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Operation Manual

ManualsBrandsLab Gruppen ManualsPower Amplifiers1000W Amplifier with 4 Flexible Output-Channels, Lake Digital Signal Processing and Digital Audio Networking for Installation Applications
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12. Lake Processing and Lake Controller
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D SERIES Lake Operation Manual rev 3.0.4
12. Lake Processing and Lake Controller
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D SERIES Lake Operation Manual rev 3.0.3
11.7.2. AES67
When the device is in AES67 enable mode, the device is in 48 kHz only (also for Dante
subscriptions/transmissions). The receiver latency for AES67 subscriptions is 2 ms. Transmission flows are
Multicast only.
AES67 subscriptions can only be configured in Dante Controller. The AES67 transmitter must support the SAP
(Session Announcement Protocol). This is one of four device discovery methods referenced in the AES67
standard. Check if the transmitting non-Dante AES67 device supports SAP. Otherwise Dante Controller cannot
discover the audio flows coming from the device. Dante devices support SAP if their AES67 mode is enabled.
Multicast IP addresses must be in the range of 239.69.0.0 - 239.69.255.255. If dual redundancy is enabled on
the device, the AES67 flow only works on the primary network. It is still possible to utilize Dante on primary and
secondary networks at the same time, as an AES67 flow is present on the primary.
12. Lake Processing and Lake Controller
12.1. Introduction
D Series Lake integrates seamlessly into the Lake Processing environment, providing all features, functionality and
connectivity associated with all Lake Processors. The internal Lake Processing, which includes programmable
crossovers, EQ, dynamics and other functions, is fully controllable via Lake Controller software with a version
number of v6.3 for D 200:4L, D 120:4L and D 80:4L, v6.5.0 for D 20:4L and D 10:4L and v6.5.1 for D 40:4L.
All models are compatible with newer versions of the Lake Controller.
both available on www.labgruppen.com. Also, additional documentation is available from the Start Menu after
software installation.
12.2. Modules and Frames
A Frame represents one physical Lake Processor device (e.g. a D 200:4L). A maximum of four Modules are
contained within each Frame; these are referred to as Module A, B, C and D. The number of Modules shown in a
ed as a Classic Crossover (Bessel, Butterworth, Linkwitz–Riley), as a Linear Phase
Contour Classic 1 Way (CL1–Way) Output Modules, providing a total of four Module outputs that can be routed
to any of the four power outputs, but default is one to one (input 1 -> output 1 etc.). Please refer to the Lake
Controller Operation Manual for further information.