In order to track products throughout their life cycle and to improve the performance of automatic tracking systems, many businesses today are using the Direct Part Marking (DPM) method. It involves engraving permanent barcodes directly on the products by various methods. Here are some features of direct part marking barcode scanners that are designed to read such barcodes.

Features of DPM barcode scanners
Direct part marks are 2D or 3D barcodes marked on substrates such as metal, plastic, rubber or glass. Different methods such as dot peen, laser or chemical etching, molding, and casting are used for marking them. There is low contrast between the symbol and the product surface, so it is challenging for regular barcode scanners to read them. DPM barcode scanners have special features that allow them to efficiently read those marks. They read the barcodes by determining the height of lines.

Image-based barcode reading
The most important feature of DPM barcode scanners is advanced digital imaging technology. DPM scanners use special lighting techniques to read the low-contrast barcodes. They provide a uniform illumination on the barcode through specific low-angle lighting and quadrant control features.

A DPM barcode scanner contains a high resolution image sensor that captures the image of the barcode. It can capture low and high contrast marks on any surface including reflective, irregular and curved ones. They have the ability to read even wrinkled marks on the products.

More durable
Direct part marking identification requires rugged and self-contained scanners that can read codes on a wide range of surfaces. As they are image-based scanners, they do not have any moving parts. They are less likely to fail because of damage and are shock-resistant. They are designed in such a way that they can withstand harsh environments. So DPM scanners are more durable and preferred mostly for manufacturing and warehouse applications.

Reads all types of codes
DPM barcode scanners are generally used for reading engraved 2D and 3D barcodes. However, they can also read linear barcodes printed on different types of barcode labels. You can therefore choose DPM barcode scanners when you deal with DPM as well as linear barcode applications in your business. This helps you to eliminate the need to purchase, maintain and support multiple devices for reading barcodes of various symbologies.

Easy to use
DPM barcode scanners are available in corded and cordless versions. They possess omni-directional functionality and can read marks on products aligned at any angle or direction. Hence, they are easy to use and reduce your time and effort in aligning the barcode properly. You do not need any specific training to handle them. Thus, DPM scanners help you to save your money and time that in turn improves productivity and throughput.

As discussed above, DPM barcodes are developed to avoid damage to barcodes due to high temperatures and chemical solvents. With advanced features like image-based scanning and high durability, DPM scanners are the most suitable for manufacturing, warehousing or other industries where environments are harsh.

Barcodescannersstore.com has been in the barcode scanners business since 1994 and proudly serves a nationwide customer base of more than 13,000 customers. Our dedication and focus on only barcode scanners makes us the experts in various types of barcode readers, applications and scanning technologies. We stock a wide range of symbol scanners and symbol barcode products.

Barcode scanners are important tools which ease business processes in manufacturing, education, healthcare, warehousing and many other fields. Here is a description of barcode scanners that use different technologies.

What is a barcode?
A barcode is an optical machine-readable data containing a series of black bars and white spaces of varied widths. The main aim of using a barcode is to quickly and accurately access information through the code by an automated system. The devices that read data present on barcodes are called barcode scanners.

How does a barcode scanner work?
A barcode scanner consists of an illumination source, sensor, and decoder. An illumination source is used to illuminate the bars and spaces on the barcode. The black bars absorb light from the source and white spaces reflect it. The sensor detects the reflected light from the barcode and generates a signal of varied voltage that represents the intensity of reflection. A decoder with specific software decodes the signal into a readable text that is displayed on the monitor. Data collected in this way is stored and managed by specific databases. Let us look at barcode scanners and their different scanning technologies.

Different types of scanning technologies
Barcode scanners use different scanning technologies such as laser and imaging technologies. The following are various types of barcode scanners.

Pen-type scanners
They are also called as wand scanners and are suitable for low-volume and desktop applications. They contain a photodiode that is placed next to a light source. When the scanner is swiped across the barcode in a steady motion, the photodiode measures the intensity of the reflected light. Since they are manually swiped, wand scanners are not limited by the width of the barcode. One needs to ensure that they are swiped at constant rate of speed at a particular angle. Pen-type scanners are inexpensive, small, and highly durable.

Laser barcode scanners
A laser beam is used as a light source for capturing barcode information. They contain an oscillating mirror or a rotating prism which moves the laser beam back and forth across the barcode. Laser barcode scanners are very precise and accurate. They can read barcodes from greater distances also. They are used mostly in places where barcodes need bright light for reading. They are suitable for applications requiring long range or high density scanning.

Omni-directional barcode scanners
The name itself suggests that these scanners can read barcodes in any direction. They mostly use laser beams as a light source. A set of fixed mirrors and a rotating mirror present in omni-directional barcode scanners generate patterns of laser beams. Like laser scanners, they can also read data from greater distances. They have high efficiency and hence can even read poorly printed, torn, or wrinkled barcodes.

As they read barcodes on items irrespective of their orientation, they enhance the speed of scanning process. They are ideal for reading barcodes a few inches away for retail purposes and also for reading distant barcodes like those on industrial conveyors.

CCD scanners
CCD (Charged Coupled Device) scanners, also called as linear image scanners, measure the intensity of light by a series of tiny light sensors. Hundreds of sensors arranged in a row develop a voltage pattern that is identical to the pattern in the barcode. CCD scanners measure the emitted ambient light and hence are different from laser scanners. They are suitable for applications in retail, distribution, inventory and shipping. As they do not have any moving parts like rotating mirrors, they are more durable than laser scanners.

2D scanners
2D scanners use a small camera for capturing an image of the barcode. Advanced digital image processing techniques are used to decode the barcode from the image. The advantage of using 2D scanners is that they can read barcodes moving at faster rates and can be used for industrial conveyor scanning. They can read 1D or 2D barcodes omni-directionally and some can also capture images of damaged packages or signatures.

Choose the barcode scanner based on the type of application, type of barcode, and the environment in which you use it. Remember, selection of a right scanner helps you in improving the efficiency of your business.

Barcodescannersstore.com has been in the barcode scanners business since 1994 and proudly serves a nationwide customer base of more than 13,000 customers. Our dedication and focus on only barcode scanners makes us the experts in various types of barcode readers, applications and scanning technologies. We stock a wide range of symbol scanners and symbol barcode products.

Oracle VM is freely distributed from the Oracle eDelivery portal with or without commercial support. The commercial support is provided by Oracle’s support organization through Unbreakable Linux Support program. The Oracle VM support covers support for entire Oracle stack, where the user can resolve any issue, ranging from application to the hardware, with a single service request.

Though Oracle supports life cycle management of wide variety of 3rd party technologies along with the Oracle stack, owning the entire stack has various advantages like

a) Easier integration and centralized management across the stack
b) The ability to pre-pack and distribute Oracle technologies via Oracle VM templates

Oracle VM templates speed up delivery and productivity time at lesser risks as they are pre-packaged and pre-configured with key Oracle technologies that can be easily downloaded and deployed quickly. Thus, they also save installation and configuration costs.

Oracle VM consists of the Oracle VM server (the hypervisor) and any one of two management options which include Oracle VM Manager and the Oracle VM Management Pack.

Oracle VM server
Oracle VM Server is based on the Open Source Xen.org hypervisor, an industry open standard for virtualization with broad adoption from major ISVs like Oracle, IBM, HP, Sun, Dell, Red Hat, Novel, Debian, Citrix and the Linux community. The hypervisor of Oracle VM server can run multiple guest operating systems concurrently on a single piece of x86 hardware, effectively sharing the CPU and memory resources.

It supports both paravirtualized and hardware virtualized guests, just in case the CPU does not support hardware virtualization.

Management Options of Oracle VM server
Oracle VM servers are manged in pools either from Oracle VM Management Pack or the Oracle VM Manager, but not from both the things.

Oracle VM Manager is a stand-alone management console used to manage Oracle VM servers. It also provides management capabilities at the Oracle VM server, server pool and server pool resources layers. It is distributed in three formats:

1. As a pre-configured template
2. As an application that installs on Enterprise Linux
3. As an Oracle VM Management Pack port

The administrative tasks are executed through a web GUI or from the command line interface, where commands for regular administrative tasks can be scripted and simply run whenever required.

Oracle VM Management Pack is a licensed component of the Oracle VM. Apart from the capabilities of Oracle VM manager, it has additional capabilities like guest operating system monitoring, administration, provisioning and patch management.

The Application Change Console is a separate standalone application, licensed with the Oracle VM Management Pack that enables tracking of changes made in configuration files and sends alerts/notification when changes are made.

Oracle VM vs. VMware and Citrix
Unlike VMware that focuses on Microsoft Windows server consolidation and Citrix focusing on Microsoft server and desktop virtualization, Oracle VM is designed from the ground up to be the best virtualization solution for the Oracle stack. Moreover, Oracle VM uses Para-virtualization architecture, compared to VMware’s emulation model vSphere server architecture, allowing much better database and middleware scalability under heavy loads. It also reduces the timekeeping problems that are common with VMware’s design.

Oracle vs. Red Hat
Red Hat offers virtualization as an Operating system feature. Red Hat dropped support for Xen hypervisor with Red Hat Enterprise Linux 6.0 and Fedora 12 in favor of commercial KVM (Kernel Based Virtual Machine) x86 virtualization solution. Oracle VM server supports Red Hat Linux in both paravirtualization and hardware virtualization modes, whereas Red Hat does not support Oracle products.

ITNewsCast is the only resource that is entirely dedicated to delivering exhaustive coverage about the Oracle Corporation and its technologies. ITNewsCast is the authoritative resource where IT professionals look for Oracle support, resources, patch updates, Middleware, Applications, Sun Hardware, Oracle OS updates, PL/SQL, Oracle Database options like Oracle RAC and Oracle virtualization solutions like Oracle VM etc.

History of barcodes
The origin of barcode systems dates back to 1932. Since then, many changes have taken place that have shaped the systems that are used currently.

Initial stages
The concept of barcodes was first started by Wallace Flint in 1932. He invented an automated checkout system for a grocery store using punched cards, which were placed in a reader. Inventory records were updated with this system.

Later in 1948, Bernard Silver along with his friend Norman Joseph Woodland researched a method that can automatically read product information. An ultraviolet light sensitive ink was used, which made patterns of ink that would glow under ultraviolet light. However, the method failed due to instability and expensive printing patterns.

In 1949, a patent was filed by them, titled as “Classifying Apparatus and Method.” A symbol made up of series of concentric circles was used by them. However, a description was given on the symbology of the current linear barcodes.

Following stages
In 1967, David J. Collins founded Computer Identics Corporation and developed a black and white barcode system read by a laser beam. This system was used for distribution, production, shipping, sorting, and other applications.

Later in 1967, one of the first scanning systems was installed by Radio Corporation of America (RCA) which used “bull’s eye” barcode symbols.

John F. Keidel invented the first commercially successful barcode reading system in 1969. The Universal Grocery Products Identification Code or UGPIC was developed in 1970. In 1970, barcodes were used for retail trade for the first time by Monarch Marking. The system was applied for industrial use for the first time by Plessey Telecommunications.

In the 1970′s, the US Supermarket Ad Hoc Committee of Uniform Grocery Product Code was established by The National Association of Food Chains (NAFC) which formulated a standardized 12-digit code. In 1973, the UGPIC was turned to Uniform Product Code (UPC) by George J. Laurer.

The first UPC barcode scanner was made in 1974 by NCR Corp. and was installed at Marsh’s supermarket in Troy. Wrigley’s chewing gum was the first product that was scanned by barcode scanner in the supermarket.

Today’s barcode systems
After undergoing many changes, the present day barcodes evolved as the most effective tools of business productivity. Today, barcode systems are available in many shapes and sizes fulfilling various needs of different businesses. The system primarily consists of four components. They are listed below.

Barcode Printer:
A barcode printer is used to print barcode labels. Desktop and wireless barcode printers are available these days. Thermal transfer and direct thermal technologies are commonly used by barcode printers. When compared to conventional printers, these printers print labels faster, more efficiently, and with better print quality. Choosing the right type of barcode printer to use is based mainly on the type of label to be printed and the amount printed per day.

Barcode Label:
Barcode labels are nothing but tags on which the barcode is printed using a barcode printer. Labels are attached to the products or items which are read by scanners. The barcode label layout varies depending on the industry and application. Any combination of text, graphics, and barcode information can be printed on a barcode label. Barcode labels are available in a wide variety of materials that can work in virtually any environment.

Barcode Scanners:
Devices which are used to read barcodes are called barcode scanners. They help in reading the information accurately and reducing the rate of errors. Barcode scanners use a variety of scanning technologies such as laser, CCD, and 2D. Deciding which barcode scanner to use depends on the type of barcode symbology and the environment in which it will be used.

Database:
The process of the barcode system is not complete just by reading the barcode. The information regarding the product such as its description, price, inventory quantity, and accounting must be first stored in a database. Scanning the barcode simply accesses that information in the database. Unless a 2D barcode is used, which can store so much information that it becomes a mini-database for the item it’s marking.

From a humble beginning in early 1930’s, barcode systems gradually improved and today they are the life blood for many industries. The rise of advanced technologies led to the development of 2D barcode systems, which are catering to every need of today’s businesses.

For over 20 years, System ID has provided automation solutions and barcoding equipment to a wide range of large and small companies in virtually every industry sector. System ID offers more than 10,000 brand name products and services such as barcode printer and barcode scanner.

2D barcodes store more data
1D or linear barcodes represent data in black vertical lines. Two-dimensional (2D) barcodes are represented in different patterns such as squares, dots, hexagons and other geometric patterns. A 2D barcode can store a significantly greater amount of data compared to a 1D barcode. A single 2D barcode, the size of a large postage stamp, can store thousands of alphanumeric characters. This feature makes them more advantageous than 1D. 2D barcodes can also be easily and accurately read.

Ability to read:
Barcode scanners are classified into two types – 1D and 2D barcode scanners. The first thing you need to know is that a 1D scanner cannot scan 2D barcodes, but 2D scanners can scan both 1D and 2D barcodes. Among the 2D barcodes currently in use, the most popular symbologies are Aztec, PDF417, Intelligent Mail, Data Matrix, QR Code and MaxiCode. A 2D barcode scanner can read all these barcode symbologies along with linear barcodes, such as Code 128, UPC, EAN, and Code 39.

Aztec: In Aztec barcodes, data is encoded into a two-dimensional pictogram in concentric square rings around the bulls-eye pattern. Aztec barcodes can hold data up to 1914 bytes and don’t require any quiet zone outside the bounds of the symbol.

PDF417: Today, PDF417 is used in a wide variety of applications, including logistics & transportation, retailing, healthcare, government, identification, and manufacturing.

Intelligent Mail: It is used by domestic mail delivery in the United States. Apart from greater information and functionality, its other benefits include improved deliverability, new services and increased overall efficiency.

Data Matrix: The most popular application for Data Matrix is marking small items, as it can store thousands of characters within a very small space. Data Matrix resists printing defects and has a high degree of redundancy.

QR Code: Quick Response (QR) is one of the most popular 2D barcodes. Although initially used for tracking parts in vehicle manufacturing, today they are used in a much broader context. QR codes can be seen on everything from magazine articles, product labels, billboards, and gravestones.

MaxiCode: It is a public domain, machine-readable symbol system originally created and used by United Parcel Service and is most suitable for tracking and managing the shipment of packages.

Code 128: It is a very high-density barcode symbology. Its special version, GS1-128 is used extensively in shipping and packaging industries throughout the world.

UPC: This is widely used in US and Canada for tracking trade items in stores.

EAN: The European Article Number (EAN) was developed as a superset of UPC. It is generally used on magazines and periodicals.

Code 39: Code 39 is widely used and can be decoded with virtually any barcode reader.

Ability to read omnidirectionally
2D barcode scanners have an added capability of reading barcodes omnidirectionally. Unlike a 1D scanner that must have its scan line aligned perpendicularly to the barcode, a 2D scanner can read barcodes from any angle. They capture the whole image of the object to be identified, thus avoiding any alignment constraint between the scanner and the barcode to be read.
This improves productivity and efficiency in any application.

More faster and reliable
Data entry with 2D barcodes is much faster so you can process forms faster and more accurately compared to 1D. 2D barcodes offer excellent reliability and error correction capabilities. Unlike 1D barcodes, 2D barcodes can have error correction formulas, so the data can still be retrieved even if the barcode is poorly printed. 2D barcode scanners can also read barcodes that are damaged by rugged or harsh conditions.

The above mentioned advantages clearly state that 2D barcodes represent one of the biggest advances in automated data collection market. Although 2D barcode scanners were far more expensive than 1D scanners when they were introduced, the recent microprocessor developments have brought the cost of 2D scanners down significantly. With advancing decoding algorithms, they made scanning quicker and easier along with greater readability of excessively-damaged barcodes.

Barcodescannersstore.com has been in the barcode scanners business since 1994 and proudly serves a nationwide customer base of more than 13,000 customers. Our dedication and focus on only barcode scanners makes us the experts in various types of barcode readers, applications and scanning technologies. We stock a wide range of symbol scanners and symbol barcode products.

Analysts point to a rising interest in business intelligence software. An integrated business intelligence solution that generates accurate and timely data puts you in a position to identify and quickly address inefficiencies. Dashboards can deliver immediate feedback. Use analytics to monitor operational defects, maintenance costs, general procedure inefficiencies, and then track progress to measure the baseline against future costs. You will need the ability to further investigate costs, seek areas to optimize systems and processes. Even if your gross margins are better than average, expenses may be high. Follow the leading companies that carefully manage expenses to deliver a consistent cash flow.

In today’s business environment, an organization needs to address all outstanding issues, but you must first identify and prioritize existing problems and then focus your time & energy on the most crucial ones. No organization wants to wait until a department is significantly over budget before taking action. However, if you manually track project or program status, you risk not only wasting time and money on an ineffective approach, but also delay your ability to identify and then correct problems. All of these considerations continually confirm the need for consideration in technology investments. Streamline processes, reduce headcount in selective areas and invest in systems and infrastructure to improve customer management or market intelligence.

Business intelligence solutions help you identify issues that fall outside the norm and spot potential problems by generating timely and accurate business data. Once you identify the root cause of a problem, you can take corrective decision. These solutions help you monitor and track results and also alert if problems reappear.

A solution that enhances performance both at individual and the corporate level, supporting greater alignment and accountability is very much needed for any business to succeed. Transparent and integrated software solutions make employees trust the data, help them understand the importance of their daily actions and their affect on the business goals. By clearly mentioning their responsibility towards the goals and timelines, you can communicate explicit performance expectations among all the employees.

Dashboards integrated with software such as Microsoft office that you use everyday help you communicate metrics, track progress, and reward success. Dashboards give the immediate performance feedback; you get the information you need to take quick and decisive actions to correct behaviors, rather than having to wait for quarterly reports to decipher trends. Visualization tools help your employees and you focus quickly on high-impact issues. Your entire team can see where data comes from and how results are calculated and can interact with reports, instilling confidence in the numbers and encouraging individual and collaborative efforts that benefit the company

Tough economic conditions require companies to go beyond slashing costs. You need to build an efficient and high-performance organization based on a strong foundation of information. Take a global view of critical information to move from just reacting to economic pressures to making the most of your business information. Do you have the proper software tools and place to give you the dashboards, the depth of information, reporting, and analysis for proper direction of your company? A careful review of all of your software vendors and information providers will provide you with those answers. A general housecleaning and analysis of overall procedures should be conducted annually, with an in-depth analysis every other year. Fastrac Companies like Facebook and Social media, Amazon and shopping online, Google and Internet, companies that lead the pack are there for your assistance. Take a hard look at the wealth of information available to keep you on top of the game.

JDi Data Corporation has provided insurance claims software since 1992. JDi Data offers web based workers compensation software and also claims systems for insurance claims departments, third party administrators and risk managers to administer property, casualty and general liability claims. JDi Data has built a reputation in quality claims management software with special emphasis on specialty lines and complex litigation.

Barcodes provide many advantages such as accuracy, ease of use, timely feedback and improved productivity. Because of this, almost every industry is using this technology today, which includes but not limited to:
• Manufacturing – picking, packing, assembly, shipping and receiving
• Warehousing – making inventory tracking easier, faster, and accurate
• Retailing – point of sale, price check, inventory control, anti-counterfeiting
• Education – library book tracking, time and attendance, asset control
• Healthcare – bedside medication administration, pharmacy, labs, asset control

Applications
The transportation and logistics industry is fast paced and involves complicated tasks that require 100 percent accuracy, while maintaining costs. Therefore, it is very important to employ the most sophisticated technology to be successful. Barcode technology is extensively used in this sector because of its ability to eliminate human errors and expedite the work flow process.

Tracking and safety
In the transportation/logistics sector, tracking and safety of the products is as important as successfully delivering them on time. Perfect asset management is very important in transportation and logistics industry. Barcodes are used at the various points of the flow of goods right from the point of origin to the point of consumption – and even if it comes back for support.

Each and every time the product switches hands, vital information such as sender, receiver, product details, etc. must be recorded. Recording these details manually has low efficiency and is more prone to human error. Using barcode technology can be very helpful as it quickly and accurately records all the details at every check point.

Advanced data capture
Fixed mount barcode scanners capture the information on a barcode on the pallet or carton through the transportation process. As human intervention is eliminated in this process, errors are reduced and processes go faster. Barcode scanners help in collecting detailed information easily and save it for later analysis. Barcode technology makes it very cost efficient to capture information at any point.

Load planning
All the crucial information such as order number, items packed, final destination, etc. can be encoded in barcodes, which makes it easy for load management. This technology helps to verify loads and to handle seamless load sequencing. It also helps in order planning and picking those loads.

Routing and scheduling activities
A typical transport procedure starts from the provider (or manufacturer), transport company, distributor, retailer, and ends with the customer. Planning the routes and scheduling the activities is very important to make sure that the items reach the correct destination on time. Using the traditional bills consumes a lot of time, effort, cost, and, of course, is prone to errors. That may prove costly if the product lands in a wrong place. Barcode usage provides a better solution – all the bill information is encoded into a single barcode. By scanning the barcode during the bill recording provides fast and accurate details assisting in proper planning and scheduling.

Barcode technology is used in every application in the transportation and logistics industry, such as load management, route planning and scheduling activities. The businesses or companies in this sector cannot afford to ignore it.

For over 20 years, System ID has provided automation solutions and barcoding equipment to a wide range of large and small companies in virtually every industry sector. System ID offers more than 10,000 brand name products and services such as zebra printers and barcode scanners.

1. Why am I making this change? Is my software so bad that I cannot work with it any longer?

2. What sacrifices will I be making internally in order to change?

3. Is it an upgrade?

4. I hope I’m not making a lateral move; will the benefits far outweigh the inconvenience and cost of making this switch?

5. It’s nice to be on the competitive edge of technology, but do I need everything that is offered?

6. Are my employees driving this decision? If so, my software must be pretty bad.

7. Is the support process from my proposed new company far superior to my old company?

8. What about follow up after sale, what does the contract actually say?

9. Do I have the proper equipment to support the new technology; are my licenses in place for related software?

10. Should I consider software as a service, as that may be my best bet?

Here are a number of things commonly heard in the marketplace, conferences, seminars, and feedback from clients.

1. I called my software supplier and asked to do of data conversion. I was told it would be 4 to 6 months before they even put me into queue. That’s an exceptionally long time when I’m trying to get a new client. I will probably lose this one.

2. Even after getting into the queue, it turns out that the conversion cost is prohibitive. My client will never pay that exorbitant amount, what are the alternatives?

3. My client base is growing, yet my licensing fees remain the same. Isn’t there some kind of sliding scale as my usage becomes greater?

4. My supplier nickel and dimes me to death. Every time I pick up the phone, it’s 2 or 3 hours of billing. What is included in the support price for the new product? Is it the frying pan to the fire syndrome?

5. Oh No! Another upgrade, more money, more testing, and if I don’t do it I will eventually be unsupported. I really wish my software supplier would seamlessly make those upgrades so I don’t even see them. Someone told me that web based products can do that since there’s no software on the client machine. This must really be a key selling point for software as a service as I wouldn’t expect to be involved in any of the upgrades.

6. Upgrades? Do I need to take them? Of course you do, but try to see if your support contract and maintenance contract includes them. The advantage is you are never behind, there’s no big gap between your system and the current system, or one less thing you need to worry about.

7. Will I be generating more work for my IT department, not if my vendor supports the product themselves? That’s a good thing since I don’t have an IT department any way.

8. Am I buying software or expertise? We really need a strong vendor that can serve as a consultant for both the hardware and software and anticipate our needs. Many of the banks are taking the position of assisting in financial matters, doing payroll, analysis, and other aspects that detract from my ability to perform the work required to run my own business. That seems to make sense and we should expand that to all facets of our business when applicable. Let the vendor be responsible and give me a good product to help me with my business that I don’t have to be involved in. My Doctor doesn’t consult with me before he operates, my lawyer doesn’t discuss how he’s going to handle these things and my vendor should do the same just get the job done.

It’s a competitive market out there. There are tons of companies offering many types of programs, products and services. Take the extra time to research all options. In the long run, a better decision will be the result. It’s worth the investment, get as much exposure, knowledge and advise available. Maximize your ROI by creating a profit center rather than an expense.

JDi Data Corporation has provided insurance claims software since 1992. JDi Data offers web based workers compensation software and also claims systems for insurance claims departments, third party administrators and risk managers to administer property, casualty and general liability claims. JDi Data has built a reputation in quality claims management software with special emphasis on specialty lines and complex litigation.

If the transactions or downloads take a lot of time, the mobile employees cannot give prompt service to the customers. So it is very important to optimize data streams and eliminate unnecessary transfers in the network. In order to eliminate the network problems and optimize throughput, companies should prioritize the mission-critical applications to help the remote employees to access the network applications at faster rate.

The application performance is directly related to revenue protection and growth, and customer satisfaction and of course a quick return on investment. Application Performance Management (APM) is a solution for enhancing performance within a network. It maintains and monitors transmission quality at an acceptable level. It also enhances application response times by eliminating excess and unnecessary data transfer.

Application performance management is all about enhancing user’s experience with application availability and quick response time enabling them to provide good customer service. Today a majority of the companies recognize the importance of the APM and its impact on the productivity and return on investment. According to a survey conducted by IDG Research, 90 percent of the respondents of the survey believe the adoption of an APM solution will create an effective process for detecting and resolving performance issues in their network.

It monitors and performs at:
APM measures, manages, and optimizes the performance and service availability of software applications in a WAN. It monitors and manages the ongoing application 24×7 and provides a detailed breakdown of response time and its effects on server, network, application and end user levels.

• Server level
An Application Performance Management solution captures data flow pattern of each important transaction. APM also forecasts response times when the data centers are consolidated.

• Network level
At network level, it reduces risks to application performance and optimizes bandwidth capacity. It provides insight into the WAN application traffic patterns of the company. It identifies the top applications based on bandwidth usage, packet losses and failed TCP connections, if any.

• Application level
At application level, the APM monitors and manages new application rollouts, determines the root cause of slow response time for a mission critical application and captures data flow pattern of each important transaction.

• End-user level
The user’s experience with an application is very important. Application availability and response time are the main performance functions that end users look for. They should be sufficiently satisfied with application interactions to remain productive. APM at the end user level monitors and manages the baseline current user response times for the critical applications.

Best practices
The main goal of APM best practices is to improve the performance outcome by effective application performance management optimization. Some of the best practices by an APM method are:

• Understand
The APM process begins by understanding the user and application needs. Understanding what is important and how to measure the performance of the applications is the critical aspect of APM method. It comprises a comprehensive analysis of performance with respect to applications, network infrastructure and business processes of the organization.

• Measure
Then it measures data, which includes the resources used by the application and the response time of applications from the perspective of the end user. Measuring these things provides a useful tool to assess how well the systems are doing. Performance metrics are measured both in real time and over defined periods using APM solution. It delivers continuous monitoring of and reporting for the entire infrastructure.

• Communicate
By understanding and measuring the application performance, IT managers can immediately determine who is experiencing performance problems and communicate with them. They can determine with what applications the end user is facing problems and pinpoint the causes. Errors are detected in quick time minimizing risks and protecting infrastructure from failure.

• Link to business
APM determines the root cause of slow response time for a mission critical application, fine tunes the protocol to overcome inefficiencies and provides solutions to remedy performance issues. APM solution determines importance and measures performance, and then links performance to business requirements to provide great end user experience.

Since the productivity of any company depends heavily on the performance of software accessed, one should be very careful while choosing an APM solution. Even small delays can lead to considerable amounts of wasted time, which leads to end user dissatisfaction. So, let a reputed company take care of all your Application Performance Management (APM) needs. Remember, faster response times means the users get their responses quicker, work faster, which in turn increases your company’s revenue.

Apsera Tech, Inc. has years of experience in WAN optimization, WAN acceleration, networking, and application performance management. Apsera Tech has helped Fortune 1000 companies in diverse industries such as financial services, healthcare, manufacturing, and publishing in planning / resolving critical business application performance issues like slow application response time, WAN optimization, and WAN acceleration.

The most popular barcode scanners utilize laser barcode scanning technology. A laser barcode scanner is 50 times faster and 10,000 times more accurate when compared to manual data entry. They use a laser beam instead of a light source to capture information in the barcodes. So, they have increased data retrieval and processing speed. A laser barcode scanner can perform up to 500 scans per second. Laser barcode scanners are more convenient to use as they come in both handheld and fixed mount configurations.

1. Types in terms of read range
A laser barcode scanner need not be in contact or very close to the barcode to retrieve information. Depending on the model, they can read a barcode which is several feet away. They can be classified based on their read range into three types. There are standard barcode scanners, long-range barcode scanners and extra long-range barcode scanners.

Standard barcode scanners
Standard-range laser barcode scanners scan barcodes which are fairly close. A barcode that is 6 to 24 inches away can be read by a standard-range laser barcode scanner. They are generally used in department stores or retail outlets as point of sale equipment to perform mass scanning.

Long-range barcode scanners
Long-range laser barcode scanners are used to scan barcodes which are placed at long distances. A long-range laser barcode scanner can read a barcode that is 2 to 8 feet away from the scanner. They can read barcodes at varying distances. They are mainly used in small warehouses, manufacturing plants, etc.

Extra long-range barcode scanners
Extra long-range laser barcode scanners are very efficient barcode scanners. They can even scan barcodes which are placed at a distance of 30 feet. They are highly durable and can withstand harsh environments in warehouses. This type of extra long-range laser barcode scanners are ideal for work-in-process, in transit visibility applications, and warehouse management.

2. Other benefits
Generally, barcode scanners can read barcodes which are just few inches away. As mentioned above, today’s several kinds of laser scanners can read barcodes which are at longer distances. It is one of the main reasons why more and more people are using laser barcode scanners. Apart from this, there are many other reasons why people choose laser barcode scanners such as:

Reads better than other type of scanners
Laser barcode scanners are highly efficient when compared to other type of scanners. They produce bright and sharp laser beams to ensure preciseness and greater accuracy in reading barcodes. Laser scanners can read barcodes even in bright light.

Long range or high density scanning
The major advantage of laser barcode scanners is that they can read barcodes which are placed several feet away. Because of more powerful light emission, they can be used to read even a barcode which is 30 feet away. They offer high density scanning which helps in scanning even very small barcodes on electronic components accurately.

Most helpful in the industries
Laser barcode scanners are very helpful in the industries because of their ability to withstand harsh environments. They can scan many barcodes within few milliseconds. Laser barcode scanners are used almost in all industries including manufacturing, healthcare, retailing, libraries, warehouses, education, cargo and shipping businesses.

There are numerous benefits of laser barcode scanners as mentioned above. You should be aware of their types and benefits to choose a right one for your business. The right barcode scanner is essential for better inventory management and customer service.

Barcodescannersstore.com has been in the barcode scanners business since 1994 and proudly serves a nationwide customer base of more than 13,000 customers. Our dedication and focus on only barcode scanners makes us the experts in various types of barcode readers, applications and scanning technologies. We stock a wide range of symbol scanners and symbol barcode products.