AVCiT delivers professional Air
Traffic Control solution through
proven methodology and
maintenance capabilities. We
integrate leading-edge
technologies such as
Aeronautical Message Handling
System (AMHS) and ATC
systems, and provide 24×7
maintenance services. We help
ensure an airport’s ATC system
meets growing airspace
demand.
AVCiT IP Based KVM Solution has
strong technology expertise in
the field land transportation. It is
compatible with variety of
cutting-edge technologies that
include Geographic Information
Systems (GIS), Features- Based
CAD, Artificial Intelligence (AI),
Document Management
Systems, Workflow and
Webbased applications.
AVCiT offers a total
visualization solution which
allows dynamic content
showing process overview
(grids, pipes, valves), live
video (CCTV cameras, vision
cameras, weather channels),
expertise systems, simulation
and other critical information
on one large overview
display.
Hiperwall software eliminates the cost, complexity, and limitations of legacy AV-based proprietary systems, making video walls a practical solution for organizations of any size. We’ve been able to accomplish this with our innovative distributed visualization architecture, IP-based infrastructure and the fact that it’s hardware agnostic.
Administrators can oversee who’s accessing the system with a powerful user-authentication tool. Robust user access control, tracking tools, and detailed authorization levels give the admin full control and the peace of mind that comes with it.
"...ensures that you can expand your Hiperwall system over time to meet your needs. "
As a result, the total processing power of the Hiperwall system automatically increases as the number of components increases. This helps ensure that large walls do not outgrow the processing capabilities of the complete Hiperwall system and ensures that you can expand your Hiperwall system over time to meet your needs.
Hiperwall software uses a low cost, ubiquitous, IP-based infrastructure as a transport method. Comprised of multiple peer-to-peer networked PCs, system components are connected to an ordinary gigabit Ethernet switch by ordinary Ethernet cabling.
The size of the total Hiperwall system installation is only limited by the number of ports in the gigabit switch. The switch must be a Layer 2 design that supports IGMP, enabling the Hiperwall network to perform efficiently even when running multiple live video streams across the network. If the system outgrows the number of ports, the switch can be easily replaced with a larger switch, or another switch may be connected via an inter-switch (stacking) link.
"...significantly reduces cost, complexity, space requirements, energy use, and cable clutter."
For successful operation, this gigabit Ethernet network is the only infrastructure that Hiperwall needs. Control and content are delivered to the wall via gigabit Ethernet. This is a significant advantage over legacy video wall systems that typically require some combination of complex servers, matrix switches, and distribution amplifiers to deliver content to a video wall. By eliminating this equipment, the Hiperwall system significantly reduces cost, complexity, space requirements, energy use, and cable clutter.
Hiperwall software’s distributed architecture allows the use of two controllers in a system. With two control points working simultaneously the system is protected. If one controller goes down for any reason, the other takes over seamlessly.
Fault tolerance requires two licenses — the HiperController license and the HipeFailSafe license. The HiperFailSave license includes an additional HiperController license and the fail-safe technology. These two licenses come standard in the Hiperwall Premium Suite. Or, if you already have one HiperController license, you can buy a HiperFailSafe license and add fault tolerance.
Because Hiperwall software is hardware agnostic, you don’t have to worry that the next technology will obsolete your system. Your current Hiperwall software or an upgraded version will work with whatever comes your way, whether it’s new display technology, the next generation of video resolution, or just the need for a bigger video wall.