Bandwidth, Throughput, and Latency of Coaxial Cable

Bandwidth, Throughput, and Latency of Coaxial Cable

Most cable connection providers commonly offer coaxial cable internet. The coaxial internet sends a data signal through the coaxial cable to the modem to a domestic user’s location. The data is transmitted through the modem’s Ethernet connection to a computer, delivering high-speed internet access. Performance of cable The internet data travels inform of packets, that…

best coaxial cables for tv and iternet

Best Coaxial Cable for Networking TV and Internet Devices

Coaxial cables were initially designed for military installations requiring transmission of radio frequency signals, reducing the issue of electromagnetic interference in the twisted pair. Most coaxial cables have a prefix of RG which means radio gauge, a mode of measurement of the thickness of the cable, a system developed for military manuals for the military.…

The Application of Coaxial Cable in Broadband Networks

The Application of Coaxial Cable in Broadband Networks

The cable TV companies around the world have been long using coaxial cables to link their satellite antennae stations for delivering sound and images onto television sets at different residential and business establishments. Telephone companies and internet service providers also used coaxial cable. Coaxial cables were also used for ethernet but due to speed limitation,…

Fix a broken Coaxial Cable Connection

How to Fix a broken Coaxial Cable Connection?

Although it is highly recommended that you seek professional help and replace the cable when required to avoid any hazards, you can repair a broken connection on your own if the damage is not much. Sometimes cable gets broken and    Step 1: Identify the damage and gather supplies Minor damage to the cable jacket…

Finding The Right Size of Coaxial Cable for Your System

Finding The Right Size of Coaxial Cable for Your System

Coaxial cables are designed with a central conductor, wrapped into a dielectric insulating foil which is further surrounded by a copper shield to prevent Electromagnetic interference EMI. These layers are enclosed in a protective plastic jacket. Shielding from EMI has earned coaxial cable a reputation for transferring data quickly without much damage. They are preferred…

Maintenance_of_Coaxial_Cable,_Connectors_and_Assemblies

Maintenance of Coaxial Cable, Connectors and Assemblies

Engineers these days prefer assemblies with precision stainless design connectors, that deliver best electrical, mechanical and environmental performance. Best quality RF coaxial cables offer higher shielding and more flexibility for durability. RF coaxial cable connectors are specifically designed to prevent leakage and maintain the shielding that RF coaxial cable offers.   Benefits of coaxial cable…

How_to_assemble_a_Cable_TV_or_Internet_connection

How to assemble a Cable TV connection?

If you do not want to spend money on hiring a professional service provider for installing your cable TV connection and wish to spend a fun evening figuring your way out on an interesting project, we are here to help. Understanding what different types of coaxial cables and connectors are available is important when specifying…

How Cable Televisions and Coaxial Cables Work?

Commercial cable televisions are no more a luxury but are now part of our daily life, they bring us news, entertainment, and much more. With the increase of program options, the cable system of bandwidth has also increased. The cables that enable the transmission of these broadcasts are the same one used to establish broadband…

Buying-Coaxial-Cables

Important Things to Consider Before Buying Coaxial Cables

Coaxial cables are used in homes and offices for various audio and video appliances. These cables are popularly used in telecommunication, cable TV, CCTV, and internet connections. Despite the availability of more advanced technology, the demand for coaxial cable is still huge and many consumers prefer them over optic fibre and ethernet due to low cost and better durability. With the diverse application of coaxial cables, they are designed to fit the different needs of users. This is the reason a variety of coaxial cable is available in the market. Not all cables are the same and each coaxial is made to meet a certain standard of specification. They greatly vary in design which ultimately affects their performance and suitability for a particular application. Irrespective of the fact,  if you need these cable for your domestic needs or for commercial installation, it is important that you understand the basic features of the cables and buy accordingly. Selecting the right cable to meet your needs can have a serious impact on your satisfaction towards your purchase.    Type of cables    Depending upon the type of signals they transmit coaxial cables can be divided into RF cables,  Microwave cables and digital cables. RF cables are mostly used for TV sets and internet connections whereas microwave cables are installed in communication systems, satellite connections and military gadgets. Digital coaxial cables are frequently used to connect sound systems with subwoofers and their quality is comparable to the optical fibre.    Transmission Impedance  Impedance refers to the strength of the signal the cables are capable of transmitting. Impedance   Depends upon the central layer of cable, particularly the capacitance of the cable over a meter in relation to its inductance over a meter. On the basis of these characteristics, coax cable is divided into two categories, 750 Ω and 500 Ω impedance cables. The first type is used for video application while the other is used mostly for data and wireless connections.    Cable attenuation and Operating Frequency  For higher signal frequency the signal energy starts moving away from the centre of the cable towards the outer layers. This is referred to as “skin effect” which leads to signal loss, and due to this effect, higher frequencies can only travel to shorter distances. Thicker cables will be able to handle higher frequency translation without much loss in the strength of the signal. The signal loss for the longer distance should be one of the factors to consider if you are planning for commercial applications. …