In Analog Acquition task (Voltage, current, acceleometers, Strain Gauge, Bridge, Resistance, Termocouple, RTD, Forec IEPE, Velocity IEPE sensors), user can select which channels on its National Instruments acquisition device, have to be used and which channels have to be disabled.
This feature expands system configuration capabilities because user can select acquisition channels where sensors are connected only, and iDaq optimizes system performance.

When user select sensor types for an analog input acquisition task, new interface shows sensor type icons, optimized for touch-screens

When iDaq starts, checks if all installed devices are connected and interacts with user to verifiy devices not connected and to removed unavailable devices from list of managed acquisition boards.

iDaq manages an EPC TAG (Electonic Product Code) for every analog input channel. This TAGs can be use to associate DUT (Device Under Test) to acquired signals.

iDaq manages a "Document" window for every connected device. Docuemnt window collects all documents associated to that device: PDF, WORD documents, images, etc.
Documents can be added, viewed and removed with a single click.

iDaq includes the pinout schema with terminal configuration, for every supported device, made by National Instruments.
Pinouts can be displayed with a single click from device "Document" page.

iDaq manages a "Document" window for every connected device. Docuemnt window collects all documents associated to that device: PDF, WORD documents, images, etc.
Documents can be added, viewed and removed with a single click.

iDaq supports myDAQ acquisition boards with a new specific driver. With this driver, included into iDaq base package, user can take advantage of all iDaq features and benefits using myDAQ devices.

Interface of SyncCDAQMod has been completely redesigned. With this new interface, users can import channels of different modules of the same chassis in ease.
The importation window shows all the available modules. To import channels of a module, it is enough to click on the desired module.

For most devices, iDaq has a new channel selection window that allows user to select necessary channel only. For example, according to his needs, user can select a limited portion of the 32 channels of a NI-9205 module. This simplifies configuration and processing as well as increases performance.

Some DAQmx modules, as NI-9233, NI-9234, and NI-9237, does not support any sampling frequency. In these cases,iDaq uses a default sampling frequency supported by the modules. For example, 2 kHz is used for NI-9233 and NI-9237, while 6.4 kHz is used for NI-9234. For modules that haven't a contrain in the sampling frequency value, 1 kHz is used.

For each channel type (accelerometer, IEPE-Force, IEPE-Velocity, RTD, Gauge, ...) range and unit of measurement are customizable. In this way, user can completely configure channels according to the selected processing units.

The Probe WPU has 0.1 factor insteaf of 1 factor.

A new WPU has been added to the list of supported WPU: Decimation
This WPU decimates signals by reducing its sampling rate to a smaller value.

WPU Probe has a touch screen oriented editor.

Component Settings Window includes a button to remove installed components.

The Phonic Wheel WPU processes an input square wave generated by a Phonic Wheel and calculates the correspondent rotational speed. Editor of WPU Phonic Wheel allows user to choose if rotational speed must be expressed in Hz or in RPM (revolution per minutes).

New option Clear Password at Start-UP has been added in General Settings of iDaq. If enabled, password is not required when iDaq starts. Vice versa, if it is disabled, every time iDaq starts, password is required (if it has been set previously).

In SyncCDAQMod devices, when different channel with same name are imported, an index is appended in order to avoid duplicated names.

Channels of these modules can be configured as Voltage Input, Current Input, RTD, Strain, Bridge, and Termocouple channels.

Time-Lapse Creator is a new FREE ADD-ON to create lapse video sequences starting from images (frames) captured with a specific frequency. Time-Lapse technique is usually used to create videos with a frame rate much higher that the frequency at which frames are captured. For example, an image of a scene may be captured once every second, then played back at 20 frames per seconds; the results is an apparent 20 times speed increase.

iDaq includes a new window for channel selection. Channel Selection Window is more intuitive and easy. It allos user to choose one of the supported channel types: accelerometers, voltage input, analog input, RTD, resistance, bridge, strain gauge, thermocouples, IEPE-Force, IEPE-Velocity, current input.

Accelerometers channels can be configured using two new parameters: Current Excitation Source and Currenct Excitation Value. iDaq channels are completely configurable in order to obtain the best from connected sensors.

A new action can be associated to trigger switches, that executes comands from a command line console. With this new action, iDaq can operate with third-party applications to create reports, visualize and process recorded data automatically.

A new action can be associated to trigger switches, that runs DIAdem and opens a selected VBscript. With this new action, iDaq and DIAdem can cooperate to create reports when a recording session ends, or to visualize recorded data in a specific manner.

Every analog input channel can be customized with a "Group" TAG to improve data mining and post processing, based on channel groups. "Group" is a free text TAG editable by user.

When user configures Low Speed Digital I/O for input and output on the same device, list of digital output lines is not saved and output lines are marked as "unused" lines.

When users configures digital channels to measure frequency, channel parameters are saved, but not loaded properly at next iDaq execution.

When users configures analog channels to measure RTD, channel parameters are saved, but not loaded properly at next iDaq execution.

iDaq log window that displays log messages can be resized by user. In that window, close button is scaled proportionally with new window size.

In the locking window, while moving mouse over password buttons, as soon as the password is correct, password is accepted. Now, password validation is done only after mouse is released.

In the Session Selection Window, when a new session is created, a folder with the session name is created. Invalid characters and long name cannot be typed anymore to define a new session.

A message that requires iDaq reboot appears when Snapshot Loading Window is closed using Cancel Button.

Modules NI 9207 and NI 9207 (DSUB) have 8 analog input channels of voltage sensors and 8 AI channels for current sensors. iDaq acquires from first 8 channels only.

In analog input acquisition task, iDaq detecs and disables channels not compatible with device terminal configuration. User cannot edit channel settings dialog and modify its terminal configuration.

When user changes sesnor type in aSyncCDAQMod device, terminal configuration of edited channel is lost and data acquisition cannot be performed.

Even if user changes Auto Zero Mode to "Once" or "Every Sample"and confirm, when editor is re-opened, Auto Zero Mode is set to "None".