OSP-002 BICSI Outside Plant Designer (OSP)
Exam
Question 1. Which component is primarily responsible for ensuring the
physical protection of underground OSP cables?
A) Fiber optic connectors
B) Conduits and vaults
C) Signal regenerators
D) Network switches
Answer: B
Explanation: Conduits and vaults provide physical protection for
underground cables from environmental damage, mechanical impact, and
soil conditions, ensuring cable integrity.
Question 2. In OSP network design, what is the primary purpose of
implementing redundancy?
A) To reduce initial installation costs
B) To improve network scalability
C) To ensure continued service during faults or outages
D) To meet aesthetic standards
Answer: C
Explanation: Redundancy in OSP design ensures network resilience by
, OSP-002 BICSI Outside Plant Designer (OSP)
Exam
providing alternate paths or components, allowing service to continue during
failures or maintenance.
Question 3. Which role is typically responsible for selecting the appropriate
cable types based on environmental conditions during the design phase?
A) Network technician
B) Outside Plant Designer
C) Customer service representative
D) Maintenance engineer
Answer: B
Explanation: The Outside Plant Designer evaluates environmental conditions
such as climate and terrain to select suitable cable types that withstand local
conditions.
Question 4. According to BICSI OSP standards, what is the recommended
minimum bend radius for fiber optic cables during installation?
A) 10 times the cable diameter
B) 5 times the cable diameter
C) 15 times the cable diameter
, OSP-002 BICSI Outside Plant Designer (OSP)
Exam
D) 20 times the cable diameter
Answer: A
Explanation: BICSI standards recommend a minimum bend radius of at least
10 times the cable diameter for fiber optic cables to prevent damage and
signal loss.
Question 5. Which environmental consideration is most critical when
planning underground cable routes in flood-prone areas?
A) Soil composition
B) Water table level
C) Vegetation density
D) Nearby power lines
Answer: B
Explanation: Water table level directly affects the risk of flooding and water
intrusion into underground cables, impacting their longevity and
performance.
Question 6. Which standard is primarily used to ensure safety during the
installation of OSP infrastructure in the United States?
, OSP-002 BICSI Outside Plant Designer (OSP)
Exam
A) ISO 9001
B) NEC (National Electrical Code)
C) IEC 61850
D) IEEE 802.3
Answer: B
Explanation: The NEC provides safety standards for electrical installations,
including safety protocols for OSP cabling and equipment.
Question 7. When designing for future scalability, which technique is most
effective?
A) Installing shorter cable runs
B) Using passive optical networks (PON)
C) Limiting the number of splice points
D) Installing excess conduit capacity for future cables
Answer: D
Explanation: Installing excess conduit capacity allows for additional cables to
be added later without extensive trenching or disruption, supporting future
expansion.
Exam
Question 1. Which component is primarily responsible for ensuring the
physical protection of underground OSP cables?
A) Fiber optic connectors
B) Conduits and vaults
C) Signal regenerators
D) Network switches
Answer: B
Explanation: Conduits and vaults provide physical protection for
underground cables from environmental damage, mechanical impact, and
soil conditions, ensuring cable integrity.
Question 2. In OSP network design, what is the primary purpose of
implementing redundancy?
A) To reduce initial installation costs
B) To improve network scalability
C) To ensure continued service during faults or outages
D) To meet aesthetic standards
Answer: C
Explanation: Redundancy in OSP design ensures network resilience by
, OSP-002 BICSI Outside Plant Designer (OSP)
Exam
providing alternate paths or components, allowing service to continue during
failures or maintenance.
Question 3. Which role is typically responsible for selecting the appropriate
cable types based on environmental conditions during the design phase?
A) Network technician
B) Outside Plant Designer
C) Customer service representative
D) Maintenance engineer
Answer: B
Explanation: The Outside Plant Designer evaluates environmental conditions
such as climate and terrain to select suitable cable types that withstand local
conditions.
Question 4. According to BICSI OSP standards, what is the recommended
minimum bend radius for fiber optic cables during installation?
A) 10 times the cable diameter
B) 5 times the cable diameter
C) 15 times the cable diameter
, OSP-002 BICSI Outside Plant Designer (OSP)
Exam
D) 20 times the cable diameter
Answer: A
Explanation: BICSI standards recommend a minimum bend radius of at least
10 times the cable diameter for fiber optic cables to prevent damage and
signal loss.
Question 5. Which environmental consideration is most critical when
planning underground cable routes in flood-prone areas?
A) Soil composition
B) Water table level
C) Vegetation density
D) Nearby power lines
Answer: B
Explanation: Water table level directly affects the risk of flooding and water
intrusion into underground cables, impacting their longevity and
performance.
Question 6. Which standard is primarily used to ensure safety during the
installation of OSP infrastructure in the United States?
, OSP-002 BICSI Outside Plant Designer (OSP)
Exam
A) ISO 9001
B) NEC (National Electrical Code)
C) IEC 61850
D) IEEE 802.3
Answer: B
Explanation: The NEC provides safety standards for electrical installations,
including safety protocols for OSP cabling and equipment.
Question 7. When designing for future scalability, which technique is most
effective?
A) Installing shorter cable runs
B) Using passive optical networks (PON)
C) Limiting the number of splice points
D) Installing excess conduit capacity for future cables
Answer: D
Explanation: Installing excess conduit capacity allows for additional cables to
be added later without extensive trenching or disruption, supporting future
expansion.
