Question: a . Assume that the access time is 6 0 ns and the recharge time is 4 0 ns . What is the Memory cycle

a. Assume that the access time is 60 ns and the recharge time is 40 ns. What is the
Memory cycle time? What is the maximum data rate this DRAM can sustain,
assuming a 1-bit output?
b. Constructing a 32-bit wide memory system using these chips yields what data
transfer rate?

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Databases Questions!

Q:

You investigate the possible benefits of a way-predicting L1 cache in this problem. Assume the following .Cache is the cycle time limiter. The system can run at a higher clock rate if the access time...

Q:

Memory Access Time Consider a MIPS processor that includes a cache, a main memory, and a hard drive. Access times of cache memory, main memory, and hard drive are 5 ns, 200 ns, and 1000 ns,...

Q:

6 . . . . a . Suppose we have a processor with a base CPI of 2 . 0 , and a clock rate of 5 GHz assuming all references hit in the primary cache. Assume a main memory access time of M 1 0 0 ns ,...

Q:

Q 1 : Consider a machine with a byte addressable main memory of 6 4 Kbyte with 8 byte Block size. Assume that direct mapped cache consisting 3 2 lines. Write answer of the following questions [ 2 0...

Q:

(10 points) For a computer, you are given the following parameters: Effective memory access time in the absence of paging (computed by considering the main memory access time and the L1-cache): 80 ns...

Q:

26. (10 points) For a computer, you are given the following parameters: Effective memory access time in the absence of paging (computed by considering the main memory access time and the L1-cache):...

Q:

26. (10 points) For a computer, you are given the following parameters: Effective memory access time in the absence of paging (computed by considering the main memory access time and the L1-cache):...

Q:

Measurements from a memory system show that in 5 0 0 memory references there are 4 5 0 hits for the cache. Assume that the cache hit time is 2 ns and it is the same as the processor's clock cycle...

Q:

( 5 pts ) Measurements from a memory system show that in 5 0 0 memory references there are 4 5 0 hits for the cache. Assume that the cache hit time is 2 n s and it is the same as the processor's...

Q:

A computer system with a cache memory has an average memory access time of TM 60 ns with a hit ratio of h= 85%. The primary memory access time is T-220 ns. What is the cache memory access time, Te?...

Q:

Consider the region below f(x) = x/2, above the x-axis, and between x = 0 and x = 4. Let x; be the midpoint of the ith subinterval. a. Approximate the area of the region using four rectangles. b....

Q:

Calculate the binding energy per nucleon of (a) 42He (4.002603 u). (b) 31He (3.016030 u). (c) 32H (3.016050 u). (d) 21H (2.014102 u).

Q:

33 (1 point) Listen "Decoding: Banks - Episode 4 - How does lending work" suggests that the corporate lending experience is similar to what it was a decade or two ago. 1) True 2) False

Q:

. (4 points) Suppose the domain is the set {1,2,3,4,5,6,7,8,9,10}, determine the truth values of the following statements. If any statement is false, give a counter example. a) ( + 5 = 6) b) ( + 2 5)

Q:

Classify each of the following questions as either traditional or behavioral and prepare a response to each question based on your experience. (Objective 3) a. Give me an example of a time when you...

Q:

Prepare the targeted application letter to accompany the targeted rsum that you prepared for Chapter 16. (Objective 1) (Hint: Be sure your letter addresses all four purposes of a persuasive message.)

Q:

Describe three types of employment-related letters that you may write in addition to an application letter. (Objective 4)