ADDER Case Study - Solid State Logic Скачать руководство пользователя страница 1

ADDER

 Case Study

Solid State Logic - Challenge... Solution... Result 

Taking Solid State Logic’s Product Demonstration Area to the Next Level

CHALLENGE

 

Solid State Logic’s (SSL) Product 
Demonstration Area (PDA) is a suite of 
6 fully functioning production studios, 
used for demonstrations, training, test-

ing and product development. Built over 

two floors, each of the studios is acous

-

tically designed by some of the world’s 

finest acoustic designers, including Sam 

Toyashima, WhiteMark, Neil Grant Asso-
ciates and Munro Acoustics. The studios 
are all wired for video and 5.1 audio 
and with the development of HD video 
and audio, digital workstations and 
computer based production technology, 
SSL saw an opportunity to develop even 

more flexibility and capability for this 

showcase facility.

Central to the vision for the develop-
ment was the need to give complete 

flexibility to all resources in the facility. 

Customer demands mean that at any 
time there may be a need to do 5.1 au-
dio demo mix production in one room, 
at the same time providing a HD, mix-
to-picture training session in another.  
The combination of six multi-channel 

console rooms having free access to five 

Mac and PC based workstations and 
their associated display screens, pointing 
devices, keyboards and HD video feeds 
were a complex problem to solve.

 

            

 

 

ADDER 

Case Study - Solid State Lo

gic

 

Local, Remote and Global Computer Control

Initially, SSL’s PDA had three machine rooms to house tape machines, power 
supplies and all the other paraphernalia that studios need.  With SSL’s devel-

opment of more green, energy efficient technology and the use of PC and 

Mac workstations, it looked feasible that all studios could be fed from one 
machine area. It also seemed feasible that the majority of the installation 

could be future proofed by flood wiring with Cat5e and Fiber to carry all 

audio, video and control signals. These became further design goals for the 
project, reducing power consumption, machine space and liberating copper 

stuffed cable ducts to be freely accessible and capable of significant expan

-

sion, when necessary.

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