What is Managed Print Services (MPS) and its Benefits

What is "Managed Print Services" (MPS)? The definition of managed print services is broad, but the bottom line is simple: you get transparency and control over your printing, which helps you save money and increase productivity. Managed print also helps improve environmental sustainability and document security.
"Printing" means the total cost of managing and optimizing your printer, its output, and the people and processes that support it. This contains:

● Pages produced by office workers, mobile workers, and production printers

● Office desktop printers, multifunction printers, copiers, scanners, fax machines and high volume printers

● Materials sent for fast printing, offset printing, mailing and distribution

● IT help desk support, technical service, maintenance and adding, moving and changing requests

● Paper, ink, toner and other consumables

The report, entitled Global Managed Print Services (MPS) Market 2017, provides a comprehensive and detailed analysis of the most important regional industry position of the market for managed print services (MPS) on a global level. This report focuses in particular on the core regions of North and South America, Europe, Africa, South and Middle East, Asia and Australia as well as on the most important countries (USA, Canada, Great Britain, France, Germany, Russia, India, China, South) Korea and Japan).

The market report of the Managed Print Services (MPS) and the future prospects of the segment were examined together. It also identifies the key methods in the managed print services (MPS) market, which include partnerships, product developments, links and acquisitions, etc. In addition, upstream raw materials, devices and downstream consumer analyzes are carried out equally. This extensive research includes market profits, sales, managed print services (MPS) market revenue, potential and challenges also project the growth rate.


Reduce costs and achieve growth with Managed Print Services

The more resources you free up from your workflow, the more you can invest in growth. A great opportunity is waiting to be seized: your printing environment.
Download the eBook and learn how Xerox Managed Print Services can reallocate large budgets by transforming four aspects of your printing processes:

Device management: entrust your printing processes to an experienced partner and secure immediate profits.

Fleet optimization: Only use the equipment you need (and confidently send the rest into retirement).

Process efficiency: Accelerate and simplify printing processes and make downtime disappear.

Document management: Convert paper-based processes to digital and see how your operating costs decrease - and your productivity skyrockets.

See for yourself how the city of New York, Europort, IHS and California State University save six- and seven-figure sums with Xerox MPS - and find out how you too can reduce your costs with us.

Printing as a service or managed print services (MPS)

The advantages of MPS (Managed Print Services) services at a glance

Aren't there more important things to do than take care of printing? - You just want to print a printed page, an email, a contract or an invoice! In many companies, printing is still of central importance for corporate success. But you don't really want to worry about the printers. Ideally, "printing" is simply there and available. You want to print whenever and from whatever device - even with your smartphone and without further ado. Just click and take the printed paper.


Managed Print Services can reduce both direct printing costs and administration and maintenance costs -  printing as excellent service.


Benefit:

an always top modern equipment park
printing systems precisely tailored to individual needs
maximum flexibility
fair, low and predictable printing costs - you only pay for what you actually use
only one supplier, one contact person and one invoice for everything
Single point of contact
Full service through our own, highly professional service organization
short downtimes, reliable service, and the best quality
free resources for other tasks


Let  BEL Electronics as an MPS provider convince you!

Discover how we can optimize your IT to increase productivity, improve efficiency and achieve a long-term strategic advantage. Most companies don't give document management the attention it deserves. As a result, companies will eventually face unnecessary costs and unexpected problems that consume IT resources and affect user productivity.

Although the revolution of mobile & cloud computing is in full swing, more than a third of all business processes are still based on documents. An order of magnitude that surprises some entrepreneurs. It is usually not transparent how much is actually spent on document management. The printing costs alone - whether for each printed/copied page or for the procurement, maintenance and support of your printers and copier systems can add up unnoticed. Managed print services (MPS) from BEL Büroelektronik help you gain more transparency and control over your expenses - or replace them with predictable costs.

Try out the Managed Print Services for your printers and see for yourself how easy, fast and convenient the services are. With MPS you will never experience unexpected bottlenecks again, always keep an eye on the costs and can rely on the security of your data. This is what Printing as a Service looks like! It is best to send us the completed contact form today, our range of services is impressive - we promise.

Read Also: Managed print software

Top 5 Enterprise Router Vendors of 2019

Enterprise routers are commodities used by businesses or businesses. They play an essential role for firms in connecting computer networks and the Internet. Routers offer many features, such as: For example, the routing company provides superior processor capacity for task control. Also, companies can enhance their interface for Ethernet and WAN connections and perform NetFlow / sFlow, MPLS, QoS and security functions. It also offers deep packet inspection and WAN acceleration features. Enterprise routers help maximize office productivity. Installing a corporate router requires the skills and expertise of an engineer.

What does Enterprise Router mean anyway? Let us break down. A router is a network device that transmission data packets between computer networks. Routers help efficiently manage network traffic and websites. A packet is a vehicle that carries data over networks. These data packets are routed from one router to another on a deployed network until it reaches its destination. The "company" in the enterprise router refers to the difference in implementation. Home Wireless router providers have built-in Wi-Fi to simplify setup. However, enterprise routers, because of their complexity, require an experienced network professional. Enterprise routers have many Ethernet ports that process millions of data packets per second. The size of enterprise routers may vary depending on the size of the enterprise and the typical use of the data — these enterprise routers designed as centralized, modular and rack-mounted products. Enterprise routers are a sophisticated technology that connects large enterprises and networks of Internet Service Providers (ISPs).

With so many enterprise routers available, the options can be overwhelming. This blog helps you set options and select the best business router provider for your business. When choosing a corporate router for your business, it is vital to consider the following key factors: speed, form factor, software, reliability, security, and price.

Who sells the best router for business?

As with most technical questions, it is not easy to answer this question.

Looking at business routers will not do you much good if you do not consider things such as your company's infrastructure, prospects, budget, size, etc.

Without going into details, here are five of our top recommendations to vendors of enterprise routers currently on the market. We have based these decisions on the experience and positive results achieved by our clientele.

To find out which enterprise router is best for your business, we need to take a closer look at your IT specifications

Top 5 Enterprise Router Vendors of 2019

1. Cisco

At the top of the list are Cisco, a name you've probably heard, and one of our trusted partners.
Cisco is a giant of the lesser-known technology industry. Hundreds of implementations have been successful for many companies with a wide range of infrastructures.

Cisco edge router capabilities are simplicity, flexibility, scalability, automation, intelligence, and security.

In particular, our customers appreciate the simplicity of their operations, the delivery of SD-WAN and new services, and the cloud-based extension on any fast, easy, and efficient platform.
You'll also feel safe as each router comes with an integrated threat defense, which means the network is secure 24 hours a day, 7 days a week.

2. Juniper Networks - juniper routers and switches series

Juniper is second on our list because we have achieved similar results with these routers and Cisco solutions.

About 12 years younger than Cisco, Juniper was founded in the late 1990s and challenged the previous dominance of the competitor, which accounted for 37% of the core router market in 2001.
With a range of routers suitable for most IT environments, Juniper's products are complete, scalable, and secure solutions.

Key features that benefit our customers are the simplicity, speed, and investment protection that can achieve with Juniper Networks solutions.

3. HPE

HPE is another competitor on this list, with which our customers have achieved great success. All HPE routers are fixed, modular and virtual/wireless.

HPE router solutions are best suited for highly virtual distributed environments, delivering instant Wi-Fi, enterprise-class security and performance.

Specifically, our customers appreciate the "zero-touch" deployment, which synchronizes scalability and facilitates integration with sites that have already switched from traditional WAN to broadband.

4. Arista

Although we have less experience with Arista than with the first three companies on this list, our engineers have designed and implemented some robust enterprise routing solutions that match the architecture required by the IT department.

With fewer options than the market leaders listed above, Arista significantly expands the R Series business portfolio. Arista applies simple, scalable and software-driven cloud routing principles with its patented FlexRoute technology.

Built on Arista EOS® and CloudVision®, these platforms enable customers to leverage their roles for high-performance routing, high port density and deep buffers, integrated DWDM, and cloud-based automation.

Unlike traditional routers, our customers using the Arista R-Series platform can create, transform, and modernize their routing layer for multiple applications.

5. Nokia

Nokia (formerly Alcatel-Lucent) is there for you, whether you're looking for IP core or edge routers.
Nokia's IP routing solutions shield all aspects of the network, providing scalable, versatile, secure and efficient primary and peripheral routing, mobile backhaul, transport and access solutions.
In the past, we have not worked closely with Nokia solutions for our clients. However, we are open to all options to meet your computer needs. Therefore, we can not talk about direct success with these solutions but will look for news and technical data from Nokia as the market develops.

Read Also: What is Network security

Which WAN technology is right for your business

Information for Most Infrastructure Companies Wide Area Network (WAN) Infrastructure will be one of the most significant operating costs in terms of the total cost of ownership of the network. Given this fact, selecting the most suitable solution for the large area, or indeed a combination of solutions, is an option that companies cannot afford to take easily.

The choice is complicated by what at first glance seems to be a confusing number of options in terms of technologies, cost permutations and performance compensation.

A conventionally popular method of interconnecting geographically dispersed corporate sites is to rent dedicated lines rented between each node in the WAN. Leased line connectivity offers excellent quality of services and security, which reduces support costs.

However, implementing leased lines is also the most expensive way to build a WAN infrastructure. According to Alison Adams, product manager for Telewest Business data services, the relatively rigid costs and bandwidths, as well as costly upgrade paths, e.g. From an E1 to an E3 or DS-3, the last drawback of serial leased lines.

Because of this and the need for more flexibility, leased lines are increasingly seen as an inefficient use of costly bandwidth, and so many companies are now migrating from communication technology to lower-cost options such as virtual reality-based virtual networks. IP (IP VPNs)) or framework relay.

For business customers looking for enterprise level agreements for security and service level agreements, Frame Relay remains a strong partner.

Frame Relay network services will provide a permanent virtual circuit (PVC). This means that customers benefit from a seemingly continuous and dedicated connection without having to pay a full-time leased line. At the service provider level, the route that drives each staff to the destination is assigned dynamically and can be billed based on actual usage.

It is a proven, fail-safe technology that is more profitable than the leased line and more scalable than a private line network, according to Adams Telewest Business.

She added additional that Frame Relay is losing ground to IP-based VPNs, but the market for this technology continues to grow, albeit more slowly.

Thus, Technology Futures Manager Steve Kennedy said: "Frame Relay is an outdated technology, but it is still secondhand by legacy systems because it provides QoS and switched virtual circuits." ethernet services are now being successfully used in wan environments

Another corporate WAN option is asynchronous transfer mode (ATM), a dedicated interconnect technology that is frequently appreciated as a compromise offering because it combines bandwidth uniformity and delays with the flexibility of packet switching.

ATM is suitable for real-time applications and is often used in networks with high bandwidth requirements and strict QoS specifications. "It is ideal for large or smaller sites that support Frame Relay, supporting Frame Relay or ATM," said Adams.

ATM is at the heart of most telecommunications networks. It is a packet-based network technology that supports total quality of service and enables you to offer truly differentiated services.

As Kennedy says, "ATM for the desktop would be the next big thing, but it never happened, because Ethernet and IP technologies have increased functionality and reliability, and costs have been drastically reduced; however, it is still widely used in networks. "Spine and won" Does not disappear anytime soon.

"It will be replaced by IP Internet Protocol Multi-Protocol Label Switching (MPLS), which really overlaps the QoS features of the ATM with an IP network. As the world migrates to everything on the IP, it makes sense to move away from ATM and IP MPLS "

MPLS is a standards-based technology that enhances network data flow while reducing infrastructure management. MPLS establishes a specific path for the data packets, activated by a label embedded in each pack. MPLS offers may have QoS guarantees. The technology is called multiprotocol because it works with Internet Protocol (IP), asynchronous transport mode and frame relay.

In the real creation, for an enterprise WAN solution, an MPLS Virtual Protocol Protocol (VPN) network that transfers data over a standard IP backbone owned by a service provider can deliver substantial cost savings compared to leased line solutions.

"IP-based VPNs provide corporate customers with a secure and cost-effective data-to-site data transfer environment," said Craig Thomas.

It is strictly possible to use the public Internet as the backbone of WAN connectivity, but the lack of quality of service guarantees and potential security risks make this option largely unviable for the enterprise. But the cost savings of encapsulating data over the Internet over a virtual private network can be attractive.

"The price of using the Internet for WAN connections is a hassle," said Aberdeen Group analyst Virginia Brooks, "in some cases, a VPN can pay for itself in a few months, simply saving long-distance taxes."

Businesses that need inter-office connectivity may also consider Metro Ethernet connections as an alternative broadband technology.

(MAN)  Metropolitan Area Network services have the potential to provide more bandwidth with on-demand provisioning as well as the ability to provide more granular bandwidths (1Mbit / s steps in 1Mbit / s steps in Switched Optical Ethernet case). It can also offer multiple classes of services, with up to eight IEEE-defined QoS levels.

Security is an inherent element of Metro Ethernet services. Underground offerings typically use VLANs, which are secure links from one point to another, so carrier technology can form a good solution for interconnecting large sites. Adams believes Metro Ethernet offers a "true step toward convergence."

Yankee group analyst Nicholas Maynard said: "The idea of ​​Metro Ethernet services seems nearly too moral to be true - extra bandwidth for less money, more flexibility than network nightmares and easy delivery for the user."

But there is usually something that sounds too good to be true, he notes, noting the lack of last-mile fiber as the main limiting factor of Metro Ethernet.

However, even though Metro Ethernet comes out of the wings as a cost-effective and flexible technology, the current trend is that companies are moving away from traditionally favored options, such as leased lines and using IP VPNs and MPLS technologies. at a relatively safe level and cost effective price. reduced WAN connectivity.


Also Read: What is Security Technology

How do I become a computer network technician

Research what it takes to become a computer network technician. Learn more about the education, training, and skills required to be a computer network technician, along with career prospects and salary information, to find out if this is your career. Schools offering Cisco Network Systems grades can also be found in these popular options.

What is a computer network technician?

In a business environment, computer network technicians maintain computer networks that are the crucial link between company machines. This work allows employees to access company information, communications and financial data. Network technicians are primarily responsible for installing and maintaining network hardware and software.

Learn more about computer networking

Computer network technicians install, troubleshoot, repair, and maintain computer networks. Computer networks consist of connections between multiple computers that allow access to shared information and data. When considering a career in this field, you may be interested in the basic types and structures of the networks you can work on.

You can work for private companies or government agencies. You will maintain efficient computer network operations, which may include local and wide area networks, as well as Internet and intranet connections. In addition to the basic maintenance and installation tasks, you will monitor and install available upgrade features. You can also collaborate with the information security team to maintain the security of information stored on company networks, especially those with online access.

What kind of degree will I need?

Although the education requirements vary depending on the employer, you will need a diploma, professional training or both to become a computer technician. An associate degree program in computer network technology or a bachelor's degree in computer science will teach you about the basics of common network operating systems and the hardware needed to use them. You can also learn programming and management skills for popular systems such as Unix, Linux and Windows. Other relevant topics often addressed in these programs may include technical communications, network security devices types, data structures, and wireless networks.

Will I need certification?

After completing the training, you can start working as a computer network technician or network support technician. However, it is advisable to improve your viability in the labor market by obtaining professional certification. For example, obtaining the network certification from the Computing Technology Industry Association, better known as CompTIA, validates the network configuration, maintenance and repair skills. Having CompTIA A + and Network + certifications can prove your competence in network configuration. Obtaining the certificate and accumulating experience is especially important if you are not trained.

How will my career prospects look like?

According to BLS, the average network technician jobs salary for all specialists in computer network assistance was $ 62,250 in 2015. Most of these professionals earned between $ 36,350 and $ 106,310 per year. Experience and success as a computer network technician can lead to pay increases, career advancement, or both. Your work experience can also lead you to a promotion as a network administrator.

What are some related alternative careers?

Like computer network technicians, being a web developer also requires an associate's degree. As a web developer, you will be answerable for designing and designing the user interface of websites, as well as making changes and improvements to a site's functionality and bandwidth performance. You may also consider becoming a system administrator and computer network. These professionals supervise other employees and manage system installations or other network operations. The position requires a bachelor's degree, with certifications often being assessed by employers.

Certified by a network technician

Computer network technicians construct and maintain computer networks used by companies, educational institutions, government and medical institutions. Networks that connect desktop computers allow users to send email and share data, computer applications and Internet connections. As more institutions create computer networks, the demand for qualified computer networks technicians will increase.

NEW CERTIFICATE

Rock Valley College is agitated to announce the new network technician certificate program! Starting with the spring of 2018, current and future RVC students can start the exciting journey of becoming a network technician.

ELIGIBILITY AND CERTIFICATE REQUIREMENTS

A certificate is allowed upon completion of 12 credit units. Students should learn the current standards and terminology used for local area networks (LANs) and wide area networks (WANs).

BENEFITS OF THE PROGRAM

Design and installation of well-functioning computer networks, connections and cables
Troubleshoot method failures and identify bottlenecks to ensure long-term network efficiency
Testing and configuring software and maintenance of hardware and peripheral devices

What is a Computer Network, Network, LAN, WAN, and Salary

Computer Network

Define the term Computer Network: Two or more computers are connected to transmit the data electronically. In addition to physically connecting computers and communication devices, a network system provides a consistent architecture that allows a variety of device types to transmit information in an almost seamless manner.

The primary network types are Local Area Networks (LANs) and Wide Area Networks (WANs). Local networks connect computers and peripherals in a limited physical area, such as an office, lab, or university campus, through connections (wires, Ethernet cables, fiber optics, Wi-Fi) that transmit data quickly. A typical LAN contains two or more high-capacity computers, printers, and large-capacity storage devices, known as file servers, that allow each computer on the data and network security to access a standard set of files. With LAN operating system software that interprets inputs and directs networked devices, users can communicate with each other. Sharing printers and storage devices; and simultaneously access processors, data, or programs (instruction sets) located in the center. LAN users can also access other LANs or wide area networks. LANs with similar architectures are connected by "bridges" serving as transfer points. LANs of different structures are connected by "gateways" that convert data as they transfer among systems.

WANs connect computers and lesser networks to more extensive networks in larger geographic areas, including various continents. You can connect computers to cables, fiber, or satellites, but their users typically access networks/systems through a modem (a device that computers can talk to over the phone line). The largest WAN is the Internet, a network of networks and bridges connecting billions of computer users on every continent.

What is a Network?

A network is made up of two or more computers connected to share resources (such as printers and CDs), share files, or provide electronic communication. Computers in a network can be connected by cables, phone lines, radio waves, satellites, or infrared light beams.

The two most common types of networks are:

Local Area Network (LAN)

Wide Area Network (WAN)

You can also see references to metropolitan area networks (MAN), wireless (WLAN), or wireless (WWAN) networks.

Local Area Network (LAN)

A LAN (local area network) is a network that is limited to a relatively small area. It is usually limited to a geographical area such as a writing lab, a school, or a building.

Computers connected to a network usually categorized as servers or workstations. Servers are typically not used directly by humans, but always work to provide services to other computers (and their users) on the network. Services provided include faxing and printing, software hosting, sharing files and saving, messaging, saving and recovering data, full access control (security) of network resources, and many more.

Workstations are referred to as such because they usually have a human user interacting with them through the network. Workstations have traditionally been considered desktop computers, consisting of a computer, a keyboard, a screen, and a mouse or a laptop with an integrated keyboard, display, and touchpad. With the advent of tablet and touchscreen devices like the iPad and the iPhone, our workstation definition is rapidly evolving to include these devices because they can interact with the network and use network services.

Servers are usually more potent than workstations, although configurations based on requirements. For example, a server group may be located in a secure area that is not close to people and accessible only through the network. In such cases, it is common for servers to operate without a dedicated screen or keyboard.

Nevertheless, the size and speed of the server's processors, hard drive, and main memory can significantly increase system costs. On the other hand, a workstation may not require as much memory, but an expensive display to meet the needs of the user. Each computer in a network must be configured to use it.

In a single LAN, computers and servers can be wired or connected wirelessly. Wireless access to a wired network provided by wireless access points (WAP). These WAP devices bridge the gap between computers and networks. A typical WAP has the theoretical capability to connect hundreds or even thousands of wireless customers to a system, although the practical capacity may be much lower.

The servers are almost always connected to the cable network because the cable connections remain the fastest. Stationary workstations (desktops) are typically also connected to the network via a cable, although the cost of wireless adapters has dropped so much that installing workstations in an existing installation with short cabling may be more comfortable and less expensive. Use Wi-Fi for a desktop.

For more information on configuring a LAN, see Topology, Cabling, and Hardware in this tutorial.

Wide Area Network

WANs (Wide Area Networks) connect networks in larger geographic areas such as Florida, the US, or around the world. Dedicated transoceanic cables or satellite uplinks can be used to connect this type of global network.

Using a comprehensive network, schools in Florida can communicate with places like Tokyo in seconds, without having to pay big phone bills. Two remote users from around the world who equipped with microphones and webcam workstations can make a real-time conference call. A WAN is complicated. It uses multiplexers, bridges, and routers to connect local and metro networks to global communication networks such as the Internet. For users, however, an extended network does not seem to be very different from a local network.

Salary

In the United States, the average computer network technician salary is $44,562, while an independent technician earns $20.07 per hour, according to PayScale.

What is CompTIA A+? Top 3 Reasons why the new CompTIA A + should win

When you run a business, be it a small business or a large business, you probably know exactly how important it is to have a qualified IT department. There is a reason why many companies are increasing their IT budgets.

Whether you want to strengthen your cybersecurity, stay on the cutting edge of cloud computing, or take advantage of virtualization and big data, a robust IT department can help.

For this reason, it may be a good idea to receive CompTIA A + certification from your IT staff. If you want more information about CompTIA A + certification and support for your IT staff, read on!

The CompTIA A + certification is in high demand these days, as it serves as the basis for an individual's IT career. The preferred qualification for technical support engineer and IT operations considered. By participating in the CompTIA Certification Training, a person can improve their problem-solving skills to better address problems ranging from security to mobile devices, operating systems, and CompTIA Network + systems. A + is the certificate of choice for many companies such as Dell, Intel, and HP when they are considered candidates for the service technician position. It helps connect users with the data they need to perform their tasks, regardless of the device they access.

3 Reasons why the new CompTIA A + should win

Every release of a new version of CompTIA A + opens the debate on the value of certification. It's one of those problems that separate industry professionals. Also, in 2019.

Many people say it is not worth the time and cost to achieve certification status. Others seem to think that this is an absolute necessity for anyone entering the IT industry. The truth, like many other things, is probably nearer to the middle.

Let's take a closer look at the arguments for and against this initial certification and analyze the top 3 reasons why you should receive the new CompTIA A + certification.

1. By completing the new CompTIA A + certification, you can overcome bots in human resources
Some critics may argue that the new A + is only suitable for activating a checkbox when applying for a job. However, the software for scanning human resources can be challenging to overcome. So who does not want to have an advantage?

The CompTIA A + certification is worthwhile when it comes to entry-level jobs. It recognized as one of the first certifications that potential IT professionals need to receive. Validate sufficient general knowledge and skills on computers and networks to be useful. It's not meant to be a super certification that goes beyond experience, but it does show employers two things.

First, you are ready to learn and advance your career. Second, it shows that you can study and pass an exam. Whether you like it or not, certifications are part of the job.

Believe it or not, winning CompTIA A + will put you in the black with no certification. That's not a given when you're just starting. With A +, you can get entry-level IT jobs such as desktop support or technical support technology.

The new CompTIA A + is a good start. It provides the simple for later bigger and better roles. The A + even has the DoD seal of approval if you want to work for the US government.

2. The new CompTIA A + certification confirms that you know the basics of IT

A + critics say the test is useful only as a primary IT literacy test. But does that seem like a good thing? The A + certificate does not grant you a leadership position or a coveted technical position, but it has its place in your Certification Toolbox.

If you are new to IT, you can learn the basics by studying for exams. The A + exam can only consist of 90 questions, but you don't know what queries you have.

For fans, A + will be a little easier, and it will help you validate your knowledge. If you have already built a PC and installed operating systems, you had quickly passed the 700 series exams years ago. However, the latest A + exams released this month are about IT security, cloud concepts, and scripts that an amateur may not have touched yet.

It is easier to get a job with a certification. The existence of the new CompTIA A + confirms that you are well versed in the industry. The experience of the fans is excellent. You will undoubtedly succeed in a support role, but this experience will not have the same authority in a resume compared to the A + certification. Certifications are a guarantee of fundamental competence for an employer. And that is what a person needs if they have no IT experience.

3. Solve everyday problems faster with A + certification

Why should you get your hands dirty in times of Service Level Agreements? You can call the provider and have the issues resolved. But would not it be faster if you could do it yourself?
Yes, it is true that most organizations send their service technicians to repair most of the hardware on-site. However, some manufacturers will ask you to solve initial problems with them by phone. It's easier if you can reduce it properly. A + can help: The new checks cover many operating systems and show that you can trust a screwdriver. After all, not everyone should open a computer, printer, or server.

An added benefit: If you take the time to solve the printer problem, you are the hero of the office. It does not happen very often with IT professionals.

Is it worth the CompTIA A +?

Achieving the A + certificate can open many doors for you. Either network or IT security: with the new A +, you get the basic knowledge you need to succeed in all areas of IT. If you're ready to focus on specific suppliers, your A + certification was worth it.

There are many reasons to buy an A + certificate. So don't get carried away by detractors. Even if your ambitions in the IT industry are higher, the A + certification will not harm you. Certificate collection shows a strong commitment to learning and updating your skills.

Jobs that require or benefit from CompTIA A + certification

CompTIA A + is the industry standard for setting up an IT career and the preferred qualified credential for technical IT support and operational capabilities. Jobs as a support specialist, field technician, desk support analyst, and help desk level 2 support leverage the skills that have been confirmed by the CompTIA A + certification.

Also, companies such as Intel, Dell, Ricoh, Nissan, Blue Cross, and Blue Shield, as well as HP, are seeking to obtain CompTIA A + certification.

What jobs can you get with a+ certification:

·         Service Desk Analyst
·         Specialist of the technical assistance service
·         Technical Support
·         Associated Network Engineer
·         Data Support Technician
·         Desktop Support Manager
·         End-user computer technician
·         IT Help Engineer
·         Specialist for system support

What is the average content of A +?

Although the A + certificate is an initial certificate, salaries vary widely depending on several factors. These factors include years of experience, the city where you work, the actual role you play, and even your gender. The average a+ tech salary of a man with an A + certificate is between $ 38,248 and $ 74,186. However, a woman with an A + certificate has an average salary of $ 38,965 to $ 68,228. The holders of the A + certification are mainly men: only 7% of the holders of the A + certification are women.

Also Read: VMware technical account manager salary

What is LAN (Local Area Network)

LAN means Local Area Network, LAN (Local Area Network) is a network that adapts to the needs of small areas. It can be used at home, in offices, at airports and in small computer labs at the university. The idea of ​​the LAN device is to use fast data transfer in a small geographic area. LAN (Local Area Network) has been developed to provide better connections within each computer unit. Local area network (LAN) preferred because of its fast accessibility. LAN (local area network) is used to build an effective and sophisticated system for data exchange. What is LAN and how does it work, LAN Characteristics, LAN Applications and advantages are briefly explained below.

How LAN works

The first local area networks (LANs) were formed using coaxial cables, coaxial cables are electrical cables and are used to transmit radio signals. When you configure a local area network (LAN), two or more computers connected through a physical connection to share files and data over time. The primary application of this cable is to connect the radio transmitters to their antennas. However, it is also used to make Internet connections and distribute cable channels. The most common type of local area network (LAN) is Ethernet. Ethernet is commonly known as the primary technology for physical and data connection levels. Ethernet today can deliver the maximum data rate of up to 100 Mbps. Ethernet has proven to be a platform for Internet protocols. Usually, Ethernet cables extend to a length of 100 meters, but this is not the final limit. Ethernet cables can extend if necessary. If you want to develop a local area network (LAN), use special software such as Microsoft Windows. Microsoft windows offer special features for sharing on the Internet that support the local area network (LAN).

Wireless Local Area Network (WLAN)

The wireless connection that allows you to connect to your local area network (LAN) during transport is called a wireless or wireless local area network. The global trend of transporting and using laptops has reduced the use of traditional LANs. Also, office workers who own laptops often prefer Wi-Fi so they can do their homework while staying connected to their LAN. WLANs characterized by easy installation and wireless layout. The first WLAN was the ALOHA network, invented in 1970 by Norman Abramson. The wireless distribution system is a system in which many different access points connected without the Hassle cable. There are many types of WLANs. The WLAN can be a peer-to-peer network or an ad hoc network.

LAN Characteristics

LANs have several features that differentiate one LAN from another. The geometric location of the computer connected to a LAN referred to as network topology, refers to the way the devices connected to the network. The media function of a LAN refers to the physical connections of the devices to the network. Typically, devices connected to a LAN via coaxial cable, twisted pair cable, or fibre optic cable. The protocols of N/W regulate the specifications for sending data in the LAN. These protocols determine if the N/W is a client/server or a point-to-point LAN.

Client/server and point-to-point LAN

A client/server LAN, sometimes called a two-level LAN, consists of powerful computers, called servers, that manage disks, printers and network traffic. The clients in this type of LAN are the PCs or workstations that run applications. Peer-to-peer LANs, on the other hand, are networks in which each computer or node is equally involved in the operation of the LAN. Although point-to-point LANs are more comfortable to configure, they do not work as well under heavy load. Therefore, client/server LANs have been specifically designed for this purpose.

LAN application and advantages

Local area network (LAN) applications commonly used in universities, some banks, private homes and in some flight reservation systems. With LAN, you can store data on any central computer from which data can be shared throughout the company. File transfer and recovery are accessible on a local area network (LAN) because backup files stored on a single server. Restricted LAN PCs provide sufficient security for the data because only authentic users can share and access the data. With the local area network (LAN), you can save on installation costs for various software products by centrally managing and sharing resources. Besides, each device can use expensive hardware devices, such as laser printers, CD burners, and scanners. User files can be accessed from different workstations. Sharing resources and hardware simply reduces the cost of using independent printers and scanners. This division reduces costs and increases productivity. The active physical backup system reduces the risk of data loss. Recover lost data with data recovery software costs you extra money. However, physical backup support also helps cover these additional costs.

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