Tips To Prepare for EXIN EPI Certified Data Centre Specialist (CDCS) Exam

Earning the EXIN EPI Certified Data Centre Specialist (CDCS) certification is a significant step for professionals looking to excel in the data centre industry. To help you prepare effectively, Passcert offers the latest EXIN EPI Certified Data Centre Specialist (CDCS) Exam Dumps which are designed to familiarize you with the exam format, questions, and key concepts, giving you the confidence to ace your exam on the first try. Whether you're refreshing your knowledge or diving into the subject matter for the first time, these Certified Data Centre Specialist (CDCS) Exam Dumps provide a solid foundation to best prepare for the CDCS certification.

Now, let's dive deeper into what the EXIN EPI Certified Data Centre Specialist (CDCS) is all about and what you can expect when sitting for this certification exam.

EXIN EPI Certified Data Centre Specialist (CDCS) Exam Dumps

What is EXIN EPI Certified Data Centre Specialist (CDCS)?

The Certified Data Centre Specialist (CDCS) certification is recognized as a prestigious credential that validates your expertise in the management, design, and implementation of data centres. As businesses increasingly rely on data centres for their critical operations, the need for specialists who can manage and optimize these facilities grows significantly.

This certification equips professionals with advanced knowledge in data centre operations, enabling them to engage with suppliers and vendors effectively. The ability to assess, verify, and implement solutions for data centres makes CDCS holders indispensable in the industry.

Key benefits of obtaining the CDCS certification:

● Enhances your skills in managing data centre facilities.

● Ensures that you are a competent partner when communicating with suppliers.

● Helps verify vendor offers for accuracy and efficiency.

● Boosts your career by demonstrating advanced knowledge in IT facilities management.

Who Should Take the CDCS Exam?

The CDCS certification is designed for IT professionals involved in data centre management or anyone responsible for ensuring the availability, efficiency, and scalability of data centres. It's ideal for:

Data centre managers.

IT operations personnel.

Facility managers.

Project managers involved in data centre builds or upgrades.

Consultants specializing in data centre services.

If you're responsible for the day-to-day operations, strategic management, or technical support within a data centre, this certification will significantly enhance your skills and marketability.

CDCS Exam Details

To pass the CDCS exam, understanding the structure and content is crucial. Here are the specifics:

Duration: 1 hour 30 minutes

Number of Questions: 60 multiple-choice questions

Passing Score: 75%

Exam Format: Closed book

ECTS Credits: 4

Languages Available: English, Spanish, German, Japanese, Chinese

Candidates are allowed to bring a non-programmable calculator to the exam (smartphones are not permitted). As this is an advanced-level certification, it’s critical to thoroughly study the exam content.

CDCS Exam Content Breakdown

The EXIN EPI CDCS exam focuses on three primary subject areas: the data centre life cycle and standards, data centre design and implementation, and environmental considerations for data centres.

1. Data Centre Life Cycle and Standards (10%)

In this section, candidates will be tested on their understanding of the overall life cycle of a data centre, as well as the industry standards that govern the design and operation of these facilities.

Data Centre Life Cycle: Understanding the planning, design, and operational phases of a data centre.

Standards and Rating Levels: Familiarity with the various standards such as Uptime Institute’s Tier Standards and other globally recognized rating levels, which help define performance and redundancy levels in data centres.

2. Designing and Implementing a Data Centre (80%)

This is the most comprehensive part of the exam, focusing on the intricacies of data centre design and implementation. The areas covered include:

Building Considerations: Understanding site selection, space allocation, and building materials that affect data centre functionality.

Advanced Raised Floor/Suspended Ceiling Systems: Examining the advantages of these systems for optimal air distribution and cabling.

Power Management: Designing advanced power distribution systems that ensure high availability and energy efficiency.

Electromagnetic Field Management: Implementing strategies to minimize electromagnetic interference that can affect data centre performance.

Cooling Solutions: Designing advanced cooling systems to ensure optimal temperature and humidity control for sensitive equipment.

Fire Protection: Implementing advanced fire suppression systems to safeguard the facility.

Network Cabling Systems: Understanding the design of scalable and efficient cabling infrastructures for high-speed data transmission.

3. Data Centre Environmental Considerations and Efficiency (10%)

The final part of the exam covers environmental factors that impact the performance of data centres, including:

Environmental Specifications: Understanding the impact of temperature, humidity, and airflow within the data centre.

Contamination Control: Learning methods for minimizing dust and other airborne contaminants that can damage sensitive equipment.

Data Centre Efficiency: Exploring strategies to reduce energy consumption while maintaining high performance.

Share EXIN EPI Certified Data Centre Specialist CDCS Free Dumps

1. What should be considered when installing overhead data cabling?

A.To maintain minimum separation from power and ensure that the fire detection and suppression systems are not hindered.

B.Copper data cabling should not be placed in metal cable trays.

C.Optical fiber cabling should always be positioned on top of the copper cabling in the same cable tray to avoid damage to the sensitive optical fiber.

D.All cabling should make sharp bends directly into the rack to avoid usage of additional space and blocking the airflow on top of the rack.

Answer: A

2. What is the main reason to install Earth Leakage protection?

A.Protection of ICT equipment against high-frequency noise currents

B.Protection of human lives

C.Improvement of the data center grounding/earthing system

D.Protection against lightning strikes

Answer: B

3. You are working on the design of a new facility. The electrical riser of the building with high current power is located close to the area where sensitive IT equipment in the computer room will be located.

What should you recommend to reduce the amount of EMF coming from the electrical riser?

A.Install single-phase power cabling

B.Install three-phase power cabling based on three individual core wires

C.Install bus bar trunking

D.Install three-phase power cabling based on a combined cable (e.g. XLPE etc.)

Answer: D

4. The computer room has high levels of H2S gas contamination. What is the best option to resolve this issue?

A.Vacuum the whole room using a HEPA/S-Class-based filter.

B.Install air-scrubbers.

C.Clean the room and racks with a damp/wet cloth.

D.Provide more air changes per hour by adding more fresh air to the computer room.

Answer: B

5. What precaution shall be taken for cabling leading into an equipment rack when a data center is in a seismic-prone area?

A.Cables should be loosely organized to allow for movement and be latched at the connectors.

B.Cables shall be tightly organized to the rack and trays to avoid movement.

C.Cables can be organized in any way as it is not important.

D.Cables should be replaced by busbar trunking.

Answer: B

6. When designing a data center network, your company wants to minimize the number of network switches to manage.

What type of physical cabling layout would be the best choice?

A.ToR (Top of Rack) design

B.EoR (End of Row) design

C.Star network design using coaxial cables

D.It does not matter as the number of switches is not influenced by the physical cabling layout

Answer: B

7. In which stage of the data center life cycle does commissioning take place?

A.Retire

B.Operate/optimize

C.Implement

D.Design

Answer : C

8. What indicates the breaking capacity of a fuse or breaker?

A. Mechanical strength of the casing of a fuse or breaker.

B. The maximum voltage, in case of an electrical surge, that the fuse or breaker can handle without being destroyed or causing an electric damaging arc.

C. The current at which the device will trip.

D. The current that a fuse or breaker is able to interrupt without being destroyed or causing an electric damaging arc.

Answer: D

9. What should you consider when using raised floor tiles with air deflectors or louvers?

A.Tiles with air deflectors or louvers can be very heavy.

B.Tiles with air deflectors or louvers will reduce the cooling capacity of the tile.

C.Tiles with air deflectors or louvers do not allow for a flexible cooling solution.

D.Tiles with air deflectors or louvers can only be used to cool storage equipment.

Answer: A

10. You are installing new copper cabling.

What is the advantage or disadvantage of choosing pre-terminated category 6 or 6A cabling?

A.Pre-terminated cabling is already factory tested and saves installation time.

B.There is no advantage as most new copper cabling network designs are based on category 3 or 5E for horizontal cabling.

C.Pre-terminated cabling has a higher fire rating.

D.Pre-terminated cabling makes ordering of the copper cables more complex, as you need to know in advance on which side the male or female connector needs to be located.

Answer: A