Bose ControlSpace User Manual download pdf (Page 6)

ControlSpace

ESP-88 / ESP-00

engineered sound processor

TECHNICAL DATA SHEET

All information subject to change without notice.

® 2013 Bose Corporation

All trademarks are those of their respective owners.

Bose Professional Systems Division

OF 6

pro.Bose.com

Occupies one audio slot. Provides up to

32 channels of CobraNet digital audio.

ControlSpace® ESP ESPLink output

card

Occupies one audio slot. Provides

eight channels of digital audio of a

single optical cable. For use with the

PowerMatch PMESPLink input card.

350513-0010

DSP

ControlSpace® ESP DSP Expansion

card

Daughterboard expansion increases

processing power by 300%. Audio

Signal Delay Memory increases from

72 seconds to 288 seconds. Maximum

ESP latency 800µS with DSP expansion

card. One card can be added to an

ESP-88 or ESP-00.

PC 041769

GPIO

ControlSpace® ESP GPIO Expansion

card

Installs in the available GPIO slot. Adds

eight additional control inputs and eight

additional control outputs.

PC 041768

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.

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.

The system shall include PC-based design and control and

configuration software, and communicate with the DSP and other

parts of the system via Ethernet with full IP addressability and

password protection.

The processor and design software shall include the following

minimum set of processing modules: Bose

loudspeaker EQs,

Bose crossovers, crossovers, graphic and parametric EQs,

routers, delays, matrix mixers, automatic microphone mixer, signal

generators, meters, compressor/limiters, duckers, automatic gain

controls, gate, room combiner and source selectors.

All signal-processing modules, parameter sets, presets and

groups shall be directly controllable by third-party devices via

the RS-232 port. It shall also be possible to designate signal

processing modules in the design file for which asynchronous

RS-232 feedback is requested.

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, AES-3 eight-channel input and output

cards, a four channel mic/line input card and a four-channel output

card. Unit also shall support addition of a GPIO expansion card

to increase the system’s general-purpose inputs and outputs to

16 each. Processor shall support a DSP expansion card, which

includes three Texas Instruments™ TMS320C6713 DSPs running

at 200 MHz and three 128Mbit RAMs for delay.

Processor shall also support a surround sound card, capable

of decoding Dolby

Digital, DTS

and PCM audio formats. The

processor shall support up to 15 RS-485-based zone controllers,

eight Ethernet-based control centers and two GPI-based room

controllers.

ESP-88 Only

Analog audio inputs and outputs shall be electronically balanced.

The maximum input and output levels shall be +24 dBu. Analog

inputs shall be software-switchable between microphone and line-

level inputs. Phantom power of +15 volts 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 brand TMS320C6713 DSP

chip running at 200 MHz and utilizing 128Mbit of RAM for delay.

All processing shall be done with 32-bit resolution, and audio

sampling shall be at 48 kHz.

The engineered sound processor shall be the Bose

ControlSpace

ESP-88 engineered sound processor.

Safety and Regulatory Compliance

The ControlSpace engineered sound processor meets cUL (UL

60065 7th edition), C-Tick, PSE and IEC/EN 60065 7th edition,

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.

Product Codes

ESP-88

ControlSpace ESP-88 120V – US 313419-0010

ControlSpace ESP-88 230V – EU 313419-0020

ControlSpace ESP-88 100V – JPN 313419-0030

ControlSpace ESP-88 230V – UK/Sing 313419-0040

ControlSpace ESP-88 240V – AU 313419-0050

ESP-00

ControlSpace ESP-00 120V – US 315228-0010

ControlSpace ESP-00 230V – EU 315228-0020

ControlSpace ESP-00 100V – JPN 315228-0030

ControlSpace ESP-00 230V – UK/Sing 315228-0040

ControlSpace ESP-00 240V – AU 315228-0050

Accessories

ControlSpace CC-64 control center PC 041760

ControlSpace CC-16 zone controller PC 041761

ControlSpace CC-4 room controller PC 042023

ControlSpace accessory power supply PC 041762

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Bose ControlSpace User Manual Page 6

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