Month: August 2020


How much do home security systems cost per month?

When searching for the best security system that fits all your needs you will have to consider, how much is it going to cost?. Pricing out a home security system can be difficult and confusing. There are important costs to consider before acquiring a security system for your home. Much of what goes into the cost of home security systems is the equipment this may also include 24/7 professional monitoring services, security camera cloud storage, and the ability to control your home security system using the security provider’s mobile app.

The average upfront of a home security system ranges between $250 and $1.500+. These costs include equipment, installation, and activation fees. You can avoid having a similar negative experience by understanding the different costs you may encounter. You can recognize the types of costs so you can avoid unnecessary charges.

Wired VS Wireless home security systems

Wired Security

Wired home security systems tend to cost more due to installation and monitoring. They rely on radio frequency to receive signals of triggered sensors. Most wired home security systems include a control panel or hub and motion sensors to help protect your home. Wired home security systems often require professionals installation to connect to your home’s electric and phone system making them more reliable in areas with low cellular signals.
But there are a few factors to consider with wired home security systems. Wired systems often require a contract to lease the security equipment and any additional professional monitoring services.

Wireless Security

Wireless home security systems work using internet or cellular signals to send alerts when sensors are triggered. They’re ideal for renters because they typically don’t require professional wiring or drilling. DIY wireless equipment is easy to install using one screw, removable adhesive, or plugging into a standard wall outlet to eliminate the cost of professional installation. All of your wireless equipment connects to a control panel or hub and can easily be controlled using your smartphone or web portal. The best part is if there’s a power outage, most wireless equipment includes a backup battery to work. Monthly plans are often less expensive than wired home security systems, but there are drawbacks to consider.

Home security costs to consider


Professional installation

Some home security systems require a technician to professionally install your home’s security equipment. After you schedule the installation appointment, you won’t have to worry about spending time wiring or drilling to install your home security system. However, professional installation can cost over $200 but may be discounted depending on the security provider or equipment purchased.


Smart home automation

Some home security companies offer plans to connect home automation equipment such as smart locks and smart lights. You’ll be able to create routines to automatically turn lights on or turn your home’s smart thermostat temperature down when you leave for work. Home security companies normally offer smart home automation capabilities at an additional cost.


Professional monitoring

Professional monitoring over your home 24/7, there’s an additional monthly fee. If a sensor is triggered, the monitoring center will contact you to alert you of any suspicious activity. Professional monitoring can start at $14.99/mo. for DIY home security systems and $28.99/month. Keep in mind, professional monitoring often requires a contract, but some month-to-month plans are becoming more popular.


24/7 camera footage

Home security companies offer continuous video recording (CVR) to record and store all of your security camera’s footage so you never miss a moment. Normally, security cameras only record motion-triggered activity – which is only a few minutes.


Security equipment

Security equipment adds up the cost of all the security equipment you’ll need to help protect your home. This often includes any security cameras, sensors, and control panels. Depending on your home security system choice, you will pay a monthly fee to rent the equipment for a time frame.


System activation

You will also want to factor in any activation fees to turn your equipment on. Activation fees are often included with installation and can range from a one-time fee up to $100.


Top 8 Advantages of Fiber Optic Internet


Fiber optic internet (FiOS) uses cutting edge technology to reach the fastest speeds available today, as fast as 10000 Mbps (1Gpbs). It was created to provide communication services for home and personal use. Fiber Optic Internet is the future of broadband and its overcoming out of its competitors. Fiber Internet is immune to electromagnetic interference and it won’t be affected by electrical noise. These are 10 ways of fiber optic cable beats standard cable.

Time to download a two hour HD movie:

  • Fiber Optic Internet Speed 1 Gbps – 40 second
  • Cable Internet Speed 100 Mbps – 7 minutes
  • DSL Speed 25 Mbps – 30 minutes
  • 4G LTE Speed 35 Mbps – 25 minutes
  • 5G Internet Speed 10 Gbps – 4 seconds


Your cable connection should be fast enough to stream video without interruption, but peak traffic overloads the wires. That is where fiber optic internet vs cable speed different get obvious. Fiber optics can handle more users and more data at consistently higher speeds, and fiber optic internet does not need energizes lines, so it is not as prone to outages as cable internet. As long as the fiber optic cable stays intact, it can keep delivering your bits and bytes even when the lights are out.

Bandwidth Throttling

Bandwidth throttling is the intentional slowing or speeding of an internet service by an internet service provider. It is a reactive measure employed in communication networks to regulate network traffic and minimize bandwidth congestion. Bandwidth throttling can occur at different locations on the network. On a broader level, the internet service provider may use bandwidth throttling to help reduce a user’s usage of bandwidth that is supplied to the local network.

Same speed for download and upload

Cable internet has different speeds for download and upload and upload speeds are a lot slower. That is based on how people use the internet. Most of us do a lot more downloading than uploading. In consequence, internet providers give most of their bandwidth to downloads. With fiber optic internet speed, that slow upload time goes out the window. Because there is no worry of overloading the system, fiber optic internet providers can give equal shrift to uploads and downloads alike.

Higher quality TV

Ultra-high-definition 4K TV pack four times more pixels into the same real state which makes pictures look better but it also needs more bandwidth from your internet connection. With speeds of 100Mbps pr less, cable internet may struggle at times to deliver 4K internet streaming high-quality 4K TV and movies.

Better gameplay

If you love to spend hours in front of the tv playing games you may already know fiber optic internet speed is the holy grail of gaming connections. In comparison to high-quality video streaming, gaming uses a tiny fraction of the data at less than 1 Mbps. Thanks to fiber optic internet providers, the smooth and constant flow of data means whenever you twitch your mouse hand, the game obeys.

Connecting with multiple devices

Gone are the days of the “household computer.” We now have multiple devices in our homes, from laptops to PCs to tablets, phones, smart speakers, and IoT devices like smart locks and thermostats. As our internet use increases, our need for reliable and fast data transmission does, too. Fiber optic internet providers ride to the rescue. The steady signal with less signal loss and 10 times more bandwidth means we can connect with multiple tablets, laptops, and several phones at once. Even with different people streaming music and video simultaneously, fiber optics can handle the load.


As the plan notes, first responders need faster, more reliable internet to get voice, data, and video to help them save lives. Better internet also gives all Americans deeper access to emergency services. It also provides more reliable notification in times of disaster and stronger national security.

rotary camera, monitoring, safety

Benefits of a wireless hub-free security cameras

If you are looking to get wireless security cameras you will encounter both hub-based and hub-free security cameras. A hub is a base station or recording/storage device that connects via the internet to the cameras. On the other hand, a hub-free security system operates on Wi-Fi exclusively without requiring any additional hardware to storage footage. Hub-based systems have some limitations that may not be immediately clear. On the contrary, there are many benefits to a wire-free, hub-free security camera.

1. No additional hardware or products required

A hub-free security system will utilize Wi-Fi and will work with any router and smartphone with the installed app. As such, after purchasing a wire-free security camera you will likely already have everything needed to set up the security camera. As setup doesn’t require additional hardware or products, a hub-free security system is more affordable.

2. Multiple locations are easy to setup

In addition, a hub-free security system allows you to set up wire-free cameras in multiple locations around your property or different properties without needing to purchase additional hubs.

3. Extend the range of your WIFI signal

Any wireless security system, a hub-free security system is subject to range limitations. Wire-free, hub-free security systems, can use Wi-Fi range extenders to bridge gaps between the camera(s) and router. However, with a hub-based camera system, the wireless range cannot be extended. The ability to extend and strengthen your wireless connection is vital to provide the best coverage.

4. Connect several cameras

Hub-free systems can connect as many cameras as available IP addresses on your router. In reality, this is many more cameras than you would need. Before you could reach this limit, wireless interference would be the limiting factor. You can install on a property other security systems do. Camera limitations are important to keep in mind when selecting the right hub-free security system for your property.

5. Storage and backup

Hub-free security cameras operate independently with built-in storage capabilities. However, storage and backup capabilities vary significantly by company and can be a hidden cost. Make sure to review the internal and cloud storage options when assessing security cameras. Another benefit of internal storage capabilities relates to any downtime. If Swann’s wire-free security camera loses connectivity, it will continue to record and store footage in the backup clip. Furthermore, once the connection is restored, the backup will be automatically added to the cloud.

6. Battery life and weather resistance

Based on the benefits outlined above, a hub-free camera is the ultimate hassle-free security system. While it’s not the best choice for large properties, it’s flexibility and ease are perfect for small to medium properties, renters, and people looking for flexible solutions.

Structured Cabling

Structured cabling is a complete cabling and hardware system that provides a comprehensive telecommunication infrastructure to help and organization run its networking tasks smoothly. It is the standardized equipment and architectural environment as presented by the commercial building telecommunication cabling standards. The standards are used as a guide by manufacturers to ensure interoperability. Structured cabling is used in a range of areas, including data centers, manufacturing facilities, offices, and others. The system serves a wide range of purposes, such as data transmission and telephone service.

A properly designed and well-maintain structured cabling infrastructure can provide the system predictable performance in addition to the flexibility to accommodate changes, provide redundancy, the capacity to maximize system availability, and the ability to improve the usability of the cabling system in the future.

How Structured Cabling System Is Established

A structured cabling system is an organized approach to cabling infrastructure using a series of patch panels and trunks. The overall design of the infrastructure is unique in each cabling system. The variations may come from the architectural design of the building or room housing cabling system, the function of the system, the cables and connection products used, the type of equipment the system will support, the configuration of the system, and the specific requirements of users. While there may be slight variations in the design of the system, each infrastructure is developed as per the standards of cabling design, installation, and maintenance to ensure acceptable system performance.

What are the Main Components of a Structured Cabling System?

A structured Network Cabling System typically comprises the following components:

  • Cable pathways, including raceways, conduits, shafts, and floor penetrations
  • The actual cables consisting of twisted copper, optical fiber, coaxial copper or a combination of these
  • Connecting hardware, such as connecting blocks, cross-connections, patch panels, interconnections, or a combination of these

What are the Benefits of Structured Cabling?

Allows Quick Adaptability

With the Main Distribution Area (MDA) data center, Moving, Adding, and Changing (MAC) may become quicker and simpler. MAC is required to keep the system up-to-date and aligned with the changing needs and requirements of users and the organization.

Reduces Downtime

A structured cabling system can drastically reduce human errors which may significantly minimize downtime and resulting losses.

Time Savings

By creating an organized cabling system, the infrastructure may allow uniform documentation, making cable and port tracing easier and less time-consuming. If you are looking to get a structured cabling system for your small business, Contact Us to get complete cabling installation and maintenance solutions. In addition to cabling service, we offered Managed IT Services, Surveillance Systems, Fiber Optic Installation, among others. Call us at 786-622-2221 to get expert guidance and a solution that fits your needs.


Hikvision ColorVu Cameras: Low light cameras and sensors

Security cameras are becoming more commonplace in urban parks in recent years, there are still many security requirements that can’t be met such as high-resolution night vision and recording in color. Today, to effectively solve this problem, cameras equipped with Hikvision ColorVu Technology extend and enhance surveillance capabilities into the dark, lifting the cover of night to capture vivid chromatic images, leading to the prosecution of criminals, and enhancing safety.

Hikvision Colorvu Technology extends and enhances surveillance capabilities into the dark, lifting the cover of night to capture vivid chromatic images. As a video surveillance manufacturer, Hikvision has long developed products equipped with innovative new features based on video surveillance technologies that have been refined and improved over previous decades. Hikvision ColorVu Camera’s powerful ability to capture details in low lighting comes from two specific breakthroughs in hardware technologies. Advance and high-sensitivity sensors.

Hikvision ColorVu Camera lenses also feature Broad-Band Anti-Reflection (BBAR) Coating and Extra-Low Dispersion (ED) Optical glass, to reduce light flare and efficiently reproduce an image’s sharpness and color saturation. These technologies effectively overcome the kind of key information that gets blocked by a light flare.

ColorVu Cameras are designed for surveillance applications where high-resolution color images are required even in ultra-low light environments. These types of cameras demonstrate an extraordinary photovoltaic conversion efficiency. They employ an advanced sensor technology, a new light collection structure that vastly improves the utilization of light. Tests show ColorVu cameras continually provide colorful, sharp images right down to the lowest light levels. At the same time, their self-adapting 3D DNR algorithm on ISP guarantees high imaging quality.

network cables, rj45, patch

Mistakes you need to avoid when running network cables

What is structured cabling?

Structured cabling is the design and installation of a cabling system that will support multiple hardware uses and be suitable for today’s needs and those of the future. With a correctly installed system, current and future requirements can be met, and hardware that is added in the future will be supported.

Structured cabling design and installation are governed by a set of standards that specify wiring data centers, offices, and apartment buildings for data or voice communications using various kinds of cable, most commonly category 5e (Cat 5e), category 6 (Cat 6), and fiber optic cabling and modular connectors. These standards define how to lay the cabling in various topologies in order to meet the needs of the customer, typically using a central patch panel (which is normally 19-inch rack-mounted), from where each modular connection can be used as needed. Each outlet is then patched into a network switch (normally also rack-mounted) for network use or into an IP or PBX (private branch exchange) telephone system patch panel.

Regardless of the size or type of business, you need to have an efficient and reliable telecommunication system, installing the right hardware is certainly key to running the system smoothly, but achieving efficiency without establishing a solid network is impossible. Data and communications have become unforgiving and cannot tolerate a lot of errors. However, it is important that you have appropriate network cabling knowledge to not just install a fully functional network, but also to safeguard the integrity of your business.

1. Overlooking the future needs

As long as your organization continues to grow, you may require an upgraded network to meet your growing needs for high-speed applications and technologies, keep in mind that you should go for at least Cat5e cables or Cat6, you need to be mindful of your future needs when installing cabling system.

2. Running cables parallel with electric wires

Data cabling comprises a magnetic field that may become disrupted when running parallel with electric wires. The disruption may cause noise and slow transmission of data across the network income cases, the transmission may not even make it from point A to point B, leading to failure.

3. Ignoring cabling codes and laws

Threats to safety may appear when ignoring cabling codes and laws. As an example, PVC emits toxic fumes upon burning, and thus, may put firefighter and other safety personnel at risk when navigating the area during an emergency.

computer, computers, computer technology

Benefits of hiring managed services providers

Managed IT services enable enterprises to entrust their IT operations to a third party who are called managed service providers. Managed service providers are entirely or partly responsible for the business IT systems, providing round the clock monitoring, issue resolution, reporting, and more.

Managed IT services model employ extensive IT expertise to resolve issues efficiently, keep systems up to date and prevent issues before they arise. These services are typically offered at tiered levels, deploying automatic management at higher levels based on SLAs. End-users generally pay for the services they need and are offered tailored services based on the business requirements and demands. There are other important business functions such as utilities that end users pay for the services they need and are offered tailored services based on the business requirements and demands.

Managed IT services has become an important operating expense to maintain core functionality, as opposed to the additional expense incurred during one-off issue resolution with break models. MSPs offer a virtue of experience in abundance by proactively managing multiple clients for each of the organizations that is almost impossible for the internal team. While you receive managed IT services you can efficiently forecast your IT and spend and free-up their core team from focusing on operational readiness. This also empowers small businesses to completely shift their focus towards growing their reach and achieve organic growth without their brains routine IT issues.

  • Data backup
  • Data storage
  • Microsoft office 365
  • Server maintenance
  • Cloud integration
  • 24/7 proactive monitoring and helpdesk support
  • Disaster recovery
  • Security and compliance
fiber, cable, wire

Why is fiber optic cable faster than copper?

Fiber optic connection can transfer more data at higher throughput over longer distances than copper wire. There are many advantages of fiber optic cables compared to copper ones. The biggest benefit of using fiber optic cables is that they are capable of sending signals significantly faster than copper ones can. For example, a local area network using modern copper lines can carry 3000 telephone calls at once, while a similar system using fiber optics can carry over 31.000.

Traditional copper wires transmit electrical currents, while fiber-optic technology sends pulses of light generated by a light-emitting diode or laser along optical fibers, in both cases you are detecting changes in energy, and that is how you encode data. Fiber optic cables are able to transmit data faster than copper cables because they use light instead of electrical pulses to carry data from one point to another. This light is able to travel a lot further and a lot faster than copper cables in a much shorter amount of time. Light can also keep signals strong as they travel from point A to point B, which isn’t always the case with the electrical pulses sent through copper cables. By the time copper cables bring electrical pulses to their final destination, they have often weakened quite a bit. This is why copper cables are no longer considered the right option for those creating internet connections.

Fiber Optic Cable

  • Greater bandwidth than copper and has standardized performance up to 10 Gbps. While not currently a standard, these speeds could become a reality in future proposals and ratifications. In addition, you have to consider that fiber speeds are dependent on the type of cable used. Single-mode fiber optic cable offers far greater distance than either 62.5 or 50 multimode cables, while multi-mode optical fiber is a type of optical fiber mostly used for communication over short distances, such as within a building or on campus. Multi-mode links can be used for data rates up to 100 Gbits.
  • Fiber optical cables offer more secure communication because it’s highly resistant to tapping, radiofrequency, and jamming.
  • Fiber optic experience has low attenuation and a very little data loss, even over long distances, because light travels through the fiber without experiencing attenuation or loss of intensity over time.
  • Fiber optics provide extremely reliable data transmission. It’s completely immune to many environmental factors that affect copper cable. The core is made of glass, which is an insulator, and no electric flow can go through. Fiber is also less susceptible to temperature fluctuation than copper can be submerged in water.
  • The proliferation and lower costs of media converters are making copper to fiber migration much easier. The converters provide seamless links enable the use of existing hardware.
  • Fiber optic cables will not have any electrical interference because different cables don’t interact or pick up environmental noise, fiber optic cables are not affected by electrical interference. This makes them valuable in locations where high voltage or lightening is often present. Also, optical cables don’t require electricity and therefore do not require electricity and therefore do not pose a fire hazard.

Copper cable

  • Best conductor out of all different metals and cable out there, copper is the best conductor out of all of them. You can get more power in a piece of copper than with any other option you have. This makes it efficient and helps you get the job done better than you could otherwise.
  • Copper cable is a soft metal, which means although, despite its durability, you can shape it to meet many needs. Copper wiring’s flexibility makes it ideal for wiring homes and other buildings. Bending a copper cable of reasonable thickness takes little more than manually bending it with your hand, you won’t need any extra tools.
  • Copper wire has a high melting point, and if you are worried about safety, the copper cable might be one of your best options. If an overload or surge comes through the wire, it is not likely to melt or burn.
  • If you use copper wiring in a home, you are less likely to have to go back and fix it in the future. Other materials are used to wire things, they can sometimes loosen where they are connected and come unattached.
  • Every hardware store carries copper cable in a variety of sizes. In addition, this availability translates into a lower cost in comparison with other wire materials.

The bottom line is that, when you choose to use fiber optic cables over copper cables, you will have the opportunity to send and receive data at lightning speeds. You also won’t have to worry about electromagnetic interference interrupting the signals you send since fiber optic cables will protect the signals from it. This is yet another thing that you can not say about copper cables. EM tends to stop some signals from passing through copper cables cleanly and slows the data passing through copper cables cleanly and slows the data passing through them down. It makes fiber optic cables the clear choice for those who value speed when it comes to connecting to the internet.