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AV over IP: Sending video and audio over the network. We use this solution as part of commercial AV large format displays, video walls, and high-capacity HD real-time displays and monitoring. In most applications, we are only using a couple of switches. Primarily, they are trunched. We have switches in different locations. E.g., we will have an endpoint inside of a classroom or with devices directly connected, but also with a main switching infrastructure and IDF. That is one of our use cases. Another use case is in our medical environment with some of the 10 Gigabit applications. We will have switches remotely located in an IDF in a data closet where we will have fiber run back to those switches. We have just one per operating room, but then we will have lags in-between switches in order to pass video from one switch to another in the event that we need to share video to other systems. We primarily have been using it in testing. It has been implemented by our audio-visual group on two projects now with the Crestron NVX AV over IP solution. One of those projects used two switches connected, and those have been stacked for port count. Then, the other implementation was just a single standalone switch.
The primary use case is for Pro AV products, so multicast video and multicast audio passing across an AV system. Audio video is getting very network-based, so we are using it for network transport and multiple VLAN communication.
We use them for AV-over-IP, meaning devices that transport multimedia bits and packages across the network. We use about 5,000 switches a year and we use them all over the place. We'll use them on a video wall. We don't use a matrix router anymore. We'll run and operate AV through switches for distribution. We're using the ProSAFE and we're using the M4300's and the M4500's.
We are a collaboration in AV design and integration company. The primary use for switches in our organization is anything AV related, control, streaming media, audio, collaboration, etc. Our company is only commercial. We don't do any type of residential services. Our company only deals in commercial. I personally only deal with those larger projects. We use NETGEAR switches with video wall applications, for high intensity, high bandwidth streaming applications, and in mission-critical situations. The amount of switches and displays depends on the size of the project. I just designed one that had five switches recently, but the amount can range depending on the size of the project and building. While it depends on the size of the project, NETGEAR's stuff is scalable to use with any size project. We don't necessarily have users in our company because we sell the solution. We have multiple clients throughout the country that we put the solution in based on their AV needs. We are using the M4300 platform.
We're an audio-visual systems integrator so our main use case is supporting AV systems. The main reason we're focusing on NETGEAR is for AV over IP solutions. The environment that it's deployed in depends on the system or the solution that the customer is looking for. It could be as simple as just a single switch that has multiple hosts attached to it, or it could be a more complex system that has multiple rooms where all of the room switches would connect back to a central core switch. We use NETGEAR for our customers' solutions. We don't have it deployed internally yet so there aren't actually that many people in our company who are using it on a day-to-day basis. They just configure it and get it set up and installed at the customer's site.
The primary use case for this switch was for when we were involving the more intensive AV over IP stuff, specifically the SDVoE products that NETGEAR has partnered with. The reason that we picked them over competitors was knowing that they were one of the founding partners of the SDVoE Alliance, which gave us a lot of assurances that the product would work well in this type of deployment. In our experience, any type of AV over IP stuff has always been plagued with some sort of network hiccuping, and there is always a big learning curve. Therefore, knowing that NETGEAR specifically worked with the SDVoE Alliance to make it work, this gave us a lot of confidence going into this project. The use case was for a high school's distributed audio/video system. So, it ran audio/video in multiple gymnasiums, gathering spaces, and small collaboration rooms. The reason that we went with SDVoE is the amount of sources and destinations were high enough, where if we were ever going to do it over traditional HDBaseT or some type of matrix switcher, then it would've been some crazy card loaded thing and I would've had to mix copper and fiber. It was enough that if we had to get into a 32x32 matrix switch, and at that price point, I was like, "This is silly, let's just go AV over IP, then we have no limitations or concerns with our inputs and outputs. We also have no risk of them adding a thirty-third input, then throwing out that switch and having to buy a whole new one." In this specific case that we've used it for, we replaced a video matrix switch with it. The original design from the bid was to use a big 32x32 matrix switch. We decided that since we are doing a bunch of other network stuff here as well, in terms of control and audio, why don't we do audio, video, and everything over IP, putting everything on the same switch. So, instead of having 14 different devices to manage, I have five. It worked out really well in the long run. We use M4300-96X and M4300 48-Port PoE 1Gb switches. At the moment, we are just using this with one customer.
As an engineering company who pioneered network-based AV solutions, we strongly rely on our in-house network backbone. It is fundamental for all required AV protocols, as well as for all of the standard network purposes which our company uses. In our case, SDVoE, Dante (professional audio), office traffic, etc. flow on different VLANs which are incorporated into one single physical network infrastructure. Divided over two racks, three switches from the 4300 series are running in stacked mode and provide 10GbE connections to the SDVoE encoders and decoders from ZeeVee, as well as to all our other gear, including Dante devices, computers, access points, and phones.
* We have used their SOHO switches and some of their enterprise-class switches in our educational environment. * Mainly just to get more ports in an office or other room.
This particular unit controls all of the fiber optics coming in from each of our buildings for the property that we are managing.
I'm using them for network switching for SMB. The Insight line is the SMB line, that's what they're trying to break into with this line. I've used them at a country club and at a restaurant, both of which have VLANs. We're using them at our office. I've got them in about eight different locations now, in different environments.
The primary use case is generally small office, and multiple users with the same customer.
We're an IT services provider so we have them installed at various clients' sites, and for various applications. The primary use case is for local area networks.
I'm using the switches in small business environments and I'm using them with the cloud management. That way, I can get notifications when there are problems without even being on site, and I can also manage them remotely.
We use them for Layer 2. We use the GSMs. We use the M4300s. We use pretty much all the Layer 2 and 3 switches. We use them for Layer 3 routers. We divide subnets up with them. The management interface isn't the best because the browsers aren't consistent, you have to use many browsers to get into them, but we use many of them: 24-port, 8-port, 16-port, 5-port. We connect them, 5 or 10-gig modules.
We put them in locations that are far away from us. We're located in Indiana but we've put them is in Kansas. The solution enables us to manage it like we are actually in Kansas and we can do almost anything remotely, so that's why we deployed them there. We're using the GC728XP, that's their 24-port Insight switch.
We use it for the SMB market, small and mid-size businesses. In Belgium, compared to America, a small/mid-size company in Belgium has 50 to 100 people. It's a little bit different than in the U.S. We're using mainly the GC728XP, that's a 24-port switch; and the GC752XP, that's the 84-port switch. For the smaller ones, we use the GC110P. For the access points, we only use the WAC510.
We use it for networking. We use the switches from NETGEAR for 10GB internet. We are using the M4300. We implement our own solutions. We resell to clients in the audiovisual sector. We specialize in audiovisual productions, 3D animation, compositing, and the like. Our clientele is all in the same sector.
For the enterprise-level solution, it's for small to medium businesses. I'm quoting NETGEAR to pretty much everyone, instead of any other type of switch. In terms of the NETGEAR models we use, it depends on the situation. We've used 4300s, 3300s, we've used a lot of Smart Stacks and Smart Switches and Plus Switches. We don't use really anything that can't be slightly managed, so it has to have at least a web interface.
We use the switches for our clients. We're an IT services company. We set them up for our clients when they need networks built or when they upgrade networks or adjust network infrastructure. We switched over to the Insight product line. We use the GC510 and GC510P, which is the Power over Ethernet model. We also use the GC728X and 728XPs, and the 752Xs and 752XPs.