d&b_Ti10P

Description

The 2-way passive T10 may be deployed in multiples as line
array that maintains horizontal constant directivity down to
approximately 600 Hz or as a high directivity point source
loudspeaker� Accurate control of horizontal directivity is further
enhanced by a large frequency overlap through the crossover
range, while adaption for line source or point source orientation
is achieved without the use of any tools� The T10 HF driver is
fitted to a waveguide horn producing vertical line source
directivity� Rotation of the horn by 90° produces an accurate
point source dispersion transforming a vertically oriented T10
into a stand-alone full range loudspeaker� When the T10 is
deployed upright as a point source, the vertical directivity control
extends approximately one octave lower than similarly sized
biaxial loudspeakers�
The installation specific Ti10L and Ti10P share the same
characteristics, with different versions designed for varied
applications: the Ti10L loudspeaker is used in multiples
as elements of line arrays and incorporates appropriate
rigging, whilst the Ti10P is used as a point source standalone
loudspeaker without the line array hardware�
The T and Ti are actively driven bass-reflex subwoofers
utilizing a long excursion 15″ neodymium driver, sharing the
same width and integrated rigging fittings as the T10 and Ti10L
respectively� They are used to increase the low frequency
headroom and extend the bandwidth of a T10 and Ti10L column
down to 47 Hz�
The B4 is intended for use in mobile applications� It’s a compact
high performance cardioid subwoofer utilizing two long
excursion neodymium drivers in an integrated cardioid setup to
avoid unwanted energy behind the system� This passive cardioid
design is driven by a single amplifier channel and intended for
ground stacked setups�
T10 loudspeaker T10 loudspeaker
in line source orientation
Ti10L loudspeaker Ti10P loudspeaker
T subwoofer Ti subwoofer
The T-Series
The d&b software offering aides the entire system setup process�
The d&b ArrayCalc simulation software allows the virtual
optimization of loudspeaker line arrays, point source and column
loudspeakers as well as subwoofers and their adjustment to
venue conditions� The d&b NoizCalc immission modelling
software uses international standards to model noise immission
from d&b loudspeaker systems� NoizCalc takes data from
ArrayCalc and calculates the sound propagation towards the far
field� The complete system configuration simulated in ArrayCalc
is assimilated by the d&b R1 Remote control software into
an intuitive graphical user interface to manage the amplifiers,
and loudspeakers, from anywhere in the venue�
d&b amplifiers are specifically designed for use with d&b
loudspeakers, and are at the heart of the d&b system approach�
These devices contain extensive Digital Signal Processing
capabilities to provide comprehensive management and specific
switchable filter functions to precisely target the system response
for a wide variety of applications� The four channel D20
amplifier is specifically designed for mobile events comprising
small to medium sound reinforcement solutions� The installation
specific four channel 30D amplifier is intended for permanent
integration within venues which require medium Sound Pressure
Levels� These amplifiers both provide extensive user-definable
equalization containing two 16-band equalizers with parametric,
notch, shelving and asymmetric filters as well as delay
capabilities of up to 10 seconds�
Amplifier Touring rack assemblies can be provided for either
three D20 amplifiers, three D80 amplifiers, or six D80 amplifiers�
The DS10 Audio network bridge can be supplied in these fully
equipped system racks, which also house mains power
distribution units, connector interfaces and all internal cabling�
The DS10 Audio network bridge provides 16 AES3 output
channels and interfaces between the Dante audio transport
protocol and the d&b amplifiers�
The DS100 Signal Engine is based on a specialized
rack mount 3 RU audio processor with Audinate Dante
networking� It provides a 64 x 64 audio matrix with level
and delay adjustments at all cross points� Additional software
modules provide dynamic source positioning and emulated