

This next generation, ultra-resolution visualisation display wall allows real-time, interactive collaboration across the globe.
The OptIPortal display screen is nearly 50 times higher resolution than the highest-resolution HD TV commercially available
The OptIPortal is essentially a cluster of computer screens which can be deployed on a variety of hardware platforms. The many screens are capable of displaying one or many high definition virtual displays. OptIPortals can be used to view a wide variety of visual data:

QCIF successfully installed a new computer display at UQ-VisLab (co-located with the HPC Unit) that has the highest capacity in Australia: 36 Mega-pixels (compared to regular desktops with 1-2 Mpixel), cementing for QCIF a growing partnership with CalIT2 and EVL.
The primary objective of this project has been to more tightly couple computing, data and display devices by computer networks. This is required because, increasingly, research now involves larger data sets and more intensive computations. A significant obstacle for end users is whole-of-systems performance, which is demonstrably poor. And users need better visualisation interfaces to these larger outputs. Additionally, deployed networks can have high theoretical performance (1 Gbps [Giga bits per sec.]), but routinely are not well tuned so that measured data transfer rates are more typically ~5 Mbps. That would be equivalent to driving on a freeway at 0.5 km/h.
The physical system to be built is a tiled LCD display, with associated PC graphics systems and network manager; a simple mechanical frame supports and aligns the array of LCD displays.
![]() |
![]() |
Prof. B Pailthorpe, Dr N Bordes,
Dr David Green, C Willing, D Kosovic, J White
University of Queensland
Dr J Young
Queensland University of Technology
J Bell
Central Queensland University
Prof. Larry Smarr
CALIT2, University of California, San Diego
Dr J Leigh
EVL, UIC
| Attachment | Size |
|---|---|
| Final Report OptiPortal.pdf | 87.1 KB |
| Progress Report OptiPortal Feb 08.pdf | 72.41 KB |
| Project Proposal OptiPortal.pdf | 340.63 KB |