This refers to 100 fps or equivalent. The microNVR1500 or the HiveCAM 1500 are both capable of 1080p100 encode or decode in the GPU. So you could have 3 streams at 30fps, 6 streams at 15fps, 12 streams at 7fps, etc. If you run at lower resolution you can have more cameras too. This is a generic measurement of video processing capability.
The HauteWRAP can take 11-27VDC which is provided with the unit when you purchase.
The HauteWRAP device has been tested at an actual TCP/IP throughput of ~65Mbps using a half-duplex 5.8GHz link and 40MHz channel width in typical conditions. This would translate to nearly 10 IP video cameras using 2 megapixel resolution and H.264 encoding at 25fps.
While every camera and VMS combination performs differently and requires varying levels of network link quality, we recommend no more than 10 IP cameras per base station as a general rule. So that means you could have 10 IP cameras transmitting across one WRAP transmitter going back to one WRAP base station or 10 IP cameras across 10 WRAP transmitters going back to one WRAP base station. The other constraint to keep mindful of is your total available throughput. Typically, you will have up to 160 Mbps (Mega Bits Per Second) of available throughput when utilizing our WRAP + products which use MIMO wireless technology.
When we talk about line of sight in wireless we mean two things. Visual line of sight, which is being able to see one antenna from another antenna without obstruction. Then there is radio line of sight which is determined by the Fresnel (Frah-nel) Zone. Picture this zone as a football with each tip of the football wedged between two antennas that are facing each other (See image below). The area covered by the football needs to be clear of obstructions. Obstructions include vegetation, buildings, cell towers, etc. Any obstructions in the Fresnel Zone will result in variable link quality. The size of the football is calculated using a top secret formula (just kidding, you can download our link calculator here which will give you the required Fresnel Zone clearance).
There are a few steps to troubleshoot this.
No. Make sure to provide power to your IP cameras through PoE injectors or PoE switches. If using a PoE switch, remember NOT to plug the WRAP into a powered Ethernet port on the PoE switch, as our WRAP products require 11-27VDC and NOT standard 802.11af (48VDC). Use the provided PoE injector for each WRAP and connect the WRAP to the switch on non powered or autosense ports.
We have both indoor and outdoor rated wireless products. Both versions work exactly the same and are great for all applications including Wi-Fi.
Yes. The DX or Dual Radio units were designed for this application
328 feet maimum. At 200 Feet, we suggest to us 24Volts DC for PoE pwer to account for path loss.
Yes. and we recommend that you do!
Large power surges can cause instantaneous damage, "frying" electronic circuits boards and other electrical components. Low-level power surges won't leave any outward evidence, so you may not even be aware they're happening - it can slowly damage electronic equipment, over time, and shorten the life of your systems.
No. They can only be a client in a point to multipoint configuration or a bridge in a point to point link. Look to the WRAP+ units or WRAPterBASE units for point to multipoint configurations.