Technology can be quite fickle; it’s amazing and life-saving when it works but frustrating and downright annoying when it doesn’t. Whether the unit isn’t powering on, sound isn’t coming out of the speakers or the display is flashing some cryptic message; a support technician is just a phone call away to troubleshoot and diagnose the issue.

The day of a help desk technician usually starts with a cup of coffee and a review of the ticketing queue. First up, are any new tickets that have been submitted and a quick review of the issues customers are having. Then, a review of previously open tickets and any action immediate items that need to be completed. For example, has tracking information been received and a replacement part been shipped out from the manufacturer? If so, details of when to except the shipment will be forwarded to the customer.

After any high priority issues have been addressed, it is time to outline a schedule for the day’s tasks. This includes initial troubleshooting for customers who have recently opened a ticket, providing status updates for previously opened tickets, as well as, scheduling test calls, coordinating onsite visits and partnering with manufacturers. Of course, the day doesn’t always go as planned since support calls come in throughout the day and require immediate attention.

During initial troubleshooting there are a few key items to check; while they may seem obvious they’re often overlooked. First, is the system plugged in and turned on. The cleaning crew could have easily knocked the plug out of the wall or an inexperienced video user could have turned the codec off not knowing any better. Second, shut down the system completely and then reboot. Many technical issues; from computers to smartphones to video conferencing equipment, can be resolved by a simple reboot. Sometimes a system just needs to reload its operating system.

If the technical issue is more advanced, a video test call may be scheduled to obtain more information about the issue. These calls help identify the issue by isolating the problem. For example, Vincent Carroll, Technical Support Representative, recalls a particular instance where a customer was reporting an echo in the room. During the video test call, he asked the customer to walk around the room to identify where the echo was coming from. It turns out that someone had turned up the speakers on the display in addition to the ceiling speakers creating the echo. The customer simply muted the display speakers and the echo was eliminated.

As with any technology, video conferencing and audio visual implementations need to be properly supported and maintained. It is important to work with a provider who has the expertise and resources to provide needed support no matter the day, time, or situation that occurs. The help desk technician is the first line of defense to ensure the ongoing successful usage of collaboration technology.

The proliferation of unified communications solutions, such as Microsoft Lync, Cisco Jabber and IBM Sametime, has extended collaboration to employees around the world. These solutions offer many advantages, including ease of use and enhanced mobility; however, they also present a few key challenges including moving the UC experience from the desktop into the conference room.

Trying to connect a team of local participants with remote participants can be difficult using a desktop video solution. Crowding around a colleague’s PC gets extremely uncomfortable, not to mention it deteriorates the audio and visual quality of the meeting. On the other hand, having each participant join individually can become overwhelming and push the limits of cloud video bridging solutions.

After hearing these issues, our engineering team created a unique solution to easily bring unified communications to the conference room. UC Group systems are configurable, PC-based solutions that allow an organization to extend their desktop video client into a conference room setting. Anything from screen sharing to video conferencing can be accomplished with the click of a button.

Video is obtained through a PC card located in the display or from a local laptop or PC connection and displayed on the screen. Essentially, end users would connect to a video call in the same way and with the same application they would use on their computer. Then participants partake in a video conference with audio and visual quality similar to that of a traditional video conference room.

Enhanced mobility features allow end-users to connect their laptop and wheel the cart between rooms. As a result, any conference room can become a video-enabled room! Plus, with easy content display options, UC Group systems can double as presentation rooms when video is not in use. Additional features include:

  • Power management capabilities that automatically turn the display on and off
  • Fixed or pan/tilt/zoom camera to accommodate smaller or larger groups
  • Table or ceiling microphones for enhanced audio
  • Cisco WebEx integration for webinars or other web conferences
  • Connect up to 25 software or hardware video systems with Multipoint Experience

The UC Room and UC Mobile are platform agnostic and can run on any software video client including Microsoft Lync, Cisco Jabber, Polycom CMA/m100, Skype and Google Video Chat. These solutions enhance an organization’s UC platform or consumer video solution by accommodating larger groups and allowing participants to reap the benefits of a traditional video conferencing room without significant upfront investments.

The term “audio visual integration” is used quite a bit by organizations (including IVCi!) to describe the work that they do. The term is well known within the “industry” and customers may even use the term to describe a potential project, but what does it really mean?

When thinking about the term, one has to look at the application of the technology within a particular business or organization. What are you attempting to accomplish within the room? It might be as simple as wanting to have a display that you can hook your laptop up to and present slides. Or maybe it’s a bit more involved where video conferencing, presentations, cable TV, Blu-ray players, and overall lighting and shading control are desired. With that level of complexity, it’s time to think integration.

The truth of the matter is that there is not one company that makes of all of these different technologies. If there was, it might be as simple as connecting all of them together and creating the final room. But, since different vendors are providing the technology, the challenge comes down to a couple areas:

  • How to get all of these technologies to work together
  • How to enable seamless control of all devices from a single interface

The answer to both is audio visual integration! The process of integration involves creating the connections between these devices (usually through a series of switchers or matrix devices) and then programming software that connects the devices and enables that seamless switching.

Creating an audio visual integrated room is a meld of art and science. The art is in the design of the room itself; the lighting, furniture, and the selection of the right technologies that will eventually come together. The science comes in with the building of those technology connections and making each device work together as if they were one. – Tim Hennen, SVP Audio Visual Integration Services at IVCi

Beyond the technology, it’s important to understand what these types of environments truly do. They provide a specific set of technologies, with specific customizations, to meet unique customer and business needs.  It’s about creating an environment conducive for collaboration and addressing the business needs at hand.

So when you look to find the right integrator for you project consider two things:

  • Do they have the technological expertise to meet the needs of the project
  • Do they take the time to really understand the application of the room and how it will impact users and the business

If the answer to both is yes, then that integrator is poised to give you exactly what you need.

And, when the room is complete, a few buttons can trigger complex interactions between video conferencing systems, laptop computers, shade control and much more. To the end-user the experience is seamless; but to the integrator, the process to get there was quite involved.

Additional Resources:
Audio Visual Integration Services

As we embark on another school year, many colleges and universities are working feverishly on an engaging curriculum that will prepare students for the fast paced and ever changing “real world” they will enter upon graduation.

With video conferencing becoming a staple in today’s business environment, it’s really no surprise that the country’s leading business schools are investing in the technology. Video-enabled classrooms not only introduce students to the technology but allow them to interact with people they otherwise wouldn’t have access to.

Remote campuses can connect two video enabled classrooms; allowing enhanced collaboration and group discussions. For example, a classroom in New York could connect with a classroom in India or Japan to discuss globalization or world economics creating a unique learning experience for all participants involved.

These classrooms also allow distinguished professors to reach a larger group of students. A leader in economics or biology can teach the same class at two locations without having to commute across the state or country. As a result, students have access to a wider range of classes that can contribute to a well-rounded education.

Additionally, many business leaders and subject matter experts are scattered around the globe making it difficult for colleges or universities to arrange guest lecturers or panel discussions. It can take up to two or three business days for guest speakers to travel to campus plus delays or last minute commitments can disrupt plans and potentially cancel the event.

A virtual lecture hall creates a forum for students to interact with presenters in a way similar to a traditional lecture hall. Question and answer sessions are seamless through push-to-talk microphones that zoom up on the speaker when activated. Remote participants are able to clearly see and hear the speaker, sometimes better than a traditional room due to the cameras.

The only difference is a guest lecturer can connect from a telepresence system anywhere in the world; whether it’s at their office, university or a public room near the last minute business meeting they had to travel to. Not only does this eliminate time consuming and expensive travel, it drastically reduces the potential of a last-minute cancellation.

See  a virtual lecture hall in action below!

Additional Resources:
Virtual Collaboration Room Brochure
Custom Telepresence Solutions

Video conferencing solutions are quickly replacing the frequent high-level meetings that are standard in most organizations. Executive teams typically meet with the managers of different business units or locations to discuss business strategy, profitability and other key deliverables. However, many times these managers are scattered across the globe making frequent in-person meetings costly and time consuming. While video is great for meetings with two to three sites it can be difficult to hold a group meeting with several worldwide sites over a video bridge.

In many instances, the active speaker view limits the continuous presence of the remote sites. When the CEO speaks he cannot gauge the reaction of the site he is addressing until they speak and the view shifts. Even more frustrating is when a member of the Executive team is speaking but the view keeps shifting between sites where participants are rustling papers or murmuring agreements. Despite all of the audio visual components, these meetings just don’t provide the same experience of having the meeting in-person at headquarters.

A global Real Estate firm faced similar challenges and wanted a solution that simulated their quarterly management meetings; from eye contact to speaker priority. They wanted the ability to customize the way remote sites were displayed in continuous presence views plus a concurrent view of the active speaker. Additionally, they wanted to give the CEO and other Executives speaker priority; whenever they spoke the active speaker would switch to them regardless of whichever site may be speaking.

Since a standard video bridge did not provide the flexible windowing capabilities, the ability to place sites in a specific location on screen, our engineering team created a bridgeless video bridge.

With the help of three displays, three Cisco C90s, an array of audio visual equipment and a lot of programming; a new Executive Boardroom was created. The left and right displays featured continuous presence of each site, unless content was being displayed, while the center display switched with the active speaker. Additional programming gave headquarters speaker priority; anytime the CEO spoke the active speaker would automatically revert back to him.

Since most of the remote sites did not have three displays, the continuous and active presence capabilities needed to be condensed into one video feed. A little extra programming created the layout below. This allowed remote sites to continuously and easily view the headquarters location while still having a larger view of the active speaker and the presence of all sites.

Watch the video below for a quick demonstration on how this amazing technology works!