All About Fiber Optic Cables

Fiber optic cable versus wire transmission differences boil down to the quickness of photons versus the speed of electrons. While fiber optic cables do not travel around at the velocity of light, they are very close- just about 31 percent slower. Here are more benefits.

Security

Would it be that hackers can access business cable with relative ease, because of cable tapping or various other simple methodologies? The only method to penetrate fiber-optic is to cut the fibers physically, that may cause the transmission to disappear. Fiber-optic cable is one of the powerful methods to improve your company’s safety against cyber criminal offenses.

Fiber Optic Transmission Has Low Attenuation

When traveling in a long range, fibers optic cables encounter less signal damage than copper cables. That is known as low attenuation. Copper connections can merely transmit information up to 9,328 ft due to power decline, whereas fiber cables can travel and between 984.2 ft to 24.8 miles.

HD Video Support

For a lot of companies, training video and teleconferencing are essential tools for employee training, advertising, and product sales. With a fiber-optic system, many companies can easily boost their investment in video conferencing as one of the best long lasting business tool without sacrificing bandwidth. Research indicates that more investment in video conferencing saves companies thousands every year and even month, especially if you can cut out too much business travel.

Resistance to Disturbance

Copper cable is usually delicate to electromagnetic interference, which may be due to the closeness of weighty equipment. PMMA Fiber cables do not degrade because of electromagnetic interference. If your company shares a telecoms space with other businesses, fiber-optic can easily protect your connection from disappearing if the other organizations are employing equipment that can hinder your interconnection in the same space.

Fiber Cables Are Resistant To Electromagnetic Intrusion

Copper wires, if not installed properly, will create electromagnetic currents that may hinder other cables and wreak the system on the network. Fiber cables, unlike real other cables, usually do have electromagnetic currents.

Symmetric Speed

Symmetric speed is a term utilized to refer to same upload and down load rates on a connection. With fiber cable connection, your employees can reap the benefits of same upload and download speed.

Is symmetric speed necessary? It’s definitely not critical for business procedures, but it’s helpful. Improvements in symmetrical speed are advancements that reflect how networks are used. Today’s employees can upload online video content, files, or make calls as when they work unlike what people used to do decades ago. Symmetric speed allows users to accommodate heavy demands on uploads and downloads simultaneously via their data connection.

Fire Safe

An additional advantage of PMMA fiber optic cables is they are not really a fire risk. This can also be related to the same reason the cables do not make EM.

Fiber Cables usually do not break easily

This implies that you shall not have to worry about replacing them as frequently as copper cables. Though the fiber is made from glass, copper wires are more susceptible to damage than fiber cables are.

Things You Should Care About Managed Service Agreement

Outsourcing your IT processes to a Managed Service Provider (MSP) is a great idea. But to benefit the most from an MSP, it is essential that both the parties are on the same page regarding requirements and deliverables.

With an accurate Managed Services Agreement outlining the services provided by MSP, clients can build realistic expectations while covering the MSPs against liabilities.

While creating a Managed Services Agreement, there are certain things which you shouldn’t miss out; let’s go through them in detail.

1. Services

The first and foremost thing to be included in your agreement is the kind of services you are going to provide to the client. Whether it is just management, cloud, support services or a package of all of them; everything should be clearly outlined. It is also important to mention which services are excluded to avoid future complications.

2. Response time

The agreement should clearly define the duration of which you will be responding to an issue brought up by your client. Make sure to specify your business hours and if you will be providing services in addition to those business hours. If yes, then whether extra charges would be applicable for that or not.

3. Responsibilities

Your Managed Services Agreement should clearly account for all the things you will be responsible for during your association with the clients. It should state what responsibilities will be taken up by you in cases of system, hardware or network failures or glitches.

All such scenarios should be pointed out in detail so that the client doesn’t form any misconception about your services.

4. Availability

Your client can build unrealistic expectations regarding the services they will be getting from you. To avoid this, it is very important that you define the realistic services which you will be able to provide them. For example, how fast will you be fixing any system failure or disasters? How often will backups be carried out? It will provide them with a real assurance of your services.

5. Client demands

To avoid getting called for unreasonable client demands, it is important for you to define your system requirements. What that means is, there must be some standards defined in the agreement on the basis of which the client will be able to avail your services. If these set standards are not met, you are not liable to offer your services.

6. Guarantee

Don’t promise more than you can deliver. While confirming your alliance with any of your clients, be sure about your deliverables and abilities. It is best to avoid making false guarantees in order to acquire a prospective client.

7. Performance

Your agreement should document expectations concerning system performance with clarity. It is especially helpful if you are dealing with services related to hardware, workstations and third-party systems.

8. Priorities

It is possible that your clients might trouble you with petty issues and make them seem as urgent. To avoid this scenario, you must define your priorities without any confusion. It gives your client a clear idea of what problems can be stated as urgent and which of them can wait a little longer for solutions.

Benefit of Wi-fi Solutions

The rapid rise of new disruptive technology trends – cloud, social media and mobility -has added a new dimension to business operations. Connectivity is now the most critical factor for running a competitive business. How will businesses support these devices? Turning to cloud-based Wi-Fi providers is one way. With an outsourced wireless solution, you can overcome many of the challenges of providing access to an ever-increasing number of mobile devices while keeping pace with wireless technology advances.

Wi-Fi providers that offer a hosted, cloud-based WLAN serve a wide range of businesses. Migrating to an outsourced model for wireless network management makes sense for any company that needs to provide wireless. Let’s understand a few benefits of a fully managed Wi-Fi solution:

Geographically Dispersed Locations

The traditional wireless network uses a physical hardware controller to direct access points. However, if your business operations are distributed across locations, the traditional controller-based configuration is less desirable. In a cloud-based model, wireless LAN services enable plug-and-play capability for devices across all locations.

Ease of Business

The first and the most noticeable benefit of outsourcing WLAN management is the hassle-free access to connectivity. The IT team no longer needs to deal with the stress of network downtime and constant demands for accessibility from users spread across the company.

The entire WLAN ecosystem is managed by the technology partner, who takes care of all the Wi-Fi requirements of the company – from analyzing enterprise requirements, designing and installing a customized WLAN system to day-to-day management and operations of the system.

Risk management

Mitigating risk is important in all areas of business, and managing a Wi-Fi network should be no different. All businesses are concerned with addressing consumer privacy; however, there are unique considerations that must be addressed as they relate to the Internet. Consumer privacy expectations are an important topic in today’s news. It is considered a best practice in implementing public Wi-Fi, so that a user must agree to a Terms of Service (ToS) that usually incorporates an Acceptable Use Policy (AUP). This opens them to a serious risk.

Customer engagement

Managed Wi-Fi offers business owners another way to reach their customers. Videos, promotions, surveys, and other types of content can be displayed on the page customers see when they connect to the network, serving as a digital engagement tool for a business to deliver messages. One of the biggest benefits a business receives by offering public Wi-Fi is the potential to develop deeper relationships with customers and the capacity to improve its understanding of customer interests.

Complete visibility

With a fully managed wireless network, companies gain an unprecedented level of visibility and control over the entire network. A cloud based centralized WLAN monitoring dashboard provides deep visibility of the entire WLAN infrastructure and provides application-level and user level control. Managers can control Wi-Fi usage by app category and make quick decisions with weekly or monthly reports.

Dynamic scalability

Managed WLAN services have the added advantage of being highly scalable. Organizations can rely on rapid provisioning and deployment of additional WLAN nodes to match sudden workload spikes.

IT Staffing Constraints

Many companies, especially small- and medium-sized businesses, have insufficient in-house IT resources to manage robust wireless networks. Yet, all businesses must embrace mobility to remain competitive. Service providers can provide the solution you need with access to advanced technology, tools and expertise. If you don’t have sufficient in-house IT resources, you’re still able to leverage critical mobility capabilities. If you do have in-house IT staff, you can refocus their efforts on other projects.

Growing Operations

A major benefit of working with service providers is the ability to scale your WLAN solution as your business grows. When network demands increase, your managed WLAN solution can scale accordingly. The ability to scale is especially critical for organizations that can’t always predict demand, such as when internal staff and outside visitors require network resources for their own devices. Examples include educational institutions, health care facilities, hospitality companies, retail operations and any organization trying to manage unpredictable demand.

The last few years have seen the corporate work culture changing drastically. Employees no longer sit for hours in front of their desktops; mobile devices and laptops allow people to move freely and work from anywhere in the building. This dynamic work culture is perfect for enhancing teamwork and nurturing innovation and an enhanced WLAN ecosystem is an essential component of this new work environment

Taking Care Your Computer

The Central Processing Unit (CPU), the heart of your computer, is located on a single integrated circuit (IC) chip. The IC chip also contains the memory (the data that you have created or captured and stored) of your computer. Some technicians refer to the memory as the brain, but a brain thinks, reasons, and forms ideas, whereas memory, like a library of books, only gives you back what it has.

Most folks know about the IC chip, the most important (and most expensive) component of their computer. Those who do not know that usually learn it when a chip manufacturer (such as Intel, AMD, Nvidia, or other) reports that they will send a software patch to correct a vulnerability in chips they sold or placed in electronic devices, like your computer. Think of a technology vulnerability like a door left unlocked in your house. Someone unwanted might enter your house. A vulnerability in your IC chip provides an opportunity for someone to get access to your memory data, to steal it, mess it up, or lock it up until you pay them a ransom to get a code to release it.

But, remember that your computer has a heart, the CPU, which processes the patches of vulnerabilities. Find out who sends the patches to your computer and how. Microsoft supports your computer that contains a Microsoft Windows operation system. Apple supports your iPad or other Apple product. You may have a Linux operating system and need to get your patches from Redhat or other Linux supporter. Other types of microprocessors exist as well. Check your purchase data to learn about them. When you find the correct one, contact them and find out when they push the patches electronically to their product users. Probably your operating system support company sends a massive electronic push once per month, a smaller weekly push, and (in an emergency to correct a serious IC chip flaw), as soon as the patch exists.

You may leave your computer on all of the time. If you do, your operating system support company regularly sends the patches to your computer. Check your security history file to see which ones you have (you want to see current dates). Contact the sender if you want to know more about the patch. If you turn your computer off at the end of your day, pick one day each week in which you will leave it on to get the patches. Also, say a prayer for your CPU. As long as it has a heart, you have a computer.