Architects and Engineers
Specifications |
The engineered sound processor shall be a
DSP-based signal processor. The processor
shall include eight general-purpose control outputs
and eight general-purpose inputs with expansion
capabilities for up to a total of 16 general-purpose
control outputs and 16 general-purpose inputs. |
Analog audio inputs and outputs shall be
electronically balanced. The maximum input
and output levels shall be +24dBu. Analog inputs
shall be software switchable between microphone
and line-level inputs. Phantom power of +15V
shall be provided. A/D and D/A sections shall be
24-bit, 64x over-sampled. |
The processor shall include eight analog audio
inputs and eight analog audio outputs but be
expandable to a total of 64 audio channels in one
2U frame. The digital signal processing shall be
performed by a Texas Instruments TMS320C6713
DSP chip running at 200MHz and utilizing 128Mbit
of RAM for delay. All processing shall be done with
32-bit resolution, and audio sampling shall be at
48kHz. |
The processor shall include Ethernet, RS-232
and RS-485 ports. Certifications shall include
cUL, C-Tick and IEC60065, and have a CB report
including all country deviations. Processor and
peripherals shall meet EN55103-1 and EN55103-2
EMC requirements. |
System shall include PC-based design and control
and configuration software, and communicate with
the DSP and other parts of the system via Ethernet. |
The processor and design software shall include
the following minimum set of processing modules:
Bose® speaker EQs, Bose crossovers, crossovers,
graphic and parametric EQs, routers, delays, matrix
mixers, signal generators, meters, compressor/
limiters, duckers, automatic gain controls, gate,
room combiner and source selectors. |
The processor shall be capable of using a variety of
audio cards including a 4x4 mic/line input/output
card, a four-channel Enhanced Dynamic Range
output card, a four-channel Enhanced Dynamic
Range input card and AES-3 eight-channel input |
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| and output cards. Unit also shall support addition of a GPIO expansion card to increase the system’s generalpurpose inputs and outputs to 16 each. Unit also shall support a DSP expansion card, which includes three Texas Instruments TMS320C6713 DSPs running at 200MHz and three 128Mbit RAMs for delay. |
The processor shall support up to 15 RS-485-based
zone controllers and eight Ethernet-based control
centers. |
The Engineered Sound Processor shall be a Bose ControlSpaceTM ESP-88 Engineered Sound
Processor. |
| Safety and Regulatory Compliance |
The ControlSpace ESP-88 meets cUL (UL 6500
2nd edition), C-Tick, PSE and IEC60065, and has
a CB report including all country deviations. It meets
FCC Class B, Canadian ICES-003 Class B and
EN55103-1 and EN55103-2 EMC requirements. |
Warranty
Five years. |
Product Codes
ControlSpace ESP-88 120V - US PC 38214
ControlSpace ESP-88 230V - EU PC 38218
ControlSpace ESP-88 100V - JPN PC 38215
ControlSpace ESP-88 240V - UK/Sing PC 38216
ControlSpace ESP-88 240V - AU PC 38217
ControlSpace CC-64 control center PC 35624
ControlSpace CC-16 zone controller PC 35625
ControlSpace accessory power supply PC 37823 |
Expansion Cards
ControlSpace DSP expansion card PC 37535
ControlSpace 4x4 Mic/Line card PC 37533
ControlSpace GPIO card PC 37534
ControlSpace EDR four-channel line out PC 37538
ControlSpace EDR four-channel line in PC 37539
ControlSpace AES-3 eight-channel input card PC 37537
ControlSpace AES-3 eight-channel output card PC 37536 |
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