Remote Control

AALogic View software is designed to allow a PC to control the ADM2400. The ADM2400 is placed in remote (RMT) mode and the connects to the the AALogic View software via the USB 2.0 port. The user has virtually full control of the ADM2400.

Recall Saved Sessions

The ADM2400 can store capture data sessions in local memory. The AALogic View software can retrieve session information for analysis, saving to disk, and printing.

Volt Meter

The ADM2400 sends volt meter measurements to AALogic View software when the Volt Meter tab is selected and while capturing data. The DC and AC line information is available for lines 1 and 2 and the DC line information for line3.

Parity Highlighting

AALogic View provides parity highlighting. Users can select highlighting of data with parity bits set, parity errors, or both. Parity errors can indicate line errors and configuration errors.

DTMF (Touch Tone©) Decode

The DTMF Decoder tab is used to view dial and control tones on the line and quickly identify errors.

Capture Data Print

Print capture data to black and white or color printers. The output is formatted as it is on the screen for easy interpretation

 

Save Data to Disk

AALogic View can save session information to removable media or hard disk. These files can later be recalled for analysis, printing, and comparison with new information.

Export to CSV Text File Format

AALogic View's export to CSV text file is an easy way to transfer data to other programs, such as spreadsheets, for analysis and reports.

HEX and Enhanced ASCII Displays

AALogic View displays captured data in Hexadecimal or Enhanced ASCII formats. Enhanced ASCII displays control characters, the first 32 values, in bracketed, <>, format. This means that the data is easier to read. For example, instead of seeing an empty box or symbol for code 2, you would see <STX>.

Detailed Timing Information

The timing for each character is provided by the ADM2400. This information is viewed in AALogic View my moving the mouse pointer over the characters. A marker is also provided to allow detailed timing measurements and character count from the marker to the current mouse pointer position.

 

 

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AALogic View LE Example Screens
     Click images for larger view.

	Capture Data can be captured live, recalled from the ADM2400 memory, or recalled from disk. Configuration Settings for standard, data word format, Async/Sync, 2w/4w, single vs. multiple event mode, and display option readily available making it easy to determine and change the current settings. Answer and Originate Data are on separate lines and color coded to make it easier to read. Enhanced ASCII Display makes the common control characters appear in brackets, <>, nearly eliminating the need to keep an ASCII table close at hand. Data Information is displayed on the left for characters under the mouse pointer. The information includes the byte number, HEX value, Enhanced ASCII display, and the time from the previous character. Timing Marker information makes it easy to measure the timing and count the number of bytes from any location in the data to the current mouse pointer location.
	Parity Errors are important to identify as the characters with parity errors may have been corrupted in transmission. Line noise and data mode errors can cause parity error indications. Two selections are available, Highlight bytes with parity bit set and Highlight parity errors.
	Voltmeter measurements help determine the quality of the telephone lines. Problems with incorrect line voltage and noise are quickly identified. Line Selection for lines 1, 2, and 3 identify the connector on the ADM2400 to test. DC Voltage measurements are ±60 Vdc. DC measurements are available for all three lines. AC Voltage measurements are ±1.5 Vac-pp or from -10 to +3 dbm. AC voltage measurements are available for lines 1 and 2.
	DTMF Decoding is available for lines 1 and 2. DTMF digits are decoded and displayed in the DTMF decode window. Subsequent digit strings are displayed additional lines. Sixteen Digits are decoded:   1209Hz 1336Hz 1477Hz 1633Hz 697Hz 1 2 3 A 770Hz 4 5 6 B 852Hz 7 8 9 C 941Hz * 0 # D