Just IT Hardware Blog

In the ever-evolving landscape of communication technology, Voice over Internet Protocol (VoIP) has emerged as a transformative force, revolutionizing how we connect and communicate. VoIP enables voice, video, and data transmission over the internet, replacing traditional landlines and delivering cost-effective, flexible, and feature-rich communication solutions. At the heart of this technology lies a hardware device known as a VoIP gateway, often referred to as a VoIP box. In this article, we will delve into the functions and benefits of a VoIP gateway, shedding light on its pivotal role in the world of VoIP.

Computer hardware refers to all the physical components that make up a computer system. As a whole, this encompasses a wide range of devices and peripherals that work together to enable a computer to function. While there are a multitude of parts that can be categorized as hardware, the most important components are the motherboard, central processing unit (CPU), memory, storage devices, and input/output devices. In this blog, we will be discussing these major components, in addition to their proper assembly.

Memory is an essential element of computers, allowing such systems to process, store, and otherwise work with data and information. One of the most common forms of computer memory is Random Access Memory (RAM), a type of hardware that is used to temporarily store data during operations. RAM is essential for the basic functionality of a computer system, and it plays a critical role in determining overall performance and speed.

Computer hardware consists of the physical parts of a computer; thus, it refers to the components that make up the computer system, especially those that form part of the central processing unit (CPU). While computer technicians are familiar with the basic components of computer hardware, the average individual may be overwhelmed by the number of parts, those of which include, but are not limited to, the motherboard, power supply, keyboard, mouse, and monitor, among other parts. In this blog, we will discuss 11 key components of computer hardware and how each one works.

Graphics tablets are electronic devices which can be used to convert information from a handheld stylus. The user writes or draws with the stylus like a pen, pencil, or paintbrush, pressing its tip on the tablet surface. Graphic tablets can also be used in replacement of a computer mouse. Though they are often used for home use, graphic tablets are also useful components in many professional spheres. In this article, we will discuss the various different applications for graphic tablets.

Network switches are pieces of hardware that enable computer networking, and they are intended to accept physical connectors from computers and other devices on a network. The data it receives from such devices is then forwarded using packet switching.

Computer chips are often well regarded as one of the major backbones of a computer system, yet not everyone knows exactly what they are and how they work. In general, computer chips may be understood as a type of miniature electronic circuit or integrated circuit, that of which acts as a basic building block of a larger electronic device. Most computer chips consist of semiconductor materials like silicon, and their surface may be fitted with various components that are embedded on the chip for the means of transmitting electrical signals. With their small size and fair price point, computer chips have found consistent use and have been well-developed since their initial release.

In terms of networking, physical hardware plays a significant role in determining operational capability. Through deliberate configuring of these components, users are enabled to create a network infrastructure that can be scaled to fit the needs of any application. For anybody with an interest in networking for personal or professional use, it is critical to have an understanding of the several networking parts and their functions. It is important to note that while larger topologies may implement all of the devices listed, a smaller network may be adequately supported with only a few. In this blog, we will discuss everything you need to know about the various commercially available network hardware.

On a daily basis, we use countless websites and applications at the same time as millions of other people on Earth. While we each access these platforms, or local area networks (LAN), from our own personal devices, the connections for each platform come from the same server or set of servers. If a platform has dozens of users at a time, it may use a single server to represent the data to the users; however, if a platform has hundreds or thousands of users at one time, it will require multiple servers. In turn, these servers must be balanced, and this need is met by the installation of a load balancer. Load balancing works as a ‘reverse-proxy’ to represent the application servers to the client through a virtual IP address (VIP). This technology is known as server load balancing (SLB). In order to increase both availability and scalability, a load balancer uses specific algorithms to steer traffic to the available servers, monitor for when additional servers are needed, and identify when servers are not required. This blog will cover the basics of what you need to know about the different types of load balancing for your applications.

With many types of electric tester on the market, finding one that meets your requirements can be difficult. While some measure voltage and current with ease, others measure continuity and resistance. Circuit testers are just one type of electric tester that measures the flow of electricity in open-wire or electric circuits. More than that, they measure the absence and presence of voltage at any point on the circuit  rs. Essentially, they tell you if a circuit is working or not.

Remote computer access technology has been used in both personal and professional applications for quite some time, but its value became even more apparent during the COVID-19 pandemic. Unfortunately, while widely implemented, this telecommunication technology also carries some risks associated with data leaks. In this blog, we will discuss how remote access technology works, its various applications, and what risks are associated with it.

Computer networks serve as a basis of communication in the information technology realm. Used in a myriad of ways, these networks are composed of smaller complex connections for the means of transmitting information from one point to another. Bridges are one such connection that is used to join two subnetworks that utilize interchangeable protocols, and they combine two LANs to form an extended LAN, allowing you to transfer data over longer distances.

Today's internet framework is supported by an ecosystem of various networking devices. While many types of hardware enable a network to function, one of the most important is the modem. As nearly every household and business with an internet connection has a modem, it is beneficial to have a basic understanding of how a modem works. In this blog, we will discuss the history, design, and applications of modern modems.

As the various electronic components of a system operate, heat will dissipate and raise temperatures over time. As an excess amount of heat can easily damage sensitive components or affect overall performance, it is important that there is a way to mitigate heat. One common solution for electronic equipment heat is to use fans, allowing for airflow to be harnessed for thermal management. For high amounts of dissipation, an array of fans, or fan trays, may be used. In this blog, we will discuss some of the most common types of fan trays and fans, allowing you to find a solution fit for your individual needs.

When transferring data traffic between servers and storage devices, a storage area network (SAN) switch is a commonly used device. In its most basic form, a SAN switch is a device capable of governing traffic flow between servers and storage devices, correctly relaying data to specific storage locations based on the examination of packets. Since their debut, SAN switches have seen consistent advancements in regard to their design and features, further aiding in data storage management.

While many networks have shifted towards combined modem and router devices and Wi-Fi technology for internet connectivity, cable modem equipment is still commonly found in various instances. A cable modem is a type of network bridge, providing data communication through radio frequency channels. These channels may then operate through a radio frequency over glass (RFoG), hybrid-fibre-coaxial (HFC), or coaxial cable infrastructure. Most commonly serving to allow various computer systems to receive broadband Internet access, such components can be very useful for network connectivity.

In the early days of internet connectivity, many users had to rely on a modem that was hardwired to a single computer for the means of accessing dial-up services. Since then, great strides have been made to such technologies, opening up the capabilities of wireless networks that can provide access to the internet for multiple devices at once. A broadband router is a commonly used Wi-Fi device for home networks, combining the functionalities of a modem for internet connectivity while also facilitating wireless communication between various devices.