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TRANSCRIPT
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Silicon Graphics
Electroho1T11e V'ideo proj
and
a lab vvith
STORY BY
M ARILOU V A U G H AN
INTER I OR DES I GN BY
R OSANNE SACHSON,
A S I D, CERTI F I ED
I NTER I OR D ESIG N ER
P H OTOGRAPt-tY B Y
GR EY CRAWFORD
bird's-eye IT1Iaple vvood
H lending high -end computers and video/data projectors with
- a warm decor isn't easy. For Rosanne Sachson, a Beverl y H ills
based interior designer of both res idential and commercial properti es,
it was a welcome challenge. Instead of the staid des igps and cool co l
ors of similar government-backed sites, the JPL Fl ight Sys tem Testbed
facil ity in Pasadena, ,Cal ifo rni a, is rich with wood and "subtle tones .
"Although the Jet Propulsio n LC~bo ratory has always had tes t facil
ities for various components and subsystems , this is the first time we
have established an integrated testbed for system-level development
of an enti re spacecraft," says Kan e C asani, manager of the company 's
Fligh t Projects Implemen tati o n D evelopment Office, and a d riving
force behind the creatio n of the new fac ility. "T he Flight System
Testbed is a magnificent blend of ergonom ic design with high -tech
nology aerospace engineerin g, provid ing a world -class, computer
assisted design and test
facility for spacecraft hard
ware and software ."
A li t t le histo ry puts
Casani's enthusiasm in per
spective. During the 1960s
and '70s, missions in to space
rel ied on extensive analysis
and long developmen t cycles.
These projects often culmi
nated in pairs of spacecraft lau nched simultaneously to guaran tee that
if o ne malfunctio ned, the m ission could still be completed by a redun
dant system. T he frugali ty of the current decade no longer permits this
6 2 /\U D IO Vmrp I N T ER I O RS
"We are ~ein~
c~allen~e~ to
~eve l o~ new
te c~nolo~ies on
ti~~t sc~e~ules an~
limite~ ~u~~ets."
luxury. T he task these days requires rapid sys
tem design, early evaluation of new technolo
gies and quick problem solving.
"We are being cha llenged to develop small,
li ghtweight spacecraft using new technologies
o n t ight sc hedules and limited budgets,"
Casani expla ins . "The testbed is designed to
support that goa l. "
T he FST does this by allowing mission-spe
cific components to be tested and corrected dur
ing various stages of the ir development. Com
ponents, independently and in unison, can be
connected to a testbed, which simulates the rest
of the spacecraft, creating a "virtual" spacecraft.
Poor functionality sends a component back for
revision; good results make it a candidate for
space-fl ight, thus reducing both cost and risk.
The Fligh t System Testbed, a 2,300 square
foot facility, packs a large payload of equip
ment into a sleek environm ent. Most impres
sive are two El ectrohome Marquee 8000
high-resolution video/data pro)ectors with hor
izontal scan rates that can accommodate work
sta tion graph ics. T hese high-end projectors
and other componen ts were chosen after
extensive testi ng by JPL's Audi ovisual Services
Office, which instal led the AN system. Supe
rior computer graphics projection won Elec
trohome a place in the presentation room at one end of the facility, where one is paired with
an 80- inch Stewart screen, and in the testbed
area where another projects onto a 1 00-inch
The openness of the presentation room (above) bears little resemblance to other aerospace
test labs, where top-secret government projects are born. A close-up of the room (opposite)
reveals two Panasonic industrial VCRs, a Panasonic video signal transcoder, a pair of
Folsom Otto computerjRCB scan converters and a Crown audio amp.
AuDIO V JOEO I N T E R I OR' S 6 5
An Electro home video/data projector, capable of haudlit-tg workstation graphics, is ceiling mounted 1:n.
the presenta tion room (a.bove) to COl/Serve space. A 3 7-inch Mitsubishi monitor is Jlanked by a pair
of 26- inch relatives; i~t addition to projecting real-tit-ne video, all are capable of ha11.d/ing computer
images. A sleek Polycom audiocOi'iferencing station rests in the center of the couferwce table.
Monitors, ro~tiug and computer iuteifacing equipment (opposite) are easily accessible from a well
lit, e11closed pathway built behi11d the presentation room.
AUDIO VIDEO I N TERIORS 6 6
Stewart screen on t he north wall. An additional
48-inch Stewart screen is posit ioned to one
side of the presentation room and can be used
for other types of projection .
Seventeen Ext ron RCB-120 workstation inter
faces allow computer-generated RCB images from
any of the Sun or Si licon G raphics workstations
(along with the PCs and the Macs) ringing the
I ,450-square-foot lab to be input into the AIV sys
tem. "That's the black box that does the trick
that makes the computer compatible with video
screens," says Cary Kayye, Extron Electronics'
vice preside nt of sales. Kayye points out that the
film Jurassic Park and the upcoming Warner Bros.
movie Disclosure both utilize Exrron computer/
video-based products to c reate a vi rtual real ity.
Computer images can be routed to the Elec
trohome Marquis projectors and to three Mit
subishi color monitors in the presentation area. If someone outside the testbed wants to see the
computer output, two Folsom Otto 9500 scan
converters process the computer RCB video into
standard NTSC signals that can be recorded on
videotape for viewing in other offices or facilities,
or output to the JPL closed-circuit TV system.
The 256-square-foot presentation area fea
tures a d istinctive wooden , wave-shaped wall
with component niches for two Panasonic S
VHS VCRs, two Folsom sca n conve rters, and
Installation by JPL~ Audiovisual Services Office.
remote control s for two routing switchers.
The righ t niche also contains a Panasonic
Y/C, NTSC and RCB transcoder, and a C rown
075 audio ampli fie r. A Sigma 16 x 8 RCB
video switcher routes computer graphics with
out audio to scan con
vertors or video/data
projectors and com
puter m o ni to rs. A
Sigma 8 X 8 2-cha nnel
audio/2-channel vi deo
switcher handles both
Y/C component video
and stereo audio to and
from the VCRs, moni
tors, scan converter out
puts, c losed-circuit TV
system and surveillance
camera. A pair of Bose
10:!FXX speakers in the
presentation area, and
another pa ir in the
testbed, deliver stereo
sound to t he facility.
The unique feature of this system is a 486-
based maste r A/V control computer, with a 16
Port Dig i-Board , which is networked with a ll
of the testbed computers. It can ra ise and
lowe r all of the projection screens, connect
VIDEO/DATA PROJECT ION Electrohome Marquee 8000 high·r~solution
video/data projectors (2)
CONTRO L & SECURITY SYSTEMS AMX 3-channel RS-232 to IR interface AMX SX-16+ RS 232 to replay
INTERFAC ING EQUIPMENT Extron RCB-1 20 computer
workstation interfaces ( 17) Sigma 16 x 8 RCB video switcher Sigma 8 X 8 2-channcl audio/
2 -channd video switcher
Stewart Filmscreen 48-1 80- and I 00-inch screens
Panasonic AC- 1970 S-VI IS VCRs (2)
AUDIO SYSTEM Bose 102FXX high-fidelity speakers (4)
RTS/Telex 465 microphone preamplifi~r Crown D-75 2-channcl audio amplifiers (2)
ADC 96-position audio jack field ADC 48-position video jack field Polycom Soundstrcam audio·
conferencing system
closure imcrfacc
On Command IR to RS-232 interfaces (2)
Sanyo VDC-2972 color surveillance camera
COMPUTERS & MONITORS Sun Microsyscems Sparkstations (9) Silicon Graphics Iris Crimson
VGXT workstations (3) . Apple Quadras (2)
486 IBM-compatible PCs w/16 Port Digi-Board (2)
Mitsubishi SMR-2601 26-inch monitors (2)
Mitsubishi XC-3725 37-inch monitor
Panasonic UPT-2 Y/C, NTSC,
RCB transcoder Cadco NTSC RF modulator Nova NT SC to RGB decoder Folsom O tto 9500 Computer RGB
scan converters (2)
Truevision computer video
capture boards (2)
High-powered Su11 a11d
Silicon Graphics
workstations and 486
PCs (above) are
networked with the
audiovisual presentation
equipment. A second
Electrohome projector
and Steu;art screen
enable en,~ineers to make
presentations directly
_from their testbed
workstation area (right).
any audio/video/RGB source to any compa t i
ble destination , and control the video/data
projectors and color monitors. And because
every computer in the tes tbed can "talk" to
the control computer, all workstations have
full control of the A/V system.
An AMX three-channe l RS-232 interface
all ows the control computer to select differ
ent functions on the color mo ni tors in the
p rese n tation room. An
On Command interface
allows someone in the
presentation room to
press a handheld IR
remote and control cer
ta in functions on an
IBM -compatible PC or
Apple Quad ra in the
testbed area. It is appropriate that
bo ld think in g should
get enGouragement, not
o nly from equipm ent ,
but from a workpla ce
where people and ideas ca n circu late free ly.
Much of the credit for making this happen
belongs to Rosanne Sachson. " [ worked with
Kane Casani , who is a 'future thinker,"' Sach
son says. "He wanted an o pen space, not a
series of little boxes with partitions. The goal
was to allow engineers ·and designers to see
and talk to each o the r easily."
Sachson's pla n meets that goal with o nly
one small impedance : a co·lumn in the cente r
o f the 42- X 42-foot room : " I coul dn ' t get rid
of that because it supports the second floo r,"
she points out.
While the testbed could easi ly have taken on
the appearance of a clinic, it is instead warmed by the use of wood. "Most NASA [the agency
funding the testbed] fac il ities use cool colors,
but l came in with the idea of wa rm colors and
wood the first day, " says Sachson. Bi rd's-eye
maple is used ~ot on ly for the "wave wall" and
soffit , bu t in a cus~om-made el liptical table sur
rounded by Knol l- Po llock chairs . The end
result is a collaboration between science and art
that enhances the reputation of both .•
6 8 AUOIO lv' IOEO I NT ERIORS