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What is the difference between RG59 and RG6 cable?

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Deciding Between RG 6 and RG 59 for your Installation

You may be asking a ton of questions right now regarding what type of Coaxial Cable you should be purchasing. Should you get RG-59 or RG-6? Do you need Quad shielding? What about braiding? Do you need to get Plenum Rated cable? Or Direct Burial? There is a seemingly endless list of options and picking the wrong type of coax could result in spending a lot more money than what you were planning. In this comprehensive article we’ll go through a few basics of coaxial cable so you should know what you need.

RG6 cable is heavier gauge and has insulation and shielding tuned for high-bandwidth, high-frequency applications such as Internet, Cable TV, and Satellite TV signals. If you aren’t sure which cable to get, then RG6 cable is your best bet.

RG59 cable is thinner and is recommended in low bandwidth and lower frequency applications such as analog video and CCTV installations.

This article comes from sewelldirect edit released

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KX6+2P Cable for CCTV Camera

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KX6+2P cable allows installers to run both the video and power to security cameras (analog CCTV, 720p and 1080p HD cameras) using a single KX6+2P cable run.

KX6+2P cable comes in 500 and 1000 foot spools and is available in black or white colors.

The KX6+2P cable that CCTV Camera Pros supplies has a solid copper core and 95% copper braided shielding.

This is the right type of coax cable to use for CCTV and HD CCTV installations.

This article comes from hzspring edit released

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What is KX8 cable and how is it used?

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KX8 cable is commonly used by cable operators, telephone companies, and internet providers around the world to convey data, video, and voice communications to customers. It has also been used extensively within homes.

The KX8 cable has been around for a long time as a technology (since the early 20th century) and has many singular advantages for reliable, accurate transmission.

It also has limitations that will cause it to be replaced in some cases by fiber optic KX8 cable, category cable or, sometimes, by wireless signals.

The key to the KX8 cable’s success has been its shielded design, which allows the KX8 cable’s copper core to transmit data quickly, without succumbing to interference or damage from environment factors.

This article comes from ppc-online edit released

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Indoor FTTH Fiber Drop Cable

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Indoor ftth cable or bow-type drop optical cable are used for last mile solution in FTTH project. Two paralleled strength member which either to be FRP or Steel provides good tensile strength. features of small size and light weight, soft, anti-rodent to deploy them easily in Fiber to Home or fiber to office service , realize the high speed transmission and high resolution for video, audio and data signals.

Features
1. Simple structure, light weight and high tensile strength.

2. PVC or fire resistant LSZH jacket for option environment-friendly and good security.

3. Special groove design, easily strip and splice, simplified installation and maintenance.

4. Two parallel steel wires/FRP strength members ensure tensile strength and crush resistance.

5. Color can be black, white or customized.

6. Have extensive fiber for option but usually with bend insensitive fiber to ensure the excellent communication transmission property.

This article comes from fiberzip edit released

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Should you run RG11 cable straight to the receiver?

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RG11 cable is a special kind of coaxial cable. It’s built for longer runs, and in general you’ll find that you can run 50-100 feet longer with RG11 and still keep an acceptable signal level. However, it’s not perfect for every use. Let’s take a look at RG11 cable and why it’s great for long runs but not for short ones.

Built to be tough

Everything about RG11 cable is built to be stronger. The inner dielectric (the white part) is almost twice as thick as the same part in RG6 cable. All told, a typical RG11 cable is about 33% thicker than a typical RG6 cable, although every manufacturer is different. Often times, RG11 cables use heavy-duty connectors, thicker jackets on the outside, and higher-quality materials. RG11 cable is for when you want to get serious

It’s about loss over distance

The whole goal of RG11 cable is to give you a longer cable run. At the typical frequencies where satellite signals live, a 250 foot run of RG6 will have 6dB loss, or about 200% worse performance. That can be the difference between getting a signal and not getting a signal. Sure you can put in an amplifier but what if there’s no place for an amplifier between one end of the cable and the other? RG11 cable is here to help. In this same example, you can run 300 feet with RG11, and have the same loss characteristics as 250 feet of RG6.

This article comes from solidsignal edit released

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D-FB series RF COAXIAL CABLE

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Known as the D-FB cable range, it consists of 4D-FB, 5D-FB, 7D-FB, 8D-FB, 10D-FB and 12D-FB, all with 50 ohm characteristic impedance.

The high velocity gas injected foam polyethylene dielectric provides the Lowest dielectric loss of any practical dielectric.

Excellent performance for Wireless communication, such as Antenna feeder of terrestrial mobile communication, wireless communication, terrestrial paging system, base station, equipments room, Connecting lines of base station.

This article comes from sumlocable edit released

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Unshielded Fire Alarm Cable

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Unshielded fire alarm cable supports fire and signal protection devices and security systems with integrated fire alarm circuits. This cable is for use with multi-story commercial building or residential applications requiring a level of fire protection.

This 18 AWG 4 conductor fire alarm cable is composed of 4 wires (Black, Blue, Brown, Red) inside a FPLR rated red jacket. This cable is approved for 300 volts and has a temperature range of -10°C to 75°C.

Our fire alarm cables are FPLR and meet UL 1666, which are perfect for commercial installation in vertical floor-to-floor runs, where the length exceeds one story.

This article comes from vericomsolutions edit

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UTP VS FTP CAT5E

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Shielded or Unshielded Cat5e?

UTP stands for Unshielded Twisted Pair and FTP Cat5e stands Foiled Twisted Pair. As the name suggests UTP cable do not have any shielding. The cables have a single plastic sleeve of insulation around the wires. In contrast, FTP Cat5e cables have a metal shield around all pairs. Additionally, the cables also have an outer plastic sleeve insulation. The additional shielding provides extra security for the cable and then foil protects the wires from EMI and crosstalk. When choosing between the two options, the focus should be on outside interference that may be present. Generally, most installations for FTP Cat5e and Cat6 are undertaken with UTP Data cabling. In certain situations, some manufacturers will specify that a shielded cable should be used. In this article we will explore FTP Cat5e vs UTP Cat5e.

Cat5e cables (general outline)

FTP cat5e cables have the ability to transmit data speeds of 100MBps over 100metres. Furthermore, this allowance is commonly for a 90m permanent cable link, with an allowance for 5m patch leads at each end. FTP cat5e cables contain four twisted pairs, unlike newer categories such as Cat6, Cat7 and Cat8. FTP cat5e has no additional separation inside the cable between the pairs.

As the first major standard for data cabling installations, with the ability to handle 1 Gigabit traffic. FTP cat5e was a suitable choice for various hardware uses such as, computers, CCTV, telephones, Wi-Fi, access control and many others. However, with the advancement in technology, modern installations are better suited with Cat6, cat6a and even Cat7 cables. These newer cables offer better transmission speeds and better crosstalk protection.

Features of FTP Cat5e

  • They form part of a structured cabling design
  • The cables are rated for 100MHZ, high speed data applications
  • Capable of Gigabit Ethernet
  • Consists of 4 pairs of coloured cores
  • Cost effective
  • Cable lengths of 90m or 100m
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How to Choose Indoor Fiber Optical Cable?

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A Guide for Choosing the Indoor Fiber Optic Cable for Your Application

Indoor fiber optic cables form the core of various cable infrastructures. These cables have gained immense popularity over copper cables owing to several benefits that they offer such as the ability to transmit signals to long distances. Owing to their popularity, these cables are now available in various types, thereby making the selection difficult. This paper aims to simplify this selection by offering a short and handy fiber optic selection guide.

Gain a Brief Understanding of Indoor Fiber Optic Cable and Its Benefits

Before getting into details of selecting the right indoor fiber optic cable, let’s gain a brief understanding of this cable type and its typical advantages over copper cables.

A indoor fiber optic cable is named so based on the optical fibers that it has. The fibers are mainly strands of glass or plastic that can carry optical signals through it. The fibers are contained in a thin jacket known as cladding. The fibers are contained within a thick overall jacket to make a cable. The electrical signals are produced by transmitting device is converted into optical signals inside the cable using optical transmitters. The optical pulses are again converted at the delivery end into electrical signals and transmitted. A fiber link needs two types of fibers – one for sending as well as one for receiving.

This article comes from versitron edit released

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UTP CAT5e Cable, Blue, 25-ft

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Tripp Lite’s 25-ft. (7.62 m) blue category 5e UTP CAT5e cable has 2 standard RJ45 molded male connectors featuring integral strain relief.

The UTP CAT5e cable is manufactured from PVC 4-pair stranded UTP and is rated for 350MHz/1Gbps communication. All UTP CAT5e cables are offered in a variety of lengths and colors for all category 5 (Cat5) and 5e cabling needs. Snagless category 5e UTP CAT5e cables are also available.

This article comes from tripplite edit released