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An enterprise network is the foundation of any contemporary midsize to large organization. This complex infrastructure is difficult and expensive to build, maintain, manage, and secure—and is vital to smooth-running business operations. Therefore, it is crucial to know what an enterprise network is, what it consists of, and what it will look like in the future.
Per Techopedia:
An enterprise
Imagine this: You have just spent the morning setting up your home network. You have used all the latest Wi-Fi hardware and you have a 100Mbps connection. Pleased with yourself, you decide to go to your bedroom to relax and stream a movie—then the buffering begins. You call your ISP provider and confirm that everything checks out.
So, what’s the deal?
Chances are you need a mesh Wi-Fi system.
A
When you hear the name Elon Musk, what things come to mind?
Perhaps you think of things like:
Or perhaps something else might come to mind: a venture called Starlink.
Ethernet is a Local Area Network (LAN) technology that connects network devices (such as computers, printers, etc.) via Ethernet switches and routers. Industrial Ethernet is a further development of Ethernet and is a bit more complicated. This technology applies Ethernet abilities to automation and control systems used in industrial manufacturing. It has recently surpassed traditional Fieldbus architectures
In case you haven’t heard, we are in the midst of a global semiconductor shortage.
The first monolithic integrated circuit (IC) chip was invented sixty-two years ago by Robert Noyle at Fairchild Semiconductor. This small electrical “gadget” has since become a critical component for everything from smartphones and computers to vehicles and appliances.
Techopedia defines a “chip” as follows:
In
As city populations increase every year, they get crowded, and resources are stretched to their limits. Today’s cities must evolve to meet the needs of their residents. Here are some interesting statistics:
Cities must deal with the often overwhelming problems of social and economic imbalance among their citizens. One of the most viable ways to increase a city’s effectiveness and efficiency is
One of the most common questions regarding Ethernet cabling is: What type of cabling should I choose? There is much confusion on this topic. When choosing the right cabling solution for your particular network infrastructure, you need to know the difference between the different cable categories. The purpose of this article is to help you determine which type of Ethernet cabling suits your needs.
All
Power over Ethernet (PoE) delivers both power and data concurrently via twisted pair Ethernet cabling. This technology improves network agility and scalability in efficient and cost-effective ways. There are several types of PoE devices, for example, the PoE switch, PoE splitter, PoE injector, etc. This article focuses on the PoE injector: What is it? What does it work? Are there different types?
With the explosion of the IoT and the push toward smart systems, we suddenly have low-speed devices that require very little bandwidth—things like sensors, actuators, and relays, as well as access, occupancy, and lighting applications. As a result, operations technology (OT) professionals cried out for a simpler, low-cost, space-efficient cabling alternative for these low-speed use cases.
In response to this need, the IEEE (in November 2019) approved the 802.3cg single pair Ethernet protocol. This specification lengthens the reach of the Ethernet physical layers at the low end of the bandwidth spectrum. Single pair Ethernet (also called “twisted pair” or SPE) is a cable configuration that:
Also, the IEEE 802.3cg standard is compatible with the existing Ethernet standards. It maintains the same packet format, size, temperature, and emission standards. It supports auto-negotiation between endpoints on point-to-point links, and it supports PoE.
IEEE 802.3cg specifications call for two link-layer standards: 10Base-T1S and 10Base-T1L. Both standards support speeds up to 10Mbps over a single twisted pair.
The 10Base-T1S, also called 10SPE (10Mbps Single Pair Ethernet) standard is for networks that do not require high data rates. The “S” stands for short-range.
10Base-T1S employs a multidrop configuration in which each node connects to a single cable, which eliminates the need for a switch and calls for fewer lines. Each cable uses only one pair of wires, instead of the traditional standard of four pairs. This single pair connection can even be installed on a printed circuit board.
The 10Base-T1S protocol specifies the following:
The digital revolution has significantly impacted the way we learn. In fact, one of the fastest-growing markets for new technology is education. Grand View Research1 reports that the education market was valued at $76.4 billion in 2019 and will grow at a compound annual growth rate (CAGR) of 18.1 percent from 2020 to 2027.
Education is embracing the digital revolution in a big way. Today’s learning environments strive to be dynamic and creative. To accomplish this, schools and universities rely heavily on digital infrastructure and tools.
Ed Tech incorporates many of the most popular digital devices available on the IoT. Let us take a look at some of the current trends in education technology.
The traditional teaching model goes like this: the teacher enters the classroom, lectures for about 30 minutes, then the students leave when the bell rings. However, technology has made it possible for teachers and students to stay connected. Devices such as smartphones, laptops, notebooks, and tablets enable teachers and students to interact more often. Pupils can team up, discuss classwork, and solve problems because of this increased connectivity.
Instructors are much more available to answer questions and mentor their pupils. And not only is the class subject taught, but this type of collaborative learning builds the student’s interpersonal skills as well.
More than ever before, education focuses on the welfare and continual improvement of each student’s learning experience. Some of the primary goals in the education sector are to use digital transformation to help accomplish the following:
Schools are particularly emphasizing science, technology, engineering, and math (STEM) curricula. Digital technologies are increasingly being used to tackle subjects like robotics, coding, and programming.
Because the coronavirus pandemic has closed schools, K-12 remote learning is the norm in many places worldwide. Vendors are providing schools with free or discounted access to remote learning resources.
With the increased use of Ed Tech, cyber-security and digital privacy for students have become of utmost concern, specifically SaaS architecture and engineering and OAuth risks. There is a strong push to improve existing products’ effectiveness and create new ones to help manage student data and protect their privacy.
A new teaching trend is called “flipped learning.” This approach does just as the name suggests by turning traditional teaching methods upside down. In a flipped classroom, pupils use videos and other digital educational technologies at home and then go to their physical classroom to complete their “homework” under a teacher’s supervision.
Augmented reality (AR) is one of the hottest technology trends right now. 5G devices and smartphones are on the way and will bring AR to the classroom. AR enhances learning and even provides a student with the opportunity to create their own content.
There are various AR tools and apps on almost any subject, making the academic content immersive and enjoyable. Educational AR technology aims to promote such 21st-century skills as creativity, problem-solving, critical thinking, analysis, coding, and iterative testing.
Another immersive technology trend for the classroom is virtual reality (VR). Gone are the days of students sitting passively at desks trying to learn. With VR, students can travel and explore the world. And recent improvements to this technology has made it seem less gimmicky.
Terry Heick, founder, and director of Teach Thought states:
“Through the use of digital technology, virtual realities can be designed precisely for human interaction for very specific reasons to create experiences not otherwise possible.”
Artificial Intelligence (AI) has gathered quite a lot of momentum and will continue to do so in the future. In a lead-up to a deep-dive on the AI market in the US Education Sector, Research and Markets states forecast for growth at “47.77% during the period 2018-2022.”
Educators use this technology as virtual mentors and teaching assistants to personalize students’ learning processes and improve grading systems.
Internet users generate about 205 quintillion bytes of data each day.2 Organizations use big data systems to collect, store, and analyze vast amounts of information to gain valuable insights into their operations. Likewise, educators can use this type of data to discover further just how children learn. The big data technology trend in education is being used to create new teaching models, such as digital learning and customized curricula.
Because of the increase of mobile computing devices, along with affordable and reliable bandwidth, the e-learning market and particularly massive online open courses (MOOCS) are positioned to become a multi-million dollar market in coming years. The success of MOOCS has been so dramatic that universities are forging tie-ups and partnerships that make their mainstream program available online.
