[1] What is the storage capacity of a holographic versatile disk (HVD)?
a) 1 GB
b) 100 GB
c) 1 TB
d) 10 TB
[2] What type of laser is used in HVD technology?
a) Blue laser
b) Green laser
c) Red laser
d) Infrared laser
[3] What is the primary advantage of HVD technology over traditional optical storage methods?
a) Increased storage capacity
b) Increased data transfer speed
c) Increased durability
d) All of the above
[4] Which of the following is not a potential application of HVD technology?
a) Archival storage
b) Video game storage
c) DNA sequencing
d) Cloud computing
[5] What is the maximum number of layers that can be stored on a HVD?
a) 1
b) 10
c) 100
d) 1000
[6] What is the typical data transfer rate of a HVD?
a) 1 GB/s
b) 10 GB/s
c) 100 GB/s
d) 1 TB/s
[7] Which of the following is not a major challenge facing the development of HVD technology?
a) Cost
b) Laser technology
c) Data encryption
d) Lack of demand
[8] How does HVD technology differ from traditional holographic storage methods?
a) HVD uses a different type of laser
b) HVD can store multiple layers of data
c) HVD has a higher storage capacity
d) All of the above
[9] What is the approximate lifespan of a HVD?
a) 10 years
b) 100 years
c) 1000 years
d) 10000 years
[10] What is the primary purpose of holographic storage technology?
a) To increase storage capacity
b) To increase data transfer speed
c) To increase data security
d) All of the above
Answers:
- d) 10 TB
- a) Blue laser
- d) All of the above
- d) Cloud computing
- c) 100
- b) 10 GB/s
- d) Lack of demand
- d) All of the above
- c) 1000 years
- a) To increase storage capacity