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In a LAN different cables can be used to physically connect different devices together. However, it’s far more popular to use wifi to connect the different technology and ensure that a fully integrated network is built up. These are the 5 steps needed for a successful LAN implementation.
WANs Explained
This is also known as a Wide Area Network. It’s used to connect devices that are far from another. It’s quite common for a WAN set up to be far more complex than a LAN. Essentially, you start with a LAN and then use the WAN to connect multiple LAN networks to one another. Ultimately, this means that offices can be connected and this typically occurs through public networks.
Speeds. Generally, it will be easier to boost speed levels and reach higher speeds in a LAN network compared to a WAN. This will depend on the hardware and cables used but because you can connect devices physically, it can be incredibly rapid. LAN devices can also be connected to the same router or switch which again does mean faster connections.
In contrast, WAN speeds can be impacted by various issues. You need to think about the equipment you are using but it will also depend on the equipment used in the network itself. You won’t typically have any control over this and WANs will be slower due to the distance data will have to travel. Technology is changing all the time and high-quality copper cables are used to speed up WAN connections.
Security. Generally, it is true to say that LANs are far safer than WANs. The reason for this should be fairly obvious. Since LANs are smaller in size and scope, it’s less likely for an issue to develop or for something like a virus to access the network. In contrast, WANs are far wider with a higher level of interconnectivity. As such, there is always going to be a greater chance that something goes wrong. That’s why when using a WAN it’s crucial that you do have the right set up to protect the individual systems and the network itself.
In a LAN different cables can be used to physically connect different devices together. However, it’s far more popular to use wifi to connect the different technology and ensure that a fully integrated network is built up. These are the 5 steps needed for a successful LAN implementation.
WANs Explained
This is also known as a Wide Area Network. It’s used to connect devices that are far from another. It’s quite common for a WAN set up to be far more complex than a LAN. Essentially, you start with a LAN and then use the WAN to connect multiple LAN networks to one another. Ultimately, this means that offices can be connected and this typically occurs through public networks.
Which Suits You?
One of the easiest ways to determine which type of network you need is to explore your business set up. A small office or business will typically only need a LAN. The local network will ensure that different files can be transferred through your office leading to a connected business environment. If you have a larger business or multiple branches, that’s when you’re going to need a WAN. This means that you will be able to connect to those branches or different business offices on a unified system. So, while LANs are used for homes, businesses, and schools, WANs provide more widespread connections. LANs will also usually be privately owned whereas WANs will often be run by a third party like a telecom provider. They can also operate on a public network.
Generally, if you are using a WAN you will also have a LAN but the opposite may not be true. However, if a WAN and LAN are in place, it’s likely that these are just pieces of a larger set of networks. As such, these systems can be quite complex to set up and manage. Particularly, if you want to maintain a high bandwidth.
Now, let’s explore some of the differences and advantages of the two networks.
If you are setting up your business, you do need to think about the type of network that you need. There are two main options to consider here. These are LAN and WAN cable networks. While they sound relatively similar there are distinct differences and advantages of each option. Exploring these will help you determine which one is right for your business needs. It’s not a one size fits all approach and it’s important to make the right choice to ensure that you get the right number of benefits. So, let’s dive in and explore some of the most important features and variables that you should consider.
In a LAN different cables can be used to physically connect different devices together. However, it’s far more popular to use wifi to connect the different technology and ensure that a fully integrated network is built up. These are the 5 steps needed for a successful LAN implementation.
WANs Explained
This is also known as a Wide Area Network. It’s used to connect devices that are far from another. It’s quite common for a WAN set up to be far more complex than a LAN. Essentially, you start with a LAN and then use the WAN to connect multiple LAN networks to one another. Ultimately, this means that offices can be connected and this typically occurs through public networks.
If you are setting up your business, you do need to think about the type of network that you need. There are two main options to consider here. These are LAN and WAN cable networks. While they sound relatively similar there are distinct differences and advantages of each option. Exploring these will help you determine which one is right for your business needs. It’s not a one size fits all approach and it’s important to make the right choice to ensure that you get the right number of benefits. So, let’s dive in and explore some of the most important features and variables that you should consider.
LAN vs WAN Definitions
LANs Explained
LAN stands for local area network. This allows for computers and devices that are close together to connect. They will then be able to share files or complete tasks and this usually means that they are using the same router or switch. Typically, this type of network will consist of everyday devices which could include a range of different business technology. Examples would be tablets, printers, and desktops. The network will also usually have routers and switches(you may be interested in Routers vs Switches vs Firewalls) as well as wireless cards or potentially ethernet cables. Be aware that a LAN is commonly set up in a home to allow easily family sharing.
Often times a work breakdown structure (WBS) is used in conjunction here. It breaks down work into precise packages based on who and what type of work needs to be done during specific time frames. Combining the two helps to keep workers on task, providing clarity that anything not listed on the WBS falls outside the scope of the project and shouldn’t be done.
Period of Performance
This section should give a start and end date to the entire project and list any scheduling considerations that would stop work or otherwise delay the project.
Location of Work
The main and any secondary locations should be specified. Any procedures that would require specialized entry, exit, or boundaries should be labeled.
Resources
List any additional labor, resources, and materials necessary for the project and for classes of workers. A good example is tools. What tools are needed? Who will need them? When will they need them? Who is responsible for providing them? Computer access, personal protective equipment, sub-contractor use, etc are all examples of common resources various types of projects might require.
Deliverables Schedule
Deliverables are the results that must be accomplished through work. They can be categorized as a whole to be completed by the end of the project OR in phases to be completed by individual deadlines. It can also be addressed as a certain percentage completion by certain dates. Each deliverable should clearly state what is specifically due, when it’s due, by whom it’s due the quality, and Acceptance Criteria upon delivery. Be sure to keep the performance deliveries realistic. Keep deadlines in universally measurable values, such as “mid-January” vs “the first part of the year,” which could be argued is any time before June starts ‘mid-year.’
Scope of Work
This step defines each work role within the project. It can do this by class, title, and/or group of employees. It can also/or group similar tasks by time frame.
However, it’s organized, the most important element is that each worker takes away a clear definition of what their role is within the job.
Tasks should indicate performance requirements and any policy a worker must adhere to in order to comply.
Often times a work breakdown structure (WBS) is used in conjunction here. It breaks down work into precise packages based on who and what type of work needs to be done during specific time frames. Combining the two helps to keep workers on task, providing clarity that anything not listed on the WBS falls outside the scope of the project and shouldn’t be done.
Then comes the question of what is SOW (statement of work) of any given project or assignment. Few of us get along that SOW is the same as the scope of work. The statement of work (SOW) in an RFP or RFQ defines a project’s goals, deliverables and performance criteria. A scope of work (SOW), included in the statement of work, describes the specific tasks the contractor will perform to meet objectives. In a freelance marketplace for telecom engineers, Statement of Work (SOW) holds of paramount importance so as to comprehend better before initiation.
An SOW is one of the most critical aspects of any project. If you want a good working relationship with your contractors, then it’s vital you understand what an SOW is and how you write one. If you’re looking for somewhere to connect with on-demand freelance engineers, then take advantage of the Field Engineer platform today. You have access to thousands of talented contractors that are waiting to assist with your projects.
Project Objectives
Now that we’ve answered the question of what is SOW, it’s time to discuss the objective. The objective, or scope statement, clearly identifies the project’s objective and purpose. Think about how the project was initiated, who it benefits, what purpose it serves, why it’s needed, and when it needs to be ready for utilization? Asking all the pertinent who, what, when, and how questions can help determine each objective goal and end result in order to formulate a comprehensive scope statement. This will define what work is to be done and by whom. It will also define what constitutes success and failure of the project.
Then comes the question of what is SOW (statement of work) of any given project or assignment. Few of us get along that SOW is the same as the scope of work. The statement of work (SOW) in an RFP or RFQ defines a project’s goals, deliverables and performance criteria. A scope of work (SOW), included in the statement of work, describes the specific tasks the contractor will perform to meet objectives. In a freelance marketplace for telecom engineers, Statement of Work (SOW) holds of paramount importance so as to comprehend better before initiation.
Still asking yourself “What is SOW exactly? The Scope of Work (SOW) is a tool that allows the business of all sizes, calibers, and niches from telecommunications to construction to communicate such vital business details with employees, vendors, contractors, and freelance workers.
Statement of work and scope of work, both commonly abbreviated as SOW, are often confused, interchanged terms. And, as straightforward as each sound, they’re often anything but easy to write. Make it too vague and broad and it leaves room for interpretation error; make it too convoluted with detail and it leaves room for the reader to get confused and distracted. Either case can lead to fiscal, safety, efficiency, and legal woes, especially when freelance workers are involved.
Would anyone tell a contractor to build a house and then walk away to let him do it as he pleases? Probably not. Most people would at the very least specify the how, where, when, and cost. Professional projects are no different.
Then comes the question of what is SOW (statement of work) of any given project or assignment. Few of us get along that SOW is the same as the scope of work. The statement of work (SOW) in an RFP or RFQ defines a project’s goals, deliverables and performance criteria. A scope of work (SOW), included in the statement of work, describes the specific tasks the contractor will perform to meet objectives. In a freelance marketplace for telecom engineers, Statement of Work (SOW) holds of paramount importance so as to comprehend better before initiation.
Additionally, our network engineering description addresses their role making sure all the systems are functioning properly as intended. The fundamental goal of a network engineer is to provide maximum network infrastructure, security and performance to the end users. Depending on an organization’s requirement or network complexity, the organization will sometimes have global network engineers across countries who take care of technological advancements throughout the firm. This international web of engineers proves cost-effective for the organization while also meeting needs for users and the business.
Often the job titles, network engineer and network administrator are used interchangeably, which can confuse people. However, a networking engineer usually has more executive responsibilities than a network administrator does.
The engineering side of things tends to deal more with planning, design and technical specifications, whereas the administration side of things deals mostly with day-to-day maintenance, management and troubleshooting efforts.
Computer network engineers have computer science as a common major. Network engineers focus on delivering high-availability network infrastructure to sustain the online and on-site information technology activities of users. In addition to technical skills, network engineers need analytical skills, leadership skills and organizational skills.
The network engineer salary ranges from $46,500 to more than $115,000 annually, depending upon skills and experience. The first and most direct way to get a job working as a network engineer is to do some self-study and get vendor certifications, such as becoming a Cisco Certified Network Associate (CCNA).