Free NCP-ARI Pre-Deployment Planning and Site Assessment Practice Questions

The Pre-Deployment Planning and Site Assessment domain makes up 11% of the NVIDIA NCP-ARI exam. Practice free questions covering site surveys, reading rack elevations and cable schedules, pathway and capacity planning, power and cooling constraints, and staging materials before an AI cluster build — each with the correct answer and a detailed explanation.

NCP-ARI Pre-Deployment Planning and Site Assessment Sample Questions with Answers

Sample Question 1 — Pre-Deployment Planning and Site Assessment

A project manager gives the installer a high-level rack list but no port-to-port cabling map. What should happen before cable staging begins?

  1. A. Request or create the physical network documentation that maps source ports, destination ports, cable types, and paths. (Correct answer)
  2. B. Begin staging by rack number and add port details during install, since technicians can reconstruct endpoints from the sequence.
  3. C. Use cable length to infer the source and destination for each connection.
  4. D. Install only intra-rack cabling until the missing details are discovered.

Correct answer: A

Explanation: A is best because pre-deployment planning requires clear physical network documentation before staging. B creates avoidable rework. C guesses topology from length. D starts work without resolving the core documentation gap.

Sample Question 2 — Pre-Deployment Planning and Site Assessment

During a site survey, the assigned rack location has enough floor space but the planned cable pathway above it is already near capacity. What is the best conclusion?

  1. A. The location is acceptable because the available rack floor space is the only real pre-installation constraint.
  2. B. The location should be accepted if the power circuits are available.
  3. C. Cable pathway capacity must be evaluated or remediated before the high-density cabling deployment proceeds. (Correct answer)
  4. D. Cable bundles can be compressed more tightly to fit the existing pathway.

Correct answer: C

Explanation: C is best because site assessment includes pathway capacity and cable management readiness. A ignores overhead infrastructure. B checks only power. D risks cable damage and poor serviceability.

Sample Question 3 — Pre-Deployment Planning and Site Assessment

A team finds that the site survey drawings and the current data hall layout do not match. What should the team do?

  1. A. Follow the drawings because approved plans override observations.
  2. B. Follow the current layout and ignore the outdated drawing set.
  3. C. Install cables with generous extra slack so either the drawing or current layout can be used.
  4. D. Update or reconcile the site survey before finalizing rack placement and cabling paths. (Correct answer)

Correct answer: D

Explanation: D is best because plans and actual site conditions must be reconciled. A may follow obsolete data. B loses traceability to approved design. C uses slack to hide an unresolved planning conflict.

Sample Question 4 — Pre-Deployment Planning and Site Assessment

Which item should be part of the pre-deployment inventory check for an AI rack cabling project?

  1. A. Only the total number of boxes delivered to the loading area.
  2. B. Cable assemblies, transceivers, labels, rack accessories, cleaning supplies, and documented part numbers. (Correct answer)
  3. C. Only the servers and switches, because all cabling accessories can be handled later after initial power-on stage.
  4. D. Only serial numbers for equipment that is already mounted in racks.

Correct answer: B

Explanation: B is best because readiness depends on complete materials, support items, and validated part numbers. A is too coarse. C delays critical accessories. D omits staged materials needed for installation.

Sample Question 5 — Pre-Deployment Planning and Site Assessment

A data hall has adequate total cooling capacity, but the assigned rack is at the end of a row with poor airflow. What is the best pre-deployment action?

  1. A. Verify local airflow and thermal-zone readiness for the assigned rack position. (Correct answer)
  2. B. Proceed because room-level cooling capacity is adequate.
  3. C. Install the rack now and wait for thermal alarms to confirm cooling is sufficient.
  4. D. Move labels and cable slack away from the cold aisle and continue.

Correct answer: A

Explanation: A is best because rack placement must be assessed against local thermal conditions, not just room totals. B overgeneralizes capacity. C reacts after risk appears. D may help airflow but does not verify readiness.

Sample Question 6 — Pre-Deployment Planning and Site Assessment

The facility team reports available power, but the rack elevation shows a power connection that conflicts with a cable manager. What should be done?

  1. A. Proceed because power availability is more important than cable manager position on the elevation.
  2. B. Remove the cable manager and document the exception.
  3. C. Install data cables first and decide after they are connected.
  4. D. Coordinate the physical layout so power and cable management do not conflict before installation. (Correct answer)

Correct answer: D

Explanation: D is best because pre-deployment planning should catch physical conflicts between power, cable management, and equipment access. A ignores mechanical conflict. B removes required support. C delays conflict resolution.

Sample Question 7 — Pre-Deployment Planning and Site Assessment

A rack is planned for a high-density cluster, but the floor loading documentation is missing. Which action is most appropriate?

  1. A. Proceed if the rack can be rolled into position safely on the raised floor tiles.
  2. B. Confirm floor loading and rack weight limits before placement and population. (Correct answer)
  3. C. Install only network switches until the servers arrive.
  4. D. Use lighter cable trays to offset rack weight.

Correct answer: B

Explanation: B is best because site assessment includes floor/loading readiness. A checks movement, not static load. C still adds weight without approval. D does not validate the actual floor limit.

Sample Question 8 — Pre-Deployment Planning and Site Assessment

A proposed cable route crosses an area reserved for facilities access. What should the planning team do?

  1. A. Use the route if it is the shortest path between racks.
  2. B. Install the cable above the reserved area and document it as a temporary interim route.
  3. C. Coordinate an approved route that preserves facilities and maintenance access. (Correct answer)
  4. D. Route through the rack midpoint to avoid the reserved area.

Correct answer: C

Explanation: C is best because cable paths must preserve access and be approved before deployment. A optimizes length over access. B leaves an exception in place. D creates a rack serviceability issue.

Keep Practicing

Take the 10-question NCP-ARI quick-start test across all 7 domains, or return to the NCP-ARI practice test hub for 270+ questions, exam details, and a study plan. Drill the other domains: High-Density Cabling Installation, AI Infrastructure Basics, Testing, Verification, and Documentation, Pre-Deployment Planning and Site Assessment, Rack Infrastructure Preparation, Safety, Standards, and Compliance, and Cable Support Systems and Weight Management.