CCNA vs CompTIA Network+ : Which Certification Is Best for Beginners?

Knowledge On CCNA Certification

What Is CCNA Certification?

Consider the example of roads, traffic lights, intersections, and highway signs that guide a car to the right path and eventually help it reach its destination without crashing. Similarly, routers and switches are like the three main parts of a road (traffic lights, intersections, and highway signs), which make sure data keeps moving in the office area. The company that makes these routers and switches is Cisco.

Now, coming back to the certification, it proves a candidate’s ability to physically install routers and switches, make them work properly, confirm on a daily basis that everything is running without any glitches, and also repair the hardware if it isn’t functioning. 

Moreover, a candidate without any previous work experience can also sign up for the examination. There isn’t any fixed date; a candidate can appear for the exam whenever they feel prepared. Cisco itself is the governing body that provides the training for this course, covering all the topics.

CCNA Certification Has 6 Core Domains 

Network Fundamentals (20%): We learn the alphabet before forming sentences; likewise, Network Fundamentals is the section where the candidates get to know the basics, like what a router is, what a switch is, and what is meant by an access point? Once an individual becomes aware of these terms, they gain knowledge of how data travels between devices by using a rulebook called the OSI and TCP/IP models. Wires and ports connect different devices; one will also get to learn about it.

An IP address is unique for all devices (IPv4 & IPv6); a candidate will come to know how these addresses are assigned.  There is more learning on how the one big network is divided into several sections, and finally, how the WiFi actually operates.

Network Access (20%): A Layer 2 in networking is responsible for passing data between different devices that are connected to the same local network. In an office, different teams use the same network to do their work, so in this case, a candidate will learn how to separate groups of devices (VLANs). There is a concept called trunking, which means that a single cable has the ability to carry traffic from multiple VLANs.

Moreover, one will also learn to keep the network ports (switch port security) protected in order to allow approved devices to connect. Spanning Tree Protocol (STP): there are different paths that data travels on, so to avoid confusion and ensure the data doesn’t move in circles, this concept comes into play.

At last, there is another concept called EtherChannel, which means the process of merging different cables into a single one high-capacity connection for high speed and backup. Not to forget, this section also taught an individual about WiFi architecture.

IP Connectivity (25%): How routers from many paths choose the best for data to travel from one network to another, you will learn about this. Another concept involves learning about the ability of a router to decide which path to select to pass the data. There is a concept called static routing, which means that a router is given manual input on which path to choose. OSPF (Open Shortest Path First): Here, routers are involved in finding the best path for the data to travel automatically.

Lastly, this section also involves a concept called First Hop Redundancy Protocols (FHRP), which explains how a router can take the position of a failed router right away so that the network continues without stopping.

IP Services (10%): A network runs smoothly, and there are background services that make this possible. This section covers those topics. DHCP (Dynamic Host Configuration Protocol): When a device connects to a network, DHCP automatically assigns a specific IP address. DNS (Domain Name System): Since computers only understand IP addresses instead of website names, DNS helps in translation.

NAT/PAT (Network Address Translation / Port Address Translation): Many devices, or rather all in an office or home, use the same public internet connection; NAT/PAT makes it possible. SNMP (Simple Network Management Protocol): SNMP helps network administrators to observe and manage the health of network devices. Syslog: This is a system that is designed to record significant occurrences such as errors, warnings, and other activities, so that they can be reviewed later.

Lastly, the other two concepts to learn in this section involve NTP (Network Time Protocol): This refers to all devices connected to the network being synchronized to show the same time. Qos (Quality of Service): This means data that holds more importance (video calls, meetings) is prioritized over that with mere importance, even when the network is busy.

Security Fundamentals (15%): This section covers the concept of how a network is guarded and locked from unauthorized entry and attacks. Device Hardening: Here, default passwords are changed, unused features are disabled, so that hackers don’t get access to anything easily. Access Control Lists (ACLs): These are rules which device who and what is allowed in a network and who and what is blocked.

Wireless security protocols (WPA2/WPA3): These are the methods that protect and encrypt WiFi networks so that hackers cannot easily get access to them. VPNs (Virtual Private Networks): A safe and secure tunnel is formed for data to travel.

Lastly, the concept of AAA (Authentication, Authorization, and Accounting) is taught, which refers to passing the security test in three steps. Authentication: You have to show your ID for identification. Authorization decides what one is allowed to do once logged in. Accounting: Who logged in, and what they did after they got access, keeping a record of all these refers to accounting.

Automation & Programmability (10%): Instead of performing everything manually, one can make use of software that automatically does all repetitive tasks. Basic network automation concepts: This concept explains how to use software or scripts to automatically set up devices instead of manual intervention.

APIs (REST, RESTCONF, NETCONF): Two devices can talk to each other; this communication is made possible by APIs. Configuration management tools (Puppet, Chef, Ansible): Settings are updated for several devices at once with the help of these tools. Interpretation of JSON data: The data is neatly organized and shared between apps so that it can be understood easily.

CompTIA Network+ Certification Introduction

What Is CompTIA Network+ Certification ?

Some who possess this certification know how to work with computer networks. Here, candidates learn about networking, which is adaptable to any company's products. There doesn’t need to be any specific brand that it caters to. Therefore, you can call it vendor-neutral. Starting from designing a network, to setting up a network, making it run smoothly on a daily basis, and fixing issues when something is faulty, a candidate will gain knowledge of these.

This certification is well-known all over the world and not just in specific countries.  

CompTIA Network+ Certification Has 5 Core Domains 

Networking Fundamentals (23%): This section covers the vast portion of the Network+ examination. Going to fix the network, but before that, you must have an idea of what a network is. This section will teach a candidate the fundamentals of what is meant by a network and how it works. After the basics, you will also come across the concept of the OSI model: Data travels from one device to another, but how? OSI model is a step-by-step rulebook that explains the process.

It also covers the concept of IP addressing (IPv4 and IPv6), which refers to how every computer requires a unique address, making it easy for data to know where to go. Routing: This is about how data finds the best route for itself to travel from one network to another. At last, the concept of switching, this teaches how different devices communicate within the same local network.

Network Implementations (20%): Once the basics of a network are taught, the next section covers concepts of how a network is built and how it runs in real life. Starting with configuring: how to physically set up cable-based as well as WiFi networks, to Deploying: making the network usable, and Managing: making sure the network runs smoothly throughout time.

The second concept that comes into the picture is Routing protocols: Data travels between networks, and routers make it possible, but how do they decide which path is best? There are automated rules called routing protocols.

Lastly, the concept of Network devices is covered in this section, here one learns about routers, switches, access points, firewalls, and many other devices. Not only that, but one will also learn how to set up these devices and use them together.

Network Operations (19%): In this section, there are concepts related to Network monitoring: It means regularly keeping an eye on the network, whether it is operating in a proper way or not. Performance optimization: Making sure the network runs at its best by improving its speed and efficiency. Documentation: It means to keep a record of how a network is set up, how it runs, and which device is connected to which.

Lastly, this section also includes the concept of Disaster recovery strategies: This means already having a backup plan in case a disaster occurs, such as a cyberattack, a power outage, or a hardware failure.

CCNA vs CompTIA Network+: Detailed Comparison

If the CCNA vs CompTIA Network+, they should look out for two aspects: first, how much knowledge they have on networking, and second, how far they want to go in their IT career.

CCNA certification is a vendor-focused certification. It is the same as learning how to drive a particular brand of car.  You gain general networking knowledge that applies universally. However, during the certification, you only practice these concepts on Cisco devices and commands. So, when you try your hand at brands like Juniper or Aruba, you will already somehow know how networking works.  But since you have only trained on a specific brand during the certification, you will take time to figure it out.

In the CCNA vs CompTIA Network+, the major difference is that CompTIA Network+ is a vendor-neutral certification. During the learning phase, you will gain knowledge that applies to all the equipment, and not just a single brand.

CCNA vs CompTIA Network+ Comparison: Key Differences

Feature	CompTIA Network+	Cisco CCNA
Vendor	Vendor-independent (The knowledge that you gain applied universally)	Cisco-specific
Focus	Learn general concepts like how a network operates, how to set up a network, and how to make it run smoothly all the time.	Setting up a network, configuring, routing, and switching: deep technical knowledge
Target Roles	Help Desk, IT Support, Junior Systems Administrator	Network Engineer, Network Administrator, Systems Engineer
Exam Difficulty	Moderate level: Mostly has MCQ’s and short real world based questions	Moderate to hard level: The questions asked are tough, CLI lab questions are also included
Average Time For Preparation	Approx. one to two months	Three to Six months (lab work is also required)
Cost For Exam	$369 USD	$300 USD
Prerequisites	Not required as such, but 9 to 12 months of practical experience in networking support is recommended	N/A

CCNA vs CompTIA Network+: Select First Certification

In CCNA vs CompTIA Network+, freshers wanting to keep their foot in the IT industry should choose CompTIA Network+. CompTIA Network+ covers the core basics of networking, so it will be easier for a candidate to choose the CCNA certification in the second place, as they will already have some knowledge on networking.

CCNA certification can lead to positions such as a network engineer, IT support engineer, and network operations center (NOC) analyst. CCNA-certified individuals can expect higher pay. 

Use Cases Of CCNA vs Network+

CCNA vs CompTIA Network+: CCNA Use Cases

 

• Enterprise Network Administration: To set up a network (configure), keep a constant eye on its working (monitoring), making sure unauthorized access and cyber attacks couldn’t harm the network (securing), and upgrading a network so that its speed increases, becomes more reliable, and is future-ready (improving) of a LAN (Local Area Network), and WAN (Wide Area Network) by utilization of Cisco products.

• Network Security & Access Control: Using secure connections such as VPNs and ACLs basically for safeguarding and allowing only the approved or authorized users to access a company’s data and network.

• Cloud & Hybrid Infrastructure: Routers, switches, and servers are used inside a company's premises and data center, and connecting them with cloud-based management platforms such as Cisco Meraki makes a network easily manageable and adaptable when there are minor tweaks in business needs.  

• Network Automation & Scripting: Python scripts and APIs are used to automate routine tasks performed daily, including configuring networking devices.

 

CCNA vs CompTIA Network+: CompTIA Network+ Use Cases 

 

• Help Desk & Tier 1/2 Support: A sequence of events is carried out, including checking if the cables used are connected properly or not, checking if the device has a correct IP address, and verifying the DNS setting so that the websites can be browsed easily, and other network-based services can be used easily.

• Wireless and IoT Deployments: Preventing WiFi signal disruption by automatically selecting the best WiFi channel and adjusting the signal strength leads to a faster and more stable WiFi connection. IoT device security refers to keeping the smart devices, such as sensors and cameras, on a separate network. If these devices are hacked, they don’t have access to a company’s main system. 

• Cybersecurity Implementation: Installing firewalls, access control, and turning off unused network points helps to make a network safer. Meanwhile, to keep the data safe when it travels from one network to another, connections  that are secure such as HTTPS, SSH, and VPNs are made use of.

• Cloud & Virtualization Management: To safely manage the interaction between virtual machines (VMs), separate virtual networks are created. Cloud connectivity means connecting the local network of a company to cloud services safely. Network Functions Virtualization (NFV) means replacing the hardware devices like routers and firewalls with software so that the network management becomes easier.

• Network Operations and Disaster Recovery:  In case a network stops running, there is a backup system available to prevent downtime. Documentation and change management means to keep record of network devices for easy maintenance and troubleshooting.  Then comes disaster recovery, which means creating a plan that helps to restore a network if any unexpected problem occurs.

 

 

CCNA vs CompTIA Network+: Job Roles

CCNA vs CompTIA Network+: Network+ Job Roles

Job Role: IT Support Technician

Salary (US):  According to Indeed’s data, IT Support Technician: Starting salary is $45,185 and highest is $108,536. 

Requirements: It’s not necessary to hold a bachelor’s degree; a high school diploma or associate degree would work. The CompTIA Network+ certification itself improves the chances of a candidate in getting the role. However, a bachelor’s degree in Information Technology, Computer Science, or any other associated field could help.

Job Growth(from 2024 to 2034): Spiceworks data suggests the growth for this role hasn't been much, roughly around 3%.  

Job Role: Junior Network Administrator

Salary (US): Indeed data suggests, Junior Network Administrator’s  starting salary is $47,352 and can go until $98,514. 

Requirements: The CompTIA Network+ certification or even Cisco CCNA certification. A bachelor’s degree in Information Technology, Computer Science, or any other associated field could help.

Job Growth(from 2024 to 2034): Bureau of Labor Statistics suggests that hiring is going to drop (2% to 4%). 

Job Role: PC Technician

Salary (US): Indeed data suggests, PC Technician can earn from $48,580 and the highest salary is $86,491. 

Requirements: The CompTIA Network+ certification and a bachelor’s degree in Information Technology, Computer Science, or any other associated field could help.

Job Growth(from 2024 to 2035): Data retrieved by Bureau of Labor Statistics states the drop in hiring of approximately 3% for network support specialists and 2% marginal increase for user support specialists. 

CCNA vs CompTIA Network+: Cisco CCNA Job Roles

Job Role: Network Administrator 

Salary (US): Indeed data suggests, you can expect to earn a starting amount of $55,075 and highest salary of $127,218. 

Requirements: A bachelor’s degree in Information Technology, Computer Science, or any other associated field is favoured. Cisco CCNA and CompTIA Network+ certifications are the certificated to choose from. 

Job Growth(from 2024 to 2034): Data retrieved by Bureau of Labor Statistics states a spike in the hiring of the role by approximately 2% to 4%.

Job Role: Technical Support / Network Support Engineer 

Salary (US): As per data retrieved by Indeed, the starting salary of this role is $51,257 and the highest is $143,870.

Requirements: Cisco CCNA is the certification that will prove you worthy for this position. Talking about pursuing a degree: B.Tech in Computer Science is a great option. However, any brand, for that matter, works. You can also opt for a Diploma in Computer Science, B.Sc. in IT, or Computer Science. If you don’t have a degree related to an IT background, that’s also fine.

Job Growth(from 2024 to 2035): According to Network Bulls, the projected growth for this position is expected to be approximately 5% to 10%. 

Job Role: NOC (Network Operations Center) Engineer/Analyst 

Salary (US): As per coursera, the salary of this particular role ranges from $80,000 to $120,000. 

Requirements: A degree, B.Tech in computer science or any other branch, Diploma in computer science, B.Sc. in IT or computer Science will work. Cisco CCNA is the certification to opt for.

Job Growth(from 2024 to 2035): GII Research suggests the hiring for this position will grow approximately 4% to 5%.

IT professional’s Choice: CCNA vs CompTIA Network+

In the CCNA vs CompTIA Network+ comparison, if an IT professional wants to attain the CCNA certification, they are looking to work particularly with Cisco products. The CCNA certifications will help an individual gain the core skills required to perform tasks in the Cisco environment. Moreover, the certification is a stepping stone that will prepare you for other advanced-level Cisco certifications in the future.

In the CCNA vs CompTIA Network+, IT professionals choose Network+ certification because the learning doesn’t apply specifically to a particular brand. Therefore, they will be able to work with any brand in the future, applying their extensive knowledge of networking.

Moreover, Network+ not only covers the topics related to the working of networks, but also change management, incident management, and disaster recovery. Acquiring these skills makes a candidate versatile, contributing to both technical and business operations. 

Conclusion

This topic “CCNA vs CompTIA Network+: Which Certification Is Best for Beginners” extensively covers why to choose and which one to choose at what point in time. In the fight of CCNA vs CompTIA Network+, a beginner just Stepping in the IT sector should choose Network+. On the other hand, Cisco CCNA is for those who particularly want to work with Cisco products.

In the CCNA vs CompTIA Network+, the best certification depends on your future career goals. Both certifications will land you in top IT roles. Talking of that, our company, Sprintzeal, also provides certification related to this certification; refer to the link below:

CompTIA Network+ Certification Training

FAQ’s on Cisco CCNA vs CompTIA Network+

1. CCNA vs CompTIA Network+: Is CCNA better than Network+

In the CCNA vs CompTIA Network+ comparison, if an IT professional wants to attain the CCNA certification, they are looking to work particularly with Cisco products. Whereas, the lessons taught during the Network+ certification doesn’t apply specifically to a particular brand. It actually depends on what you are seeking. 

2. Out of the two which one is difficult?

In the CCNA vs CompTIA Network+, Cisco CCNA is more difficult because it demands practical experience. On the other hand, Network+ is MCQ based. 

3. CCNA vs CompTIA Network+: Which one to do first?

In the CCNA vs CompTIA Network+, choose Network+ in first place because it covers the core basics of networking that applies to all brands. Therefore,  it will be easier for a candidate to choose the CCNA certification in second place, as they will already have some knowledge on networking.

4. CCNA vs CompTIA Network+: What is the exam format?

Cisco CCNA vs CompTIA Network+: There are 90 MCQ’s and also performance based questions, the time duration is 90 minutes for Network+. On the other hand, for CCNA, the number of questions alters, and the exam duration is 120 minutes. 

5. CCNA or Network+: Which one to choose as per career goals?

In CCNA vs CompTIA Network+, freshers wanting to keep their foot in the IT industry should choose CompTIA Network+. CompTIA Network+ covers the core basics of networking, so it will be easier for a candidate to choose the vendor-specific Cisco CCNA certification in second place. CCNA certification can lead to positions such as a network engineer, IT support engineer, and network operations center (NOC) analyst. CCNA-certified individuals can expect higher pay.

6. CCNA vs CompTIA Network+: How long will both the certifications last?

Three years is the duration both certifications will last. However there is also an option of renewal by re-attempting the exam, qualifying other advance-level examinations, and continuing to pursue educational courses.