Chip And Pin Table of Contents
Chip and Pin Machine (CPMS) is the next generation of point-of-sale (POS) system. The revolutionary new system not only offers consumers and business owners a secure, fast and convenient method for accepting payments but it also provides them with a cost-efficient and highly reliable method to perform cash transactions. The booklets that covers all the main points about Chip and Pin Machines, how they function, the various kinds of devices and their expected costs are available on the website.
The new Chip and Pin Machine are completely paperless; no pen or card is required to process the payment. This makes Chip and Pin Machine an ideal choice for small businesses and stores that process debit card transactions. It is designed for the security, convenience and productivity of the end user and is able to meet the needs of large volume of debit card transactions in any store or restaurant. In addition, this system is ideal for hotels and motels that accept major credit cards.
Customers need not carry any additional supplies of money or other personal items to make or accept the payment. An access control panel controls all the transactions, i.e. whether the user is allowed to make purchases or enter PIN numbers. With a merchant account, customers will be able to make purchases with their credit or debit card and will be able to enter their pin numbers to complete the transaction.
When a customer swipes a plastic credit card through a cash register, a magnetic field is produced on the card. This field is deciphered by a transactor that is installed with a special microchip, which in turn, translates the movement of the card through the card machine into an electric signal. The signal is then read by a device called a PIN pad, which verifies the amount of money on the card and then causes it to be automatically cashed in. In some cases, the device may allow the customer to make changes to their card by touching a digital display screen. These types of machines are usually used for convenience, such as at an ATM, but they are not as widely available as the ones that accept major credit cards.
When a customer inserts a plastic card into the slot, the magnetic field produced by the magnetic fields of the cards is translated by the transactor into an electrical signal, which causes the card machine to create a magnetic signal, which is then read by the PIN pad. If the customer wishes to make changes to their card, all that is required is to make a mark or alter the amount of money on the card. If the customer chooses to pay using their plastic card instead of money, the magnetic field produced by the card machine will be altered so that it matches the amount of money on the card. This type of card machines works very well with major credit cards, because a change in magnetic fields can easily be detected by the machines, which allow the card to be validated and then either accept or reject the transaction.
The main components of the machine are the printer, the card reader, the microprocessor, and the software, which stores and retrieves the magnetic field information. The printer is responsible for scanning the card for the relevant magnetic field information, which is then translated electronically by the microprocessor. Once this has been done, the information is fed through the card reader, which reads the magnetic fields contained on the card. If the card is a plastic card, then the magnetic fields are translated by the software into electrical signals which are then sent to the payment processing unit. The electronic data is then stored in the computer, which act as a sort of command center for accepting and interpreting the transactions, and issuing payment for goods bought using the card.
The different types of chip and PIN machines are used in retail shops, ATM centers, software development centers, malls, airports and virtually every public institution that accept credit card payments. These machines make use of a built in, or an embedded scanner to take a picture of your pin number. They will then encrypt this information using a built in or an embedded decryption key, before sending it over a communication line to be encoded on your plastic. Once you insert the plastic into the machine, the system will scan the magnetic field and figure out what pin number you have chosen. Usually, the keyless entry system is programmed so that it only accepts a certain set of alphanumeric characters; this way, if somebody wants to enter a number but doesn't have the right key, they can do so by simply pressing a different key on their personal computer.
The ATM machines, also known as cash registers or swiping machines, use a patented chip that acts like a credit card but with information that is encrypted. When you insert your chip, you are asked for your pin number or pin code, and then after you have processed it, the machine deducts from your bank account or debits your account automatically. This type of machine works exactly like a debit card. These are the most widely used machines in use today, and they are used everywhere from supermarkets to airports. While these particular models are extremely convenient, they do use up a lot of energy, which in turn means that they cost a lot more money than the other two options - use of electricity and the usage of coins.
The newest and possibly most popular type of machines is the personal computer-based machines. These are much smaller than their desktop and laptop counterparts, and they are primarily used by businesses, and not for individuals who need to make use of such machines at home. These computers were originally designed to be used in airports, and they are now used everywhere else because they are compact and inexpensive. While they are not as popular as the other two types, they are still a viable option if you are looking to use a machine at home instead of using one of the larger, bulkier options.
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