How much would be the Salary for computer engineer

Before deciding on a career, you should know about career opportunities, working conditions, working environment, insurance and especially the salary aspect. How much does a computer engineering salary would be?
The average computer engineer salary in the US is $ 102,450 per year, 106% more than the average US salary. Our latest research found that new graduates can earn an average computer engineering salary range of $ 61,000 to $ 76,000 per year.
Software and hardware engineer
Computer engineering has two main aspects: software software engineer and hardware engineer.
Computer software developers develop, design and test software or create, maintain computer networks and software for companies. Create computer interfaces, operating systems, new programs and applications such as desktops, smartphones and tablets. The average salary for a software software engineer is $ 107,840 per year.
Computer hardware engineers research, develop and test hardware or computer equipment, including chipset, motherboard, etc. It ensures that their hardware works properly with the latest software technology. The average salary for a Computer Hardware Engineer is $ 112,760 per year.
In general, the average salary for a hardware technician is 5% higher than for a software engineer.
The companies with the highest payments
Based on our data, Google is the largest payment company in the computer industry. Employees earn an average of $ 124,000 a year, 21% more than the average computer engineering salary in the US. A senior Google engineer can earn up to $ 285,000 or more.
Top paid cities
Silicon Valley (San Francisco Bay Area, California) is the best place to become a computer engineer. The average computer engineering salary is $ 131,500 a year.
What is computer technology?
Computer Engineering (EC) is an engineering department that deals with computer science and electrical engineering. It is a technical discipline that attempts to design and equip digital devices with efficient software that meets the technological, scientific and administrative needs of any industry.
There is a big difference between computer science and engineering. While computer engineers (CEs) are involved in all phases of computer hardware and software creation, computer scientists know only the theory behind programming languages, computations, and operating systems.
How can a  Computer Engineer Start?
Attention to detail is essential for many careers, but it is of particular importance in the field of computer engineering. These experts examine details, test tiny parts such as processors, and find errors or glitches in computer software. Not only do computer engineers need to pay attention to detail when examining physical structures or lines of code, they must also be patient and persistent in solving problems. Although computer engineers focus on small computer parts or programming languages, technology is a scalable field, so their efforts can be far-reaching and efficient in all industries. Computer engineering salary has
A computer engineering diploma can lead to a job that varies greatly from one organization to another. Computer technology is almost unique, and there are many career opportunities in the development of writing hardware or software, such as applications. Personal interest and ambition also play a role, leading people to more specific aspects of the discipline. Whatever way a computer engineer went, he should expect a lot of research, design and testing in his profession.
This guide provides a step-by-step introduction to computer engineering based on information from the professional associations and the US Labor Office (BLS, Dec. 2015), which provides information on expected training, qualification, and certification. Read on to learn more about careers in computing, including details on accreditation, wages, and employment growth.
How much does a computer engineer pay per hour?
Computer engineers design computers and programs that they can work with. Hardware engineers computerize physical devices that store data and run programs, and software engineers-sometimes called software developers-design the programs themselves. Whether they want to focus on hardware or software design, computer engineers need at least a bachelor's degree -Graduation.
Potential IT engineers might want to receive information on average annual salaries of professionals and increase employment in this area. The salaries for both hardware engineers and software developers are relatively generous, with average salaries in both occupations being over $ 100,000.

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Types of Computer Network

What is a computer network
Computer networks are the basis of computer communication. They are used in many ways and can contain many types of systems. A computer network is a group of computers that are connected to exchange information. The earliest examples of computer networks date back to the 1960s, but they have come a long way in half a century.
Types of computer networks are the most frequently discussed topic. Let's get an idea of ​​what a computer network is. We can define a computer network as a group of interconnected computing devices to communicate and share their resources and data. It connects via cable or wireless media.
Network types can be defined based on the size of the network, its capabilities, and geographic coverage. We can classify types of computer networks based on these critical factors. The computer network can be defined as follows: LAN, MAN, WAN
LAN (local area network)
LAN is one of the simplest computer networks. A local network can installed in an office building, in schools, colleges, houses or in nearby buildings. The LAN is a beneficial network for sharing resources such as printers, scanners, data storage, etc. A local network can be wired or wireless. Typically, wired LANs are uses for speed and security. When a LAN is entirely wireless, it is called WLAN. You can connect at least two devices in a local network and up to 16 million devices. A LAN can consist of low-cost routing and network devices. LAN speed ranges from 10 Mbps to 100 Mbps. LAN creation uses different network topologies. ARCNET and Ethernet are examples of local networks.
MAN (Metropolitan Area Network)
MAN is a relatively new computer network. It covers more geographical areas than the LAN. A metropolitan network extends over a city and uses the same technology as a local network. Its geographical area rarely extends over 100 kilometres. This computer network contains various hardware and transmission media. It can be a combination of several LANs in a vast network of shared resources or a single system like a cable television network. Metropolitan Area Network is based on the IEEE 802.6 DQDB (Distributed Queue Dual Bus) standard. Safety and standardization are two important things in a MAN. Security is required for information sharing between different devices and standardisation is necessary to ensure reliable data communication.
WAN (extended network)
WAN is the most complicated computer network. Computer peripherals can communicate over a wide geographic area, even if they are far enough apart. The Internet is the most common example of a geographic network that connects computers around the world. This type of computer network uses routers to transfer data quickly and securely. LANs are connected to the WAN through routers that manage IP addresses. Geographic networks are more complex and controlled by collective and distributed owners and administrators. Frame Relay, ATM, X.25 are technologies used by WAN networks for remote connectivity.
In addition to significant computer networks, there are many other popular computer networks:
WLAN (wireless LAN)
WLAN is the most popular type of computer network called Wi-Fi. Wireless LANs provide wireless network communication over a short remote area using radio or infrared signals instead of traditional network cabling. Allows mobile devices to connect to the local network via Wi-Fi. By combining a device called AP (Access Point), you can prepare a wireless LAN. WEP technology is used to increase the level of security in a wireless LAN.
PAN (personal network)
A PAN is a type of computer network that revolves around a single space or a private space. It covers an area less than 10 meters. This type of computer network includes mobile computers. This type of network can be wired or wireless.
CAN (campus network)
CAN is a computer network that covers a small personal space. This type of computer network is suitable for universities, corporate offices, etc. where several local networks are connected in a particular area.

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WiFi network security in industry

Markets & Markets, an analytical company, predicts that the global value of Industry 4.0 will reach an astronomical amount of over $ 150 billion by 2020. The main factors driving this development are the growing popularity of IoT and a greater focus on efficiency and production costs.
Network security should be a priority in every company. Although in large industrial plants in which IT infrastructure maintenance departments operate, software is usually updated on a regular basis, often companies that do not have a dedicated person responsible for network security forget about it. How to effectively provide them?
Modernize or Lose
The first step in achieving this goal should be regular firmware updates that increase data security. It contains corrections in the area of ​​known vulnerabilities or vulnerabilities, both software and the WiFi standard itself, minimizing the risk of intruders intercepting company know-how, personal data or information on transactions and financial settlements. How to improve this process. Automatic AP software update processes from a central controller or WiFi network management software help in this. In addition, it is worth monitoring available updates on a regular basis, e.g. via RSS notifications. In turn, when devices cease to be supported by the manufacturer, which he often informs in advance, they must be replaced with new ones,
Not Always More is Better
Each device has a limited number of non-overlapping channels. For example, if we deploy APs operating on the same channel too close together, they will certainly interfere with each other, which can lead to a decrease in the quality of wireless transmission or its complete jamming. In turn, spacing access points too far apart may cause that they do not cover the entire area provided with access to a WiFi network with a wireless signal.
In this case, you can see a simple analogy to the sound level during outdoor concerts, which certainly will not work in a closed club. Similarly is the wireless network, which can be compared to a loudspeaker or megaphone. When the volume level is set to a very high level, it is not enough that communication in the room will be difficult, but also the reflections of this sound from the walls will cause its distortion. For a wireless network, adequate WiFi transmission power is equally important. Often, a larger number of points with weaker transmission power and well-laid out places of installation is able to effectively increase efficiency and smoothness of operation.
The Antenna is Uneven
Access Points available on the market can be divided into two types: with built-in antennas and equipped with external antennas. The indicated devices differ primarily in the type of radiation. Built-in antennas are more directional, while external antennas are omni-directional. Choosing the right AP should therefore depend on the environment in which we work.
Many Devices, Many Channels
The problem with channels in conventional networks is that you can't deploy the same channels close together because I will interfere with each other. Adjacent APs must therefore use different frequencies. Extending such a network is a big challenge. The locations for specific APs should be carefully thought out. Otherwise, their location may affect the entire network. Additionally, please note that all end devices, including computer, telephone or data collector, according to the described wireless network standard, are those that "rule". So they send a connection request to the AP, they require better communication from it.
Virtual Cell Phone
The solution to the problems mentioned above is Virtual Cell technology, which is the architecture of one channel. It enables controlled operation of all access points on the same radio channel. Thanks to its functionality, the network is treated as a whole, and people using wireless devices have access to only one virtual point, regardless of how many access points actually operate within the system. How does a virtual cell take control of a device that initiates communication itself and decides to connect to a specific access point? He doesn't give him a choice to change AP! -In this way, Virtual Cell cleverly uses the imperfection of the WiFi standard, providing devices with AP communication offering the best conditions, without the participation of the algorithms of these devices. In conventional networks, this would be impossible, although we are approaching this level in WiFi 6 - explains Artur Madejski, Product Manager of Fortinet solutions at Veracomp.
Although secure and trouble-free access to a WiFi network should play a big role especially in industrial enterprises, in which broadly understood data security is one of the priorities, this is not always the case. According to the latest "Report on the state of operational technology and cybersecurity", developed by Fortinet, over the past 12 months as many as 74% of companies related to the OT environment have been the victims of hacking and data theft, which negatively affected, among others on productivity, revenue or trust in the brand. To minimize the risk of such cases, there should be an equally secure and efficient access network next to an efficient and effective firewall.

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