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Flexible coaxial cable

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As the name implies, flexible coaxial cable can move and flex as needed to suit the configuration and geometry of the application. A typical design for flexible coaxial cable utilizes a metal inner conductor surrounded by a flexible polymer that functions as the dielectric, with an outer jacket for protection from the environment.

When there is a need to increase flexibility, the metal core conductor may be switched to a stranded design from a solid wire, and a polyethylene (PE) dielectric foam may be substituted for the more rigid dielectric material.

Flexible coaxial cable is the most common type of coaxial cable, familiar to anyone who has seen it in use for the connection of home video equipment and televisions.

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Types of Data Cable

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Data cables are everywhere. If you’ve ever needed to charge anything, from smartphones to tablets, to cameras and even new laptops, you’ve likely needed to use one. However, data cables come in different shapes and sizes despite the fact a lot of them do the same things. In this short and handy guide, we’ll take a look at all the different types of data cables available on the market and give you some examples where you might find them in use.

Data Type-A

Data Type-A connectors are extremely common and will likely be at one end of a lot of data cables nowadays. You can connect various devices such as smartphones, cameras, keyboards, and more to computers to transfer data, or plug into wall chargers to charge these gadgets with a Type-A port.

Data Type-B

This was the standard for various devices a while back but was quickly replaced by the micro-data connector mentioned below. You’ll find it on older models of various gadgets especially cameras, MP3 players, and game controllers, among others. As its name suggests, it’s smaller than a regular data, but larger when compared to its successor.

Micro-Data

The micro-data connector is very small and it let manufacturers produce slimmer devices. Micro-data was widely adopted but is quickly being left behind. That said, some ultra-affordable smartphones even now come with micro-data ports. You might find micro-data ports on certain accessories like Bluetooth speakers, wireless earphones, smartwatch charging stands, and more as well.

Data-C

Data-C, previously known as data Type-C, is the latest king of the hill. You will find it on most new devices, and it offers faster data transfer rates than previous data versions. The biggest advantage of data-C is that it’s reversible and can be plugged in either up or down. It has become the new standard for mobile devices. Universal adoption is still a little ways away, but it’s never been closer than with data-C.

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Travel Lock Combo Cable

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With airport security becoming an ever more serious issue, we want you to arrive at your destination with your luggage still locked and secure, without having your padlocks cut off or worse, your zip sliders cut off.

Features:

– Three-dial combination lock – Perfect for lockable zip sliders and joining most double-pull zips
– Combo Cable – Adds versatility for oversize zips or unusual closures and keeping several bags together.
– Cardkey – A very lightweight lock with cable which uses a credit card and key-ring sized key-cards you keep in – your wallet or travel documents.

If you are looking for Sea to summit TSA Travel Lock Combo Cable, you are lucky. In our outdoor store, you have the best price available and with the confidence that the store gives you. Do not wait any longer and place the order of your Backpacks and suitcases products. We offer an exclusive range of Accessories for different kind of activities. Our Accessories are designed to suit your needs and give you complete control, no matter of weather.

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The CATV Cable Data Network Explained

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CATV cable is a shorthand term for cable television service. The cabling infrastructure that supports cable TV also supports cable internet. Many internet service providers (ISPs) offer customers cable internet service together with television and phone service over the same CATV cable lines.

CATV Cable Infrastructure
Cable providers operate directly or lease network capacity to support customers. CATV cable traffic typically runs over fiber optic cables on the provider’s end and over coaxial cables on the customer’s end.

DOCSIS

Most cable networks support the Data Over Cable Service Interface Specification (DOCSIS). DOCSIS defines how digital signaling over CATV cable lines works.

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Power limited fire alarm cable

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Power limited fire alarm cable is mechanically protected for ease of installation in commercial applications, reducing call backs and labor time. Power limited fire alarm cable has a steel armor, is color-coded RED for quick identification. The cable is fully plenum rated for all installations up through 300 volts.

This fire alarm cable is ideal for fire alarms and emergency lighting in low risk applications.

Applications range from CCTV and radio communications to alarm and emergency evacuation circuits.

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Power limited fire alarm cable

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What is a Cable Modem Router Combo?

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In today’s world of fast-paced internet connectivity, chances are you have already heard about combo cable modems and ADSL (Asymmetrical Digital Subscriber Lines). The combo cable modem is a common feature with most combo cable TV provider nowadays and can provide a high-speed internet connection to their clients.

If you are planning on getting an ISP to set up your home’s internet network, you will most likely encounter two choices: combo cable modems and DSL. In this article, we will solely focus on the combo cable modem router. We will be taking a close inspection as to how a simple coaxial combo cable can deliver not only hundreds of channels to your television but also allow users to gain access to the infinite treasure trove that is the world wide web.

What is Inside the Combo Cable Modem Router?

First off, know that there are two variations of the combo cable modem: the external and internal combo cable modem. In cases that relate to combo cable TV services, chances are they will incorporate a device called a set-top combo cable box. This type of combo cable modem device only requires your standard keyboard and mouse to gain internet access.

Upgraded versions of these devices (from standard combo cable system to digital combo cable) will be able to connect to the internet by default without needing to connect to the CATV. While best combo cable modem routers combos typically come in different shapes and sizes, depending on the ISP, all combo cable modems have the same set of essential components.

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Four Advantages of Fiber Optical Cable Communication

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Fiber optical cable communications have transformed the telecommunication industry. Over many years of consistent reliability, fiber optics have become the predominant choice for Ethernet backbone infrastructure, high-speed internet services, and general data networking.

Today, fiber optical cable have become increasingly common in small to midsize business networks. The demand for IP-based devices, such as VoIP phones, IP cameras, and video conferencing units, requires an increase in bandwidth to support IP communications. Due to its massive throughput capabilities, fiber optical cable can support bandwidth-intensive devices with no issue.

However, fiber optical cable does come with a cost. Installation is still more expensive than installing traditional copper cabling and many businesses still don’t see a need for fiber in their networks. The following four benefits, however, surely outweigh the costs of installation.

1. Secure Communication:

Fiber optical cable is considered one of the most secure means of communication. The construction of the cabling makes interception of the transmission signaling extremely difficult. Any attempts to penetrate the glass cable will cause “light leakage” which in turn will cause noticeable degradation in communications.

2. Electromagnetic Compatibility:

Fiber optical cable is resistant to many of the outside forces that degrade copper cabling. In areas such as industrial facilities where large motors, controllers, and air conditioners are constantly starting and stopping, fiber optical cable is highly recommended. Electrometric interference and radio-frequency interference (EM/RFI) from the equipment can cause data loss increasing latency on packet streams as they traverse the network.

3. Speed:

Fiber optical cable is many times faster than traditional copper cabling. The small diameter glass fibers can support bandwidth speeds in-excess of 10-gigabit speeds per strand. While copper cabling can support these speeds, it would take multitudes of large diameter category 6 cables aggregated together to reach the speeds of one fiber strand.

4. Distance:

Fiber optical cable is the ideal means for long-distance, point-to-point hardline communications. The 328ft limit on traditional copper cabling restricts long-distance communication requiring the need of additional equipment to extend the signal. Towards the maximum reach of copper cables, attenuation will start to set in causing a slight reduction of speeds on gigabit transmissions. Fiber optical cable are far superior and less expensive for long-distance connectivity with the ability to achieve over 10 gigabytes of speed at over 40 km in length.

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Cables: Speaker Cable Design

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In this series, we’ve discussed the basics of audio cable design (Part 1 Part 2 Part 3), RCA and XLR interconnect design, and now we look at speaker cables.

These are a very different animal than high input-impedance interconnecting cables. A speaker cable connects to an extremely inconsistent 2 to 32 ohm (or even lower and higher!) reactive load created by the speaker. RCA and XLR interconnect cables see a much more consistent and resistive load, making their electrical measurements far easier to predict.

While speaker cable also suffers from the non-linearity of the velocity of propagation in the audio band, it has an additional challenge. It has to be lower in impedance to better match the speaker load, but when the velocity of propagation is going down, this naturally increases the cable’s impedance.

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SPEAKER CABLES – WHAT YOU NEED TO KNOW

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What is speaker cable?

Speaker cable is the wire used for the electrical connections between speakers and amplifier sources. It has three key electrical properties: resistance, capacitance and inductance. Resistance is by far the most important property to look at. Low-resistance wire allows more of the source’s power through to the speaker coil, meaning more power and more sound. Simple enough.

Wire material

Copper is the most widely used material for speaker cable due to its low cost and low resistance. However, copper does oxidise so it needs to be well covered and insulated. When exposed to air, pure copper reacts to creating copper oxide which covers the exposed surface; this creates a barrier between the cable and the speaker/ amplifier therefore can weaken connections. Silver is slightly less resistive than copper meaning a thinner gauge will still offer a lower resistance, however as you might have guessed silver is expensive so a thicker copper wire will actually still be cheaper to buy. Gold however does not oxidise so it can be used for open terminations but as it has a higher resistivity to copper or silver it is rarely used as speaker cable. As with all metals, the purer the wire used, the higher the cost (per metre). Many different levels of purity are available for cables, and whether or not this brings a significant benefit to the audio is down to personal preference and for you to decide for yourself.

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Fire detection and fire alarm systems for buildings according

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Alarm cable is designed to meet the comprehensive British Standard detailing a code of practice for the design, commissioning, installation and maintenance of fire detection and fire alarm cable systems in non-domestic buildings. These range from single manual call points to complex networked systems with numerous automatic fire detection and communicating control panels.

The Standard covers the operation of fire protection systems such as smoke control, emergency lighting, automatic door release, fire alarm cable systems, voice alarm cable systems, fire extinguishing systems, and any associated safety measures such as elevator grounding, valve closing, or air handling shutdowns.

We supply a comprehensive range of fire performance cables (also known as fire survival cables and fire alarm cable) manufactured to meet the requirements of fire performance cables as determined by BS5839-1, including BASEC-approved and LPCB-approved cables.

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