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Long Range Wireless Bridges for Remote Video Backhaul |
Video backhaul encompasses the transport of video from cameras in remote locations to a central location for viewing or storage more . Sometimes this might require multiplexing data from different cameras to a central station before it is transported from the central station to yet another location. RfWeL offers various solutions to enable this long-range wireless non-internet based video backhaul. Recommended method is to use IP-enabled cameras and the all-pervasive IP networking for backhaul. We also offer non-IP video/audio transmission solutions as well as systems to convert legacy cameras systems to IP allowing us to take advantage of a rich selection of IP long-range bridging solutions. Axis is our IP camera provider more |
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Illustration showing use of 900MHz to backhaul wireless video |
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The four main frequency bands used for these applications are 900MHz, 2.4GHz, 4.9GHz and 5.8GHz. Each has its own benefits and shortcomings so we work closely with you to understand your requirements and other constraints. We don't encourage 2.4GHz ISM due to it's high potential of interference. 4.9 GHz is licensed for Public Safety use. Contact us if interested in 4.9GHz solutions. |
| 900MHz Non-Line-of-Sight Wireless Video: |
| 900MHz products provide an ultra-long-range non-line-of-sight (NLOS) outdoor wireless broadband backhaul. Utilizing the 900MHz spectrum for wireless transmission, IP based cameras are able to be deployed in areas that may be obstructed by trees, buildings, or any other obstacles. 900MHz signal can pass through 3-4 leafy trees with little to no data loss in throughput. Our 900 MHz solutions allows for a maximum of 1.5Mbps raw data rate - this equates to an IP camera running approximately at 8-12 fps @ 320x240 resolution or 4-6 fps @ 640x480 resolution. |
| A few other benefits of 900MHz (Avalan Wireless is our 900MHz hardware provider more |
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900MHz does not interfere with Wi-Fi networks as well as a plethora of other 2.4GHz devices |
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Highest Quality of Service (QoS) available
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Synchronous point to point protocol enables extremely low data latency and jitter |
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128bit encrypted payload protection provides secure data delivery
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Simple plug and play - pre-configured as matched pairs with no user programming required |
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Avalan Wireless 900MHz bridges operate in the 902-928MHz band and do not require an FCC license to operate or install |
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| 5.8GHz Wireless Line-of-Sight Video: |
| The AW-H5800 replaces costly cables and trenching with a Non-Line-of- Sight Wireless Network Camera housing that enables remote network cameras. Avalan product offers the ideal combination of price, penetrating range, data rate, security, interference avoidance, Quality-of-Service and Ease-of-Use. |
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High RF output power and exceptional receive sensitivity provides ultra long range wireless Ethernet bridging up to 30 miles |
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5.8GHz does not interfere with Wi-Fi networks as well as a plethora of other 2.4GHz devices |
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Highest Quality of Service (QoS) available |
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Synchronous point to point protocol enables extremely low data latency and jitter |
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128bit encrypted with dynamic private keys |
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Simple plug and play - pre-configured as matched pairs with no user programming required |
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Operates in the 5.725-5.850GHz band and does not require an FCC license to operate or install |
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Power over Ethernet Enabled |
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VLAN extensions supported
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58 non-overlapping channels with frequency agility to avoid interference |
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| The following PTZ and fixed-format network cameras are supported by AvaLAN's AW-D900 / AW-D5800 and AW-H900 / AW-H5800 integrated wireless domes and housings: |
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Axis 213, 214, 231D, 232D |
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Canon VB-C50iR / VB-C10R |
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Elmo PTC-401C IP / PTC-201C IP |
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JVC VNC30U / VN-C655U / VN-C625U |
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- Panasonic WV-NS202 / BB-HCM381 / KX-HCM280
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PiXORD 261, 262 |
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Sony SNC-RZ50N / SNC-RZ25N |
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Toshiba IK-WB21A |
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| RfWeL has partnered with Proxim Wireless & Trango Broadband for
Fixed Wireless Solutions for Licensed and Unlicensed Microwave Backhaul and Wireless IP Video. |
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