Faster Network Inventory with NEWT Professional

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IT professionals have always needed to cope with the growing difficulty that accompany monitoring an growing quantity of personal computers like a business develops. This kind of require is generally known to as Network Inventory or PC auditing. Sometime ago, if a person needed hardware and software inventory across a network, it meant physically going to each computer on that network and recording my way through a spreadsheet manually. Fortunately, through the years, software and OS’s have greatly enhanced, making Network Inventory simpler. NEWT Professional is a software product produced to lessen the work involved with Asset Management. Developed since 2003, NEWT has developed right into a high-speed PC Inventory tool, able to scan hundreds of computer systems in minutes, saving money and time for organizations of all dimensions.

In the world of Network Management, you’ll find several techniques used to Network Inventory computers. Two primary divisions are tools designed to use an agent and ones which are agent-less. Many agent-less tools could be extremely slow and/or have many difficulties with computer and security configuration, for example WMI (Windows Management Interface), thus they still require going to individual computer systems to “fix” issues before they could be audited. This is very frustrating to Network Inventory advisors. Utilizing an agent can circumvent these issues but frequently requires days or hours of extensive deployment.

The coders at Komodo Labs devoted well over 180 days developing a strategy to alleviate these Network Administration problems, leading to their latest version, 2.5. NEWT Professional now only requires read/write access to the ADMIN$ (pronounced “admin dollar” or administrator share), which is available by default to administrators in Windows NT, Windows 2000, Windows XP, Windows Vista and Windows 7. This enables Network Inventory to get the same information in only minutes that before required hundreds of hours. Not just have scan speeds improved, but network bandwidth was greatly reduced, making it possible to accomplish Network Inventory over slow connections, for example WANs (Wide Area Systems) with little effect on network traffic.

NEWT Professional is helpful for nearly any network in which a total Network Inventory is required, and several MSP (Managed Service Providers) and Network Inventory technicians use NEWT Professional to quickly detect configuration information for his or her clients. It picks up all of the normal Hardware and Software Inventory information, including CPU info, system serial numbers, OS Product Keys, etc., but additionally goes one step further, gathering CPU temperature, system and hard disk temperature, USB type (1.x, 2.0 or 3.0), correct hard disk type (IDE versus. SATA) & serial number, monitor type (LCD/CRT), detailed RAM Slot info and many more.

After carrying out a Network Audit, data will come in a simple-to-read spreadsheet-like view, with options including saving to NEWT’s own format, exporting to Excel, HTML, text or perhaps a fully relational MS Access (MDB) database.

In terms of blazingly fast network inventory, NEWT Professional meets the requirements of network professionals everywhere, all without emptying your wallet.

Steps to Successful Negotiation

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Negotiation skills are an attribute which every woman wanting to get ahead must have. In business today, successful negotiation is extremely important and is one of the pre-requisites for achieving success. The following are 5 steps which should be followed in order to negotiate successfully in business.

The very first step is to place yourself in the shoes of the person whom you are negotiating with. Look at things from the other persons perspective and evaluate what their objectives are. This will help you to understand what outcome they are looking for and hence could give you an advantage in the negotiation process. You will also be able to analyze how the other group views you and your proposal.

The next step which should be followed is to know everything about the business you are dealing with. You need to prepare prior to your meeting and find out as much as possible about them. Things which you need to consider should be how well the business is doing at the moment, whether they are carrying out the deal to meet some financial requirement and/or what the purpose is for them to be carrying out business with your company. The main reason for this step is to find out the motive behind the business dealing.

Always remember the person asking the questions is the person who holds the power. Ensure you ask questions to clarify the outcome are required and what is required from you.

There are many techniques involved with negotiation and you should make use of the one you feel most comfortable with. There are generally 3 types of techniques which every woman should select from. These three techniques are:

-Competitive/Conflict negotiation
-Cooperative Negotiation
-Problem Solving Negotiation

Each of these techniques is unique on their own and follows a different plan. Research them all and then select one, which suits your style of negotiation and which also, helps your company fulfill its business needs.

The fourth step is to prepare a strategy. In order to achieve your objectives and come out successful from the negotiation, you need to have a well thought out and planned strategy. You can never predict what is going to happen so being prepared is the best option. Prepare the things you need to say and what you want to achieve beforehand. Knowing this information in advance, frees your mind to concentrate on managing whatever happens on the day.

Some of the tasks you should focus on completing before the meeting should be the time at which you will be carrying out the negotiation – is it suitable to both parties? Next, the duration of the meeting should be kept in mind, have you left enough time between meetings, so you dont have to rush from one to another staying focused is the key. Where should the meeting be held to ensure a successful outcome is also very important?

The fifth and final step in negotiation is that you remain calm. There will be aspects in the meeting when you will not know what to do or say. At these moments the best thing to do is remain calm and patient. Do not let them know you are feeling pressured and most of all, do not let the other party intimidate you. If in doubt, ask a clarifying question.

Telecommunications The Early Years

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Throughout time the main forms of communication required that one person be within visual sight of the other in order to be able to successfully communicate. Either that or be within visual or audible range of the means of communication, as in semaphore (physically signalling between ships), or smoke, or drum signals. Then during the 1830s and 1840s telecommunications was born in the form of the telegraph.

The definition of telecommunication, is the means of communicating over great distances, which means that semaphore, drum and smoke signals do not come under the heading of telecommunication, but Telegraphy, telephony and electronic mail do come under the telecommunications heading.

Telegraphy and telephony requires the use of metal wires in order to transmit messages between sender and recipient. During the 19th century, thanks to the invention of the telegraph, these metal cables were laid along the ocean beds, connecting the continents of the world and thus allowing international telecommunications (first one completed on the 27th of July, 1876 linking the USA with Great Britain).

Wireless telecommunications – The 20th century brought the advent of long distance communication without the need for physical connectivity. The first versions were created by Guglielmo Marconi, and manifested themselves in the form of the wireless radio, for which Marconi won a Nobel prize. This was achieved back in 1909.

Other intrepid contributors – Besides Marconi, there were a number of others making headway in the field of wireless communications, they include, Alexander Graham Bell, Samuel Morse, Lee de Forest, Joseph Henry, Nikola Tesla, Edwin Armstrong, and John Logie Baird.

Earliest form of telecommunications – A Frenchman by the name of Claude Chappe back in 1792, came up with a communication system that allowed rapid (rapid for the time) transmission of a message by setting up a series of towers that were about 6 miles apart. From these towers operators could receive messages from one tower then transmit those messages to the next tower. The transmission of messages was done by semaphore. Semaphore is achieved by the use of moving arms that dependent on the position of the arms would have different meanings. Chappe’s communication system lasted up until 1880, when it was forced out of existence by the far superior telegraph system.

The telegraph – In 1839 one Sir William Fothergil Cooke and one Sir Charles Wheatstone built the first commercial electrical wire based telegraph system. This was actually an improvement on the existing electromagnetic telegraph system.

Morse steps on to the scene – Not only were communication system to use Samuel Morse’s means of coding messages, but Morse himself, in 1837, created a much simpler telegraph system to that already in existence, that which was created by Wheatstone and Cooke (see above).

International telephone link took a long time coming – Although there was a cable connection Great Britain with the United States of America laid back in middle part of the 19th century, it was not good enough to be used for transmitting telephone signals. It had been originally set-up for communications via telegraphy between the then President of the USA, James Buchanan, and Great Britain’s Queen Victoria. The original cable failed fairly quickly and had to be replaced, but was of no use for the telephone system. It was not until 1956 before telephone telecommunications was successfully set-up between the USA and Britain.

Network Support For Computer Motherboard

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In any type of computer, motherboard is the main component, which holds many vital parts of the system and provides connections to other peripherals. It acts as a communication highway. Each part of the computer system communicates to each other through the motherboard. The objective of the motherboard is provide a communication channel to all other peripherals and parts of the computer system.

Brief History Of Motherboard
In the earlier times when computer was first invented, the device used to be built in a frame or a case with parts connected through a backplane. The backplane comprised a set of slots interconnected through wires. After the arrival of printed circuit boards, the central processing unit, read only memory, random access memory, peripherals were mounted on the PCBs. As time passed by in the 1970s and 1980s, more and more numbers of components started getting housed on the motherboard due to economical reasons. In the 1990s, the motherboards became capable of performing video,audio,networking and graphics functions.

Overview Of Motherboard
Generally a computer motherboard has microprocessor, main memory and other vital components, mounted on it. Other parts like video and sound controllers, external storage and peripheral devices are connected to motherboards through plug-in cards. In the latest motherboards, all these components are mounted directly.

Motherboard Chipset
One of the most important component of motherboard is chipset. It controls the data flow through the data bus of the motherboard. Channelizing the data to the correct component is the primary objective of the chipset.

Motherboard Components
The motherboard contains connectors for all components. Expansion slots for PCI,ISA,AGP,DIMM and external connections for serial and parallel ports,USB ports,sound card,keyboard and mouse are mounted on it.

Keyboard & Mouse Connectors
All computers have keyboard ports connected to the motherboard. Two most commonly used connector types are DIN and AT. Nowadays mini DIN PS/2types of connectors are replacing ST types of connectors. PS/2 style sockets could be used with AT types by using a converter. USB connectors are also found in some PCs.

Parallel Port
Parallel ports are used by printers. On parallel port, multiple wires are used for carrying data signals. A 25 pin female DB connector is used in parallel port. Motherboards directly support parallel ports through direct connection or dongle.

Central Processing Unit
The component is also known as CPU. It controls all operations that are performed inside a computer. CPUs are basically large scale integrated circuits in rectangular small packages with multiple connecting pins. CPU consists of mainly two components,namely Arithmetic Logical Unit(ALU) and Control Unit(CU). ALU performs arithmetic and logical operations and CU fetches instructions from memory and execute them.

Universal Serial Bus
Universal Serial Bus or USB is an industry standard connection for PC. The speed of USB 3.0, the latest standard of USB, is 5 Gbits/second.

Basic Input Output System- Read Only Memory(BIOS ROM)
The BIOS ROM chip, which is a permanent memory,contains the software program which performs the basic operations when the computer is switched on. When the computer is powered up, the microprocessor searches for basic diagnostic information in BIOS ROM., such as, how much memory is available, whether all peripherals are working properly, if an external drive is connected,etc. When diagnostic information is found to be OK, then only the computer starts its operation.

Random Access Memory(RAM)
RAM is a temporary memory. It is used to store data when computer is powered up. Once the computer is switched off, this memory id erased.

Electrically Erasable Programmable Read Only Memory(EEPROM)
EEPROM is erasable programmable read only memory. It is possible to read from and write to this type of memory. Once the computer is switched off, data stored in EEPROM is retained.

Slots
Generally two types of slots are available on motherboard, namely AGP slots and PCI slots. AGP slots are used for graphics cards, while devices like modems, network cards and sound cards use PCI slots.

IDE Connector
This connector is used for connecting hard disks, CD and DVD.

Floppy Connector
The computer’s floppy drive is connected through this connector.

PC Support
Since motherboard contains so many components, any defective component could make the computer nonfunctional. Many online network support providers are rendering round the clock support for motherboards. In case the user faces any problem related to motherboard, immediately the help of PC support providers should be sought to mitigate the problem.

How To Properly Install Thhn Cable During Cold Weather

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Cold weather can wreak havoc on your skin, your heating bill and the air pressure in your tires, but did you also know that it can destroy your cabling if its not handled properly? One such cable, easily susceptible to cold weather deterioration, is THHN cable.

What is THHN cable?

While the terminology of some cables is convoluted and difficult to understand, most of the names of cables are acronyms or abbreviations. The name “THHN” simply comes from “Thermoplastic, High-Heat Resistance, Nylon-Coated.” THHN cable is classified under Hook-up Wire and is a very popular cable, typically used as general building wire. “General” simply means that it has several different applications, all falling under the building industry. Like all general use cables, there is no one “correct” application for THHN cable. However, it is very important to understand any cable’s strengths and weaknesses, what environments it can and cannot be used.

THHN Cable Strengths

Knowing where the name THHN comes from helps identify the cable’s strengths. Because it is a thermoplastic material it can be heated and cooled several times to reshape it, but like any material it has high and low temperature limits that it can withstand before becoming unstable. These specific temperatures can differ between individual manufacturers.

With the “High Heat” rating in its name, that infers it can be used in high temperature applications. What specific applications depend on the actual specifications of the cable, and the operating temperature ranges must be known to determine this. “Nylon-coated” identifies a specific thermoplastic material being used. THHN also has thermoplastic PVC material as insulation, but the Nylon is used as the cable’s jacket and is exposed to the elements. Nylon is a strong material, and is so widely used that THHN cable is more cost effective than other building cables made to withstand more demanding environments.

THHN Cable Weaknesses

The very same materials that give THHN cable it’s strengths also lend weaknesses as well in the right (or should I say wrong?) environments.

Because of the Nylon coating, THHN cable can become stiff at lower temperatures. Temperatures lower than 14F can make it susceptible to cracking. Thermoplastic materials need to undergo a process called plasticizing to function at constant low temperatures, but for cables that will be installed and then never move this isn’t necessary. Proper handling will allow for the cable to withstand installation and then cold temperatures up to the lowest end of the operating temperature range.

The term “thermoplastic” is defined as a material that melts into a liquid at high temperatures and freezes at lower temperatures. The colder it gets, the more it freezes, until the slightest agitation will cause fracture. Bending the cable causes one side of the jacket to compress and the other to expand, which is just the type of agitation needed to cause cracking.

Proper Installation of THHN Cable

To make sure that your THHN cable doesnt crack during installation, there are a few simple steps to follow:
Store cable indoors when the weather turns cold; a stable temperature of 65F is best.
If this is not possible, bring the cable inside at this temperature for 24 hours before installation
Never install THHN when the temperature outside is below 14F
While exposed to cold temperatures, do not drop it to the floor and protect the cable from impacts from other objects as this can crack the stiffened material.

After proper installation, THHN cable can safely operate in outside temperatures below 14F given that it remains stationary.

About Allied Wire & Cable, Supplier of Electrical Wire

Allied Wire & Cable is one of the largest privately owned value-added manufacturers and distributors of electrical wire and cable products in the United States. Family owned and operated since 1988, Allied services many of the largest industries in the country, from the government and the military to aerospace, automotive and telecommunications. Allied supplies all the wire, cable, tubing and accessory needs of these industries and more everyday. Headquartered in Collegeville, PA, Allied has offices in Florida, New Hampshire, South Carolina, Tennessee, Texas and Wisconsin, along with several warehouses across the country.