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Ultra high-resolution (31.5 mega-pixel) scientific visualization facility
Sandia National Laboratories’ JCEL Vislab (2004)
(Sandia National Laboratories’ flagship visualization facility from 2004-2008)

Note: JCEL is an acronym for Joint Computational Engineering Laboratory. The ~$30M facility was built in 2003, among other reasons, for the purpose of colocating engineers and scientists of similar disciplines to achieve engineering efficiency.
Features Include:
- High-Resolution Display (mono):
- 31.5 mega-pixel projector array, comprised of 24 SXGA (1280×1024) 3-chip DLP projectors (Digital Projection HighLite 4000Dsx)

- 9ft x 18ft Stewart Filmscreen Aeroview 100, 1/2in thick glass screen
- High-Resolution PC content provided from two 24-node render clusters
- Standard and high-resolution content displayed on wall via a Jupiter 980 wall processor
- Standard Resolution content:
- Displayed on three “single” projectors (Barco R8, 1280×1024) focused on front projected screen at Left, Center, and Right positions. Center screen drops down in front of glass high-resolution array screen.
- From PC, Laptop, document camera, DVD, VCR
- Technical Lectern (designed by David Logsted):
Includes:
- 2 PC sources
- Laptop “popup” interface
- Crestron touch panel control panel with real-time annotation
- Keyboard/mouse control stations
- Sound reinforcement microphone
- VCR, DVD, document camera
- 10 Audiovisual “popups” for connecting laptops into the system for display onscreen
- Popup includes power, network, video input, audio input, control system interface
- Conference Table: Includes
- Two laptop “popup” interfaces
- PZM microphones for videoconferencing
- Ceiling-mounted document camera, focuses on table for capture and display of documents
- Audio:
- 7.1 Surround Sound Audio
- EAW, Crown, and Gentner components
- Videoconferencing: ISDN & IP
- Crestron Automation controls all room functions
- TPS-6000 and real-time annotation touch control panels
- Graphical room representation with functional icons/buttons overlaid
- Switching: DVI, RGBHV, S-Video, via Extron switchers (e.g. Matrix 6400, Crosspoint)
- Patching of most video signals
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