few words.
A: Here is the explanation about extended physical addressing.
Q: scuss the importance of MAR and MDR in relation to interrupts.
A: MAR and MDR Two separate registers exist. The MAR keeps track of the address, while the MDR takes…
Q: d) What are the primary functions of the control unit in the MIPS architecture?
A: MIPS architecture is the load/store reduced instruction set computer (RISC) instruction set…
Q: What are the distinctions between Direct Memory Access (DMA) and Sequential Memory Access (SMA)?
A: Intro EXPLANATION: Direct memory access is basically the technique in which the hardware…
Q: How does direct memory access (DMA) work?
A: Working of direct memory access Direct memory access is used for transferring the block of data…
Q: What is the operation of direct memory access (DMA)?
A: INTRODUCTION The question is about the operation of direct memory access and here is the solution…
Q: How many address pins are required for a 64G x 4 DRAM chip not counting RAS and CAS?
A: Answer: Given 64G x 4 DRAM Address pins required for the given chip not counting RAS and CAS is:…
Q: Explain what will be the memory addressing capability of 20 bits address bus of microcontroller?
A: 1) Memory is composed of bits, groups of 8 bits form bytes, each of which can be addressed ,and…
Q: What were some of the noteworthy advantages of DDR over regular SDRAM?
A: Intro SDRAM (synchronous DRAM) is a general term for dynamic random access memory (DRAM)…
Q: Describe the advantages of memory address translation with segmentation technique.
A: the advantages of memory address translation with segmentation techniques are given below :
Q: What are the advantages and disadvantages of transporting data from one location to another using a…
A: Intro In a PC, a bus is a correspondence framework that moves information between parts inside a…
Q: 7- MOV AL,[7000] is -------mode a-register addressing b- immediate addressing e- direct addressing…
A: 7) a) Register addressing - In register addressing the register is the source of an operand for an…
Q: 2. How many types of addressing can be possible in a computer network?
A: The problem is based on the basics of layers in OSI model.
Q: Discuss the performance provided by the computer when Direct addressing, Inderect addressing,…
A: Intro Discuss the performance provided by the computer when Direct addressing, Inderect…
Q: What exactly is dual-channel memory architecture, and how does it function?
A: Introduction: Computer Memory: In computer science, several forms of memory are utilized. Memory is…
Q: what are the differences between EPROM, EEPROM, and Flash Memory?
A: Hey, since there are multiple questions posted, we will answer first question. If you want any…
Q: Is EIGRP capable of supporting secondary addresses?
A: Introduction: It is used on a computer network to automate routing choices and configuration.…
Q: What does the term "dual-channel memory architecture" mean?
A: Introduction: Here we are asked what does the term dual channel memory architecture mean.
Q: a) For the direct-mapped configuration, determine the number of index bits and tag bits in the…
A: А. Memоry = 32 bit Blосk size = 32Byte -> Blосk Оffset = lоg 32 = 3 bit. Tоtаl…
Q: What are the advantages and disadvantages of using a serial bus rather than a parallel bus to carry…
A: Answer : advantages of serial bus : Low cost. Lower power consumption.
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- If a microprocessor has a cycle time of 0.5 nanoseconds, what’s the processor clock rate? If the fetch cycle is 40% of the processor cycle time, what memory access speed is required to implement load operations with zero wait states and load operations with two wait states?Question 12 kana.In MIPS architecture. What is the memory hierarchy? Why does it work? What are two important mechanisms that address the Speed problem and the Size problem? Full explain this question and text typing work only We should answer our question within 2 hours takes more time then we will reduce Rating Dont ignore this lineWhat are the distinctions between Direct Memory Access (DMA) and Sequential Memory Access (SMA)?
- Go out the concept of wear leveling and elaborate on why it's so important for SSDs. We've shown that wearleveling is fundamental for the ongoing refresh of virtual memory pagefiles. Why does wearleveling exacerbate the problem with pagefiles?Discuss the trade-offs between static RAM (SRAM) and dynamic RAM (DRAM) in terms of speed, power consumption, and use cases.How does memory interleaving work in multi-channel memory configurations, and what benefits does it provide?
- Explain the relationship among physical address, segment address, and offset address. Discuss thenon-overlapping memory segmentation and overlapping memory segmentation?Explain about TLB, page table, and cache for small memory system ?Why SRAM is preferred over DRAM for constructing Cache Memory. Justify your answer by mentioningat least three points.
- 1. Write about the entire details of memory structure design and characteristics. 2. How much the number of bits calculation required for the logical address, if you considered the segment size is 1 k bytes and there are 32 segments? 3. In a paging model system, if a page size of 512 bytes and containing 64 entries of 11 bit each (including valid and invalid bit). How much the size of the physical address space needed?Using multiple 4M × 8 RAM chips (see below) plus a decoder, construct theblock diagram of a 16M × 16 RAM system. Hint: 1 million = 2^20. Please answer the following questions.How many 4M × 8 RAM chips are needed?How many address lines does the memory system require?How many data lines does the memory system require? What kind of address decoder is required? Now design the system below. Be sure you label the memory systeminputs, Addr, R/W, and MemSel, and the system’s outputs D0~D15. Also label buswidths, and inputs and outputs of any required decoders. Put a star on the chipscontaining memory location 0.The Hack architecture divides the address space, preventing the storage of both data and instructions in the same location. What ramifications does this architecture have?In your own words, explain and discuss.Is Hack architecture synonymous with Von Neumann architecture? (Yes/No)