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Contrary to popular belief, possession of the magnetic card encoders individuals is not something illegal. Nevertheless, to acquire a device of this type was not easy. To order online, delivery is not really wanted, and often sellers refuse to sell at the slightest suspicion that the encoder is purchased by a private individual. Popular encoders type MSR206 did not find any in local stores or on sites with private classifieds. But accidentally found on the website of one store USB encoder ME6-USB unknown company POSH. The description was declared fully hardware compatible with MSR206. The encoder was offered at an attractive price (~$450 USD), which was slightly more than half the MSR206. On this basis it was decided to place an order and within a week the encoder was in my arms. Opening the packaging and quick inspection of the contents at once given to understand that the inside is nothing like MSR606.
Introduction
As it turned out, POSH is the only distributor in the canadian market and offers products for use in trade and access control. However, all goods are offered under its own brand and are provided with their own warranty and tech support.
The encoder MSR606 is a hardware clone MSR206, therefore, repeats all its features. The encoder supports reading and writing three tracks of card HI-CO) and low (LO-CO) magnetization ISO 7811-7816, AAMVA, and other. The encoder is powered by 24v DC and in the set provides a universal power supply that operates from a network of 110-240v AC. Connected to the encoder via the USB cable.
Equipment and features
The main characteristics of the encoder are as follows:
Image 2.
In the package in addition to the encoder also has one plastic PVC card on three tracks and a CD with drivers, software and documentation. Couldn't forget the fact that the driver and software work perfectly in Windows 7 x64, so to use virtual machines or run the software in compatibility mode with older operating systems do not have the owners of modern systems.
As the documentation on the disk is given a document that combines a brief description of the encoder, the accompanying software and programmer's guide for those who will need to write your own software to work with the encoder.
Initially, the encoder is made with a serial interface RS-232, and USB support was introduced for ease of use with modern systems, in which the serial port is already confident dies. Engineers decided not to develop a new scheme of connection, and simply built into the encoder adapter USB-COM. When you first connect the encoder to the computer system found and installed the driver for the adapter, adding a virtual serial port COM4.
Image 3.
Outwardly MSR606 is not much different from MSR206, not counting the color. The top panel also has three LEDs that indicate the status of the encoder. In my hands I MSR206 not kept, so the differences will say, based on the information received from the network.
The encoder MSR606 is connected to one fixed cable combines USB cable and power cord. Near the base of the USB connector socket for power supply. Not the most convenient scheme, given that MSR206 uses a separate removable communication cables and power supply.
Work with software
According to the manufacturer, the included software is only for testing and demonstration of the basic functions of the encoder. Despite this, the functionality of the supplied program lasts for more than the required minimum.
When you first start the program will ask to enter the password for future use. It can not be entered, but each time you run it, the window will still appear, but it cannot be removed.
Image 4.
After entering the password (or close the window), the program will initialize the encoder, after which it can begin to work. On the ready state of the encoder can be judged by the glowing green led on the panel of the encoder and the model name and revision of the encoder in the upper right corner of the program.
Image 5.
Left three large text fields, referred to as Track 1, 2, and 3 are used to display the contents of the corresponding track read maps. Also there you can enter your data for recording on the appropriate track of the card. The header of each field, in addition to the track number indicates the data density in bits per inch, the character encoding (including parity bit), the type of parity and data size.
Under Select Card Type, you can choose magnetization (coercivity cards that will work. This option should be selected when the operations record or erase the card, the card is being read any of the magnetization read the same regardless of the option selected. Switching of the magnetization in the encoder you hear a click.
In the section "Data Type" you can select the type of data used. This opportunity is presented for the convenience of the user, automatically translating the zeros and ones in a comfortable viewing and editing format. The ISO format is used mainly when working with credit and Bank cards, and formats AAMVA and Ca DMV match the type of data used, respectively, by the American Association of vehicles and the Department of motor vehicles pcs. California. Formats can vary the density of data on each track, the encoding and the presence or absence of parity. Type "User Type" allows you to customize the format by itself, if it is not compatible with the first three formats, and type "Raw Type" is used in the case when the parameters are unknown format or a custom format. In this case, the data tracks are converted to hexadecimal zeros and ones.
The bottom section provides buttons to work with the encoder. The main of them Read, Write, Erase speak for themselves and are responsible, respectively, for read, write and wipe cards.
When reading the encoder goes into "Ready" (the yellow led turns on), and after holding the card on the encoder displays the data fields in the respective tracks of the last read card and says how many cards were read. This number is not stored anywhere, so every time starting any operation, the program will indicate how many cards have been processed for the current session.
Image 6.
When writing the program behaves similarly, except that the encoder is in the standby mode, burn at the same time the green led "Ok" and the yellow "Ready". The encoder read head is located after the recording, so the recorded data is immediately checked. In the case of a successful recording light only lights up the green led and the encoder immediately goes back into standby mode. If during recording or other operation error has occurred, then the encoder will light the red led, and the program will notify error.
Image 7.
Error may occur in case of use of a damaged card, when you try to burn map high magnetization, when the selected option is "Lo-Co", uneven holding the card via encoder or when soiled heads of the encoder.
The function "Erase allows you to erase the selected tracks on the map. Erase map is always better before writing new data, although in most cases the overwriting of data is successful without a prior Erasure.
Image 8.
"Copy" gives us the opportunity to read one card and make duplicates. Compare is used to compare identical cards and, in the case of non-read data, the program will notify error.
"To File" is used for packet writing data to a file. This file records the date and time and the data of the selected tracks. Packet-writing the stored data is used for the "From File".
"Setup" allows you to configure basic settings. On the tab "Com Port", you can select the port used for communication with the encoder. As you can see, the choice is quite wide and can be configured for use on systems where busy 255 Com ports. :)
Image 9.
On the Format tab type, you can manually set the number of leading zeros and the data density of the second track.
Image 10.
And on the last tab, you can configure those settings data that will be ignored when reading or writing non-standard types of cards, if you selected "User Type" in the section "Data Type".
Image 11.
Conclusion:
As you can see, despite the fact that MSR606 is a clone, functionality he is not inferior to the more expensive encoder MSR206, and the price may be a deciding factor in the choice of encoder. Not counting inconvenient cables and wires this encoder I consider it a good purchase.
In conclusion, here are the pros and cons of this product.
+ Recording three tracks.
+ Record card high magnetization.
+ Work in 64-bit Windows 7.
+ Attractive price.
- Attached wire.
- Inconvenient power connection.
- One year warranty against three MSR206.
