-
Array Installation Modeling (AIM) is a QSC System Navigator prediction tool used for visualization of array coverage in a scaled, graphical model of a venue or installation space. AIM also provides dimensional and weight data for an array as well as pick-point recommendations.
-
Array Equalization (Ar-Q™) applies appropriate frequency compensation based on the number of loudspeakers in an array and the array’s total vertical coverage.
-
The application of filter sets to compensate for the summation effects of differing array shapes and sizes. Also see Ar-Q below.
-
Generally it is good practice to have the same signal processing parameters applied to all loudspeakers in an array. Array Shading is an exception. Array Shading is accomplished by adjusting the high-frequency level of individual array loudspeakers in order to achieve more uniform coverage.
-
Automatic Wireless Array Recognition (AWARE™) is a system using infrared communication links and internal accelerometers to allow active line-array loudspeakers to determine that they are a members of an array, their position in the array and their relative and absolute deployment angle.
-
In the context of creating an Inventory, a Catalog is a database of SysNav compatible devices that may be used in a Design.
-
An array is in conflict (or conflicted) when one or more of the loudspeakers comprising the array have settings that differ from other members in the array.
-
An array in which the splay angle between adjacent array members is smaller than the splay angle between boxes located higher in the array.
-
A SysNav Design is a file that includes an inventory of, and settings for the SysNav-compatible loudspeakers and arrays that comprise a SysNav system.
-
Any SysNav-compatible active loudspeaker.
-
A connection to SysNav in which all array member loudspeakers are wired to the SysNav connection. An alternative - Indirect Connection - is also supported.
-
Generally, it is good practice to have the same signal processing parameters applied to all loudspeakers in an array. Array Shading is an exception. Array Shading is accomplished by adjusting the high-frequency output level of individual array loudspeakers relative to others in order to achieve a desired frequency balance across the listening area.
-
A connection in which SysNav controls an entire array with only a single array member loudspeaker connected to the SysNav network. When used in this manner, the non-networked loudspeakers relay data to the connected loudspeaker via infra-red (IR). Note that some features such as firmware updates may not be available.
-
The devices that are part of a design. An Inventory device may be virtual or physical.
-
An array is Optimized when the DSP settings of the array members all match and the appropriate filters have been applied based on information provided by QSC AWARE™ regarding the number of array member loudspeakers and total splay. Also see Ar-Q.
-
When suspending a loudspeaker array, pick point refers to the point (or points) where the rigging hardware is attached to the array frame mounted at the top of the array.
-
Reconciliation is the act of matching a physical loudspeaker or array that has been discovered on the SysNav network with a like virtual loudspeaker or array that is part of the Design. Reconciliation applies the Design settings to the loudspeaker or array and allows it to be controlled and monitored by SysNav.
-
The tilt angle of an array is typically referenced to the Array Frame/Uppermost Speaker and is referred to as the Sight Angle of the Array.
-
The angle between two adjacent loudspeakers in an array.
-
A loudspeaker or array that is not reconciled to a physical counterpart and exists only in a SysNav Design.
