Telecom News

Social WiFi Technology, How Automotive Dealerships Use Mobile Marketing to Reach More Local Buyers!

Social WiFi Technology

Helps Automotive Dealerships Close Deals

Mobile marketing made easier with Social WiFi technology. Immediately reach mobile buyers to sell and promote big ticket items like Cars & Trucks to mobile users when they step on your lot before they search your competition.

We have found that dealerships utilizing mobile communication tools are improving the mobile user experience leading to a proven increased ROI.

Potential customers who visit your showroom, service department and dealership lot are the ideal audience for delivering a social marketing messages through social WiFi connections, This method of mobile marketing could make the difference between just looking or buying.

Repeat customers will be more receptive to targeted mobile messages that are designed to encourage purchasing the latest model or benefiting from special dealer offers for new cars, services and parts.

Mobile users are searching and buying big ticket items like Cars & Trucks. Dealerships adopting mobile user technology such as social WiFi hotspots are improving the mobile user experience to increased sales.

Social WiFi Vs. Free WiFi?

A typical WiFi internet connection is located at the dealership, paid monthly for limited bandwidth access, limited control, private or public access. The dealership has limited knowledge who’s logged on/off and for how long, this could be costing the dealership even more money monthly.

A social WiFi hotspot is a WiFi bridge that allows public users access to the internet. Mobile user give permission, sign on with a social media account in exchange for sharing dealership promotions or marketing pages. The dealership marketing department controls the mobile experience, such as length of user time on line, and types of car or truck promotions users purchase, helping the dealership turn the WiFi service into a profitable mobile marketing machine.

Dealership Benefits

This mobile marketing technology helps potential buyers visiting the showroom, service department or parking area surrounding the building direct access to immediate automotive promotions, discounts, overstocked inventory before buyers begin searching the internet for comparative pricing and models. Social WiFi could make the difference between ‘just looking’ and buying.

Mobile Marketing solves two problems for automotive dealerships

  1. Keeps the mobile customers engaged in your dealership before searching competition.
  2. A Mobile opportunity to promote your brand, special offers and capture mobile user contact information

Mobile users look for social WiFi locations to get free internet access while they wait for service, shop or buy. Now the dealership is in control, targeting,. engaging and promoting purchasing opportunities.

Today people routinely use Internet research to compare offers while considering a large purchase. This activity is often overlooked by retailers, most businesses are concerned by the possibility of losing a sale to a website business. What if your social WiFi hotspot could create new ways to communicate directly to your mobile buyers instantly:

How Social Mobile Marketing Works:

  • Directs mobile users to a web page dedicated to helping people buy cars.
  • Captures user contact details and demographic data.
  • Captures details about people looking around the dealership, even when your offices are closed!
  • Communicates with potential buyer with marketing messages, such as 0% financing or free test drives and daily promotions.
  • Follow-up communications to retarget mobile users for days, weeks and months after they visited.
  • Turn an unproductive 10 minutes in your waiting areas into a valuable lead, new car promotion or service appointment
  • Get mobile users to ‘Like’ your automotive Facebook promotion page

Automotive dealerships should be using mobile marketing tools and technologies now as a competitave advantage.

How to install social WiFi hotspots

Installing the technology in your dealership is as easy as an oil change.

You usually receive a specially configured social WiFi router, which plugs into your existing WiFi connection. Make sure you receive “Free WiFi” window or wall stickers and promotional cards to promote your social WiFi to mobile users.

Mobile WiFi hotspot costs less than a few spark plugs per month. Offering the service provides a huge upside for increasing foot traffic and revenues.

Mobile WiFi Coverage

Most indoor areas of car dealerships can be covered by just one social WiFi router, keeping costs to a minimum. Larger buildings, car lots and multi-level locations may require additional coverage.

Ask questions, there are many cost-effective solutions that do not require expensive cabling.

Don’t wait on the automotive industry experts or advertising agencies to get started. You should be telling them to add the service immediately.

This is your competitive edge right now, you must be offering mobile solutions to mobile users. Social WiFi is a game changer for your auto dealership! Mobile customers expect a great mobile experience, otherwise they move on quickly to those that do. Make it work for your dealership!

Social WiFi technology will generate more leads and direct sales for dealerships than social media. A mobile lead generation service that will change the auto industry in every local market world wide.

I would love to about your dealership’s mobile marketing efforts, results and mobile user experience.

What Is RJ45 Punch Down Tool?

Most copper networks are built using twisted-pair cable. Twist-pair cables are terminated in jacks, cross-connect blocks (66 blocks), or patch panels (110 blocks). The termination is done with a tool known as punch down tool.

The termination connects the twisted-pair cable conductor with insulation-displacement connectors (IDC). IDC is a little knife blade with a V-shaped gap or slit between them.

The punch down tool punches down and forces the twisted-pair cable conductor into the V. Then the IDC connector makes contact by cutting through, or displacing, the insulation around a single conductor inside a twisted-pair cable.

The punch down tool pushes a conductor between the sides of a “V” inside an IDC, allowing the small metal “knife” inside the connector to make contact with the inner conductor inside the wire.

A punch-down tool is really just a handle with a special blade that fits a particular IDC.

There are two main types of punch down tools (corresponding to two types of IDC terminations): the 66-block and the 110-block.

The 66-block is mostly used in cross-connect blocks for voice cross-connects. The 110-block is now generic in usage and is a newer design by AT&T. 110-Block is most used for data network, although it is not absolutely so.

The process of punching down a wire properly takes a considerable amount of force. You could just use a small flat-blade screwdriver, but you would probably break the wire or not be able to make the proper connection at all.

The punchdown tool helps you in applying the right amount of force in the right direction. Different blades are used depending on whether you are terminating 110-blocks or 66-blocks. Though the blades for each type are pretty different, most punch down tools on the market today can accept both types.

As you punch in with the tool, you load up a spring that then releases the proper amount of force to press the wire firmly into the connector while stripping the insulation off the side of the wire to assure a firm connection.

Approaches And Cost Analysis For Flooring

In most instances, selection of a particular flooring material is made by the group responsible for design and construction. One of their primary interests is to keep construction and renovation costs low. Maintenance and operating costs are not their concern, so they are rarely factored into the selection process. As a result, most flooring decisions are made primarily on the basis of lowest initial costs and appearance when new.

Flooring requires ongoing expenses for cleaning and maintenance, and there are costs for removal and disposal. Often overlooked are costs associated with the disruption to building operations while flooring is being installed. These factors vary with different flooring materials and must be considered if the organization is to get the most out of its investment.

Approaches and Cost Analysis

In contrast to the traditional approach of selecting a flooring option based on first costs, life cycle costing examines all costs associated with owning a particular type of flooring over its life.

A life cycle cost calculation can be simple or complex, based on the needs of the organization. In its simplest form, it examines only the major costs associated with the installation over its service life. In its more complex form, a life cycle cost calculation can include such factors as return on investment and present value. Both types of analysis are effective.

Using the simple model, the cost of ownership for flooring is equal to the sum of the installation, maintenance, cleaning and disposal costs over the product’s life.

The biggest portion of the installation costs will be for the preparation of the space and the purchase and installation of the new flooring. But installation costs also include other items that are often overlooked.

A new floor installed in an existing space causes disruptions to the building occupants. How extensive those disruptions are depends on the type of flooring being installed.

For example, the installation of carpet tile or vinyl floor tile disrupts operations less than does the installation of sheet vinyl or roll carpet. Even more disruptive is the installation of a raised floor. The cost of these disruptions can be significant and must be factored into the life cycle cost analysis.

Maintenance costs also vary widely. Relocating workstations and office equipment will require repairs or modifications to the flooring. If sections of the flooring are damaged, they must be repaired or replaced. The installation or modification of under-floor cabling systems will result in the need to make changes to the flooring. How often these repairs and modifications are required, how disruptive they are, and how costly they are depend on the type of flooring that is installed.

The facility executives must look at the maintenance history for the flooring systems in a facility. How often are repairs and modifications required? What do they cost? It’s important that the facility executive determine an average cost per square yard per year for the types of flooring considered for the application.

One of the largest components in the life cycle cost of flooring is the cost of cleaning. Depending on the type of flooring installed, its location and the level of traffic, flooring may require cleaning only once a week or as often as several times a day.

Again, the best way to identify actual cleaning costs is to review the historical cleaning cost record for a facility with a similar type of flooring in similar applications. Flooring manufacturers can provide recommended cleaning levels and estimated costs, but they may not reflect the actual conditions found in a facility. Using the best available data, estimate the annual cleaning costs for the different types of flooring considered.

Removal and disposal costs must also be calculated. These can be significant, particularly if large areas of the operation are disrupted during the removal process. Manufacturers can provide data on average costs for removal and disposal of their products.

Determining Service Life

One of the most critical elements in determining the life cycle cost for a given product is service life. Most flooring products have published or accepted service lives. For example, the rated service life is 25 years for hardwood flooring, 25 years for terrazzo, 15 years for vinyl tile and 10 years for carpet.

But rated service lives are averages, not absolutes. In many applications, flooring will need replacement well before the rated service life is reached in order to meet appearance standards for the organization.

In these cases, what might be called the material’s attractive life, not its rated service life, will determine when the flooring will need replacement.

Even then, the length of a floor material’s attractive life will vary from application to application. For example, a quality carpet may last eight to 10 years in many commercial applications, but only five to seven years in schools, or only three to five years in hotels.

Another factor that will influence the actual service life is churn. Organizations are in a constant state of change. People move. Operations undergo constant upgrading. Support needs change. As a result, the facility itself is in a state of churn.

This rate of churn will have an impact on the actual service life of a flooring product, generally shortening it well below the rated service life and frequently below the attractive life. Changes in space needs can result in the need to change flooring before it wears out.

For this reason, the most expensive flooring option, or the one with the longest service life, is not always the most cost-effective option for a particular application. Money spent purchasing performance beyond the expected remodeling date will be wasted.

It is essential that the proper value for service life be used. For organizations that undergo constant changes, the service life used in the life cycle cost calculations will be well below that of most flooring materials and must be based on historical renovation schedules. In other organizations, the service life will be determined more by the rated service life of the material and the organization’s experience with the attractive life of that type of flooring.

Life Cycle Cost Calculations

The life cycle cost of a flooring product is the total cost of ownership over the life of that product. To allow comparisons between products with different service or appearance lives, the life cycle cost is generally normalized on a per year basis.

For each product being considered, determine the purchase cost, the installation disruption cost, the annual maintenance and cleaning costs, the disposal cost, and the service or attractive life.

For example, assume that a particular flooring product costs $30 per square yard to install. The disruption during installation is estimated to be $10 per square yard. Annual maintenance and cleaning costs run $15 per square yard, and removal is expected to cost $5 per square yard. The product has an expected service life of five years. That would bring the total cost of ownership over five years to $120 per square yard.

Dividing by the expected service life of five years, the life cycle cost for this flooring option would be $24 per square yard per year.

Repeating the calculation for other types of flooring will give the facility executive the information needed to select the most cost-effective flooring for the application.

In this example, the initial cost of the flooring is only one-quarter of the total cost of ownership throughout the product’s life. In most flooring applications, the purchase and installation costs are relatively small in comparison to the total cost of ownership, making the performance of a life cycle cost analysis essential.

Evaluating Product Trade-offs

In selecting a flooring product, trade-offs will have to be made among such factors as appearance, first costs, cleaning costs and expected life. For example, in general, products with a longer expected service life will also have a higher first cost. But other trade-offs will not be so straightforward. The key to a successful flooring installation is to match as many factors as closely as possible to the needs of the application.

Start with the flooring service life. If possible, select a product with an expected service life equal to or slightly greater than the expected life of the space. Too short an expected life results in having to replace the flooring before the next scheduled remodeling. Too long a service life, and money will have been wasted in unused product life.

Look for a product with low maintenance and cleaning costs. These two costs typically account for more than 50 percent of the total cost of ownership.

Finally, look for a product that will maintain its appearance throughout its rated service life. If the wrong product is selected for an application, appearance will deteriorate too rapidly, and the flooring will have to be replaced before it has reached its service life.

Make A Strong Connection With Cat6 Cable

Sometimes in the technology business, the more things change, the more they stay the same. One of the areas of technology that has undergone a drastic evolution over the years has been the network cables used to connect various devices to services, routers and other computer. For many years, cat5 cable was the default used. The “cat” stands for “category” and the “5” means the fifth generation of network cabling. The limitation of the cat5 system was the speeds it was able to withstand. As the data streams got faster, there was a need to update the cabling. That is why cat6 was created.

The sixth generation of network cabling is based on copper wiring, just as the previous generations were. But this wiring is not limited to speeds of 10 or 100 mbps, as the cat5 cable was. The newer cat6 products can accommodate speeds of up to 1 gigabit per second, and that would allow maximum speeds for any of the routers that are found in homes today. The cabling has the standard RJ45 connectors on each end and it is downward compatible. That means that a cat6 cable can be used on any older computer that has a standard RJ45 network connection.

The most common connection people make with cat6 cable is between a computer and a home Internet router. But with the flood of new devices that are Internet capable, the list of products that can be connected to a router has dramatically increased. These days, consumers use network cabling to connect devices such as video game consoles, televisions and Blu-Ray players to Internet routers. It increases the interactive nature of all of these products and allows consumers to bring all of their Internet-enabled and one-on-one video game products into one room.

As network speeds increase, so does the need to increase the home network infrastructure. The new default cabling being used in home and office networks is a cat6 cable. When you buy your network cables, be sure to buy shielded cables to protect the signal from the increasing amount of wireless devices being used in the average home.

When you stop and think about the many different devices that you have in your home which connect to the Internet, it can astound you how much technology is weaving its way into people’s lives. To get the most out of that technology, you need to have the proper cables connecting all of your devices your Internet router and a cat6 cable is the best choice.

What Justifies Installing a Structured Cabling?

Do you want to have a reliable network? Wiring, this is the physical medium that connects the network and if it is not installed properly put at risk the proper functioning.

When you want to integrate a long-term solution for network integration:

(From 2 to 20 years), this means doing things right from the start, the Data cabling in Dallas ensures that despite the new innovations of technology manufacturers, those who seek structured wiring is not altered, as this once installed becomes part of the building. The average use is considered for a structured wiring is 10 years could reach 20.

When the number of network devices that will connect to justify the installation of structured cabling for easy administration and reliability in the long term. If we speak of a small office (less than 10 network devices), it may be that the investment represents a structured cabling is not justified and therefore may opt for a more informal wiring installed in the best possible way.

What are the advantages of having a properly installed Data cabling in Dallas?

o Reliability: Guaranteed Performance (Up to 20 years)

o Modularity – Provides Growth. Se Installation is planned for future.

o Easy Administration: By dividing it into manageable parts is easy to administer, can easily detect and correct faults quickly.

o Insurance – We have wall plates properly installed and locked in the areas of labor and a restricted area or an enclosed cabinet that act as a communications closet, this way ensures that the wiring is durable, which is secure because unauthorized personnel do not have access to alter its structure, so it is unlikely that the network is secured by an error of inexperience or a sabotage.

o Aesthetic – A variety of materials that can achieve the perfect combination to suit their need, performance, aesthetics, price, …

Some Different Types of Ethernet Cables

Ethernet cables might all look alike, but you have to notice that they have different performance based on the construction. Besides, the type of the wire used in constructing the cable also makes great difference. So which one matches your needs well? In this following list, you will find more information on some types of Ethernet cable. You might get the best one for your system from this list.

Cat 3 will be the first type of Ethernet cable. This is an older type which has limited work of up to 10 Mbps (megabits per second). It is not widely used outside of Voice-Over Internet Protocol (VOIP) and other kinds of voice applications. Besides, Cat 3 cable also has an issue of cross-talk and interference, so it was immediately replaced with more advanced and high quality types.

Cat 5 is the second type. Better than the Cat 3, this certain cable allows you to get 10/100 Mbps of Ethernet connections. In order to reduce the interference, the cable is wrapped in different way from Cat 3 to be fewer twists per foot. Therefore, Cat 5 cable works in better performance than Cat 3 one.

Then, you can also find Cat 5e cable that is the enhanced version of Cat 5. It allows you to get 10/100/1,000 Mbps Ethernet connections which will be perfect to support internet connection in both home and business applications. This is also the most common type of Ethernet cable available in the market since it comes in lower price point and higher end.

You can also find Cat 6. It is quite similar with Cat 5e but it is less popular. This certain cable allows your network to run at almost its full speed as its main benefit. It is made the same way with Cat 5e but it is made of thicker wires.

The last type will be crossover cable. First, you need to notice that most Ethernet cables come in standard straight-though design and each end are also identical. Crossover cables come in similar design with those standard ones, but you will find that the inside order of the wires are switched. Usually, people use crossover cable to bypass a router or network hub as well as to connect a certain device to another one directly. However, crossover could not be used on behalf of the standard types of Ethernet cables.

So, which cable that fits your system the most?

Failure to Comply With Network Cabling Standards – HIPAA

It is a fact that Information Technology professionals are being asked to provide more capabilities than ever before, on smaller budgets and with fewer people. Internet Protocol (IP) convergence has enabled voice, data, video, building automation and security to be provided over a single network infrastructure.

Research shows that half of all network problems arise from issues in the physical infrastructure. Yet the physical infrastructure is largely overlooked. Developers are slowly embracing the idea of technology infrastructure as an integral part of building design, a practice that is routine in some parts of the world but still an after-thought in many construction projects today. I embrace the challenge of educating Architects, Building Owners, Information Technology Managers and Facilities Managers about the importance of including in the early stages of planning and design, the coordination of this infrastructure and setting the guidelines for commissioning to ensure that the client’s needs are met. As a member of architectural design teams, working with healthcare organizations during the past two years, I saw the challenges of the IT Professionals and when I mentioned looking at automating and managing the infrastructure, staff resistance, and no funding for changes or adopting automation surfaced as the top reasons for not considering this approach.

Now, more than ever, to meet the demands of communications, life-safety and building automation, the cabling infrastructure is truly an important system utility within the building. We are rapidly reaching the point where most every medical device today is built on electronics, in one form or another. In recent years, several factors have forced the healthcare industry to move towards the use of computer networking and the development of electronic health (ehealth) strategies to improve the efficiency of their operations. The healthcare industry is, at its core, a complicated information-management industry with a number of challenges, but let’s narrow them down to reliability, security and manageability. Risk assessment is tailored to the covered entity-its size, complexity and capabilities. In addition, risk and cost are both taken under consideration when determining whether an “addressable” standard applies or how to best meet a “required” standard. Along with “required” Administrative safeguards which focus on workforce training and contingency planning, “Physical safeguards,” are concerned with access both to the physical structures of a covered entity and its electronic equipment.

“Required” technical safeguards include but are not limited to:

– Establishing policies limiting software program access to only those with authorized access.

– Activity logs (“audit logs”) of all systems that contain electronic protected health information (ePHI) must be maintained.

– Policies to protect ePHI from alteration and destruction must be established and must be maintained.

– Procedures as required to verify the identity of those seeking access to ePHI.

– Transmission of ePHI over a network must be protected by technical security policies.

Encryption is an “addressable” standard.

Behind every security compliance measure is a documentation requirement. Failure to comply with HIPAA can result in civil and criminal penalties. Documentation is a major part of the

compliance challenge and with managed infrastructure solutions the audit documentation would easily include the physical layer.

There are some common threads among the managed infrastructure solutions available from major telecommunications cabling and connectivity manufacturers. For the purpose of this article, I reviewed the product documentation and spoke with the technical representatives from six of the major connectivity manufacturers.

As IT networking serves as a nerve center for successful facilities management, control, and patient care, the physical infrastructure provides the foundation that supports medical advances and patient services. With managed and automated infrastructure solutions, your physical layer does more than provide a reliable, high performance communications foundation. It gives you the vision and knowledge you need to be in control. This type of automation mitigates the impact of IT operational complexity and results in significant cost savings. Through process automation and product integration, it also delivers efficiency gains for IT staff, so they may spend more time on more strategic or innovative projects.

These intelligent managed infrastructure solutions are more than just hardware. They are comprehensive, fully-supported solutions that give you control of your physical infrastructure.

These systems show in real-time, all connections on the physical channel from the switch to the work area device regardless of whether powered on or off. The intelligent infrastructure immediately senses when there is a physical change in the channel and what specific devices are affected by the change while pinpointing the exact location of the device on a building map. Following an earthquake or other disaster, it would be great to know instantly if patient monitoring or life supporting equipment was affected.

Reporting of network status is made easier than ever with a variety of report templates, definable reporting parameters, and the ability to view reports on the screen or export report files in PDF, Microsoft Word, and Microsoft Excel formats. Integrating supplemental software is suggested by most Intelligent Infrastructure Solutions providers. It provides accelerated disaster recovery and additional insight that verifies the continuity of the horizontal cable to the work area outlet, detects broken connections or disconnects and identifies faults in the transmission room.

The day to day compliance documentation is enhanced by simplified work order management and process flow, plus work order verification. Maps and floor plans are provided to turn new and comprehensive physical layer data into valuable information. Some of the key benefits include enhanced network security, proactive management of potential threats, instant threat identification, improved asset management and the detailed records of technician involvement drives accountability and compliance to audit logs.

In reviewing several companies that provide software solutions that can simplify the automation process, most impressive is a company providing a solution that deploys quickly, discloses the information including how to fix the problem. This is presented in a useful, plain-English format and does not require the programming and configuration of traditional network management software.

Intelligent infrastructure solutions provide several benefits such as problem prevention by insuring that all network devices and links are healthy and won’t incur any problems. Equally of importance is faster more efficient trouble resolution as it discloses exactly when, where, and why network problems occur. It automates highly manual processes which assist both IT

operations and IT service management teams in delivering IT services.

There is no room for error or downtime in the healthcare industry, regardless of the cause. Adopting a proactive approach to problem solving with the use of these solutions can only benefit both network administrators and patients alike.

Computer Repair Books

With computers becoming an integral part of our lives, we are often left in a bind if something were to go wrong with them, because we are still unaware of what it takes to repair them. Although most of us have the basic knowledge of software, when it comes to troubleshooting in the field of hardware, most of us usually draw a big blank.

A good computer repair book is always handy. One thing to look for in a computer book is whether or not it is reader friendly. It should be easy to understand, and a reader should be able to practically apply whatever is said in the book. A book is of no use if it is full of technical jargons that comes to a naught, if not understood properly.

A good computer repair book should have hands-on solutions clearly listed that can be implemented right away. In addition, a computer repair book should always refer to selecting quality replacements, and contain information on up grading present software to extend the life and power of a PC. It should contain details on entertainment upgrades, in a way that enhances your enjoyment of photos, movies or music. A good computer repair book should also equip you with the knowledge of what to do to prevent disasters by solving the problem at hand. Preventing it from reoccurring and overall maintenance of your computer should also be a priority. A good computer repair book should give you solutions with regard to other accessories like a printer or a scanner and small things like resolving mouse and keyboard problems.

One good way of finding out about the quality of a computer repair book is to go through reader reviews. This would give you a fair idea before you make your purchase decision.

Computer Repair

Whether it is virtual reality, urban planning, restoration of ancient arts, communication on a global basis, defense strategies, watching programs or carrying on with daily business, the computer has become an indispensable part of our daily life.

However, when our computer suffers from technical problems, whether it is viral or any other hardware or software issues, we face a total breakdown in computer communications.

Repairing computer might be a perennial activity. Upgrading your computer on a regular and systematic basis is a very important factor to maintain the efficiency of the machine and to make your computer provide you with the best of services.

Repairing computers has become a big business. It has become a flourishing career for many technicians who offer services for both the hardware and software devices of the machine. At the same time, it is good for an owner to know the intricacies of their machine and have the knowledge to do some repairs on their own. Not only will you save a lot of money should your computer fail and need repair, but knowing just what must be done to get your computer up and running again is a wonderful feeling, and a great advantage over the competition if you are a businessman or a serious user.

One can get all the necessary information from numerous books available in the market as well as online. There are a thousand of websites who render support and information about computer repair. These services are worth the money because one can gather practical application.

Still, if you are not inclined to learn the basics or intricacies of your computer, there are many technicians who offer computer repair for various fees and services.

7 Top Reasons Why You Need to Upgrade the Memory For Your Computer

Are you dissatisfied with the way your computer works at a snail’s pace? Do you have trouble running several programs at a time in a multitasking Operating System like Windows? Does it take ages for your computer to run programs? Can you take a coffee break while your computer opens an icon that you double-clicked? Do games and other resource-intensive programs frequently crash on your computer? If your answer to all these questions is a YES, then you need to think about upgrading your computer.

Upgrading your computer is not a joke, as random upgrades can be quite expensive. A processor upgrade frequently involves upgrading several other components to keep in pace with changes in technology and could be one of the most expensive options. Upgrading other components like graphics card or sound card alone is also not the optimal solution as performance improvement is limited to these areas alone.

Here are some reasons why it makes sense to upgrade the memory in your computer:

1. Cost-Performance Benefit – The upgrade cost versus performance boost ratio is greatest for a memory upgrade as compared to other component upgrades.

2. Programs Run Faster – The availability of RAM can speed up programs and save significant time hitherto wasted while waiting for a response from the computer.

3. Better Multitasking – Multitasking environments like Windows rely heavily on memory to function and increasing memory can provide better performance especially with concurrently running programs.

4. Enhanced Entertainment – Gaming and streaming media applications can benefit tremendously in both performance and speed by a memory upgrade.

5. Advanced Hardware and Software – With increase in memory capacity by upgrading, newer hardware and software components that went hitherto unused due to less memory can now be used.

6. Delay Costlier Upgrades – Memory upgrades to improve performance can defer other upgrades like processor upgrade that necessitate greater expense through a major revamp of the computer.

7. Improvement in Data Access Speed – Greater amount of RAM can improve the speed at which the processor does data access and significantly increase the speed of execution.