The Future of RG6+CAT5e Cable

What does the future for RG6+CAT5e cable hold? Well it has been around more almost 20 years now and it’s still prevalent today. There are many homes that have this RG6+CAT5e cable still installed in their home. You can say that it’s performance still has a place among the many different categories.

At 100Mbps this gives many people just enough power to run a lot of their devices. For the most basic of usage this is ok but with the advancement in technology and capabilities has come a need for more.

With the introduction of 1000Base-T you can push your RG6+CAT5e cable more when using all four pairs for gigabit. While we always recommend to go with the cable that is most reasonable for your situation it might be time to look at the newer generation of category cables.

What to Know About Alarm Shield Cable

While it is a alarm shield cable, it has a wide range of applications, including smoke alarms, smoke detectors, voice communications, microprocessor-controlled systems, pull boxes (fire alarm signals), burglar alarms, and other low voltage applications.

When it comes to fire alarm systems in particular, fire alarm circuits control and power applications such as safety functions, elevator capture and shutdown, damper control, and door release.

According to NEC Articles 760 and 725, there are two types of fire alarm system circuits: power restricted and non-power limited.

Power Limited Fire Alarm Wires typically work at 24 volts DC, whereas non-power limited alarm shield cables run at 120 volts AC. Non-power limited alarm shield cables are typically obsolete since low-voltage alarm shield cable offers greater benefits.

SFTP CAT6 STRANDED WIRE ETHERNET CABLE

SFTP CAT6 stranded wire Ethernet cable is specifically created for mobile applications. Its extremely flexible yet robust jacket guarantees reliable performance in critical conditions.

The SFTP CAT6 stranded wire Ethernet cable uses superior shielding to block outside interference from disrupting signals transmitted across the wires allowing for maximum protection and faster transmission.

FTP Cat5e vs Cat5 : What’s the Difference & Comparison of the two Network Cables

ategory 5 (Cat5) cables have been already running for a while. You’ll likely see them in most existing installations. But these cables are already getting short in terms of bandwidth capacity.

They cannot support the speeds that new networks demand. The cabling industry improved this cable and created the FTP Cat5e, which is an enhanced version of the Cat5.

So what is the difference between FTP Cat5 and FTP Cat5e network cable?

In a nutshell:

FTP Cat5e twisted pair cable is newer and supports faster data transmission rates than Cat5.
It achieves this by reducing the interference between cables making FTP Cat5e the preferred cable of the network industry.

With it, you can connect your computer, networking equipment, and VoIP devices to a high-speed network.

For more details on the difference, keep reading.

The FTP Cat5 and FTP Cat5e

Category 5 cables are the fifth generation of twisted paired Ethernet cables. The “5” represents newer and better cable manufacturing specifications, as compared with older generations. As a generalization, the higher the number here, the faster the transmission rate. The Category 5 specification was defined by ANSI/TIA/EIA-568-A.

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GYTC8A Single Mode Optical Cable

GYTC8A cable, singlemode/multimode fibers are positioned in the loose tubes, while the loose tubestrand together around metallic central strength member into a compact and circular GYTC8A cable core,and the water blocking materials are distributed into interstices of it.

After a PSP/APL is applied around the GYTC8A cable core, this part of GYTC8A cable accompanied with the stranded wires as the supporting part are completed with a PE sheath to be a figure-8 structure.

Application:

Apply for outdoor layout ways of overhead.

Long distance and local area network communication.

What is the difference between RG59 and RG6 cable?

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.

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KX6+2P Cable for CCTV Camera

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.

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What is KX8 cable and how is it used?

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.

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Indoor FTTH Fiber Drop Cable

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.

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Should you run RG11 cable straight to the receiver?

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.

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