Features and Benefits
The PacketHop Wireless Video System delivers superior video quality of service and performance for a variety of situations, including:
- Where wiring is impractical or too expensive.
- Accessing video from CCTV or digital video surveillance systems to provide first responders and security agencies with video from inside a building or vehicle.
- The ability to share video and information between multiple organizations or agencies.
- Deploying ad hoc or fixed video surveillance systems to monitor events and provide security.
- Use cases where a secure, authenticated, private network is required.
The PacketHop Wireless Video System offers a variety of benefits beyond those provided traditional video systems.
Video multicasting
- Protocols optimized for video streaming.
- Optimized QoS (Quality of Service) for video transmission and multicasting.
- View multiple videos from multiple sources over multiple connections in the network.
- Multicasting greatly reduces the required bandwidth for every camera.
- Performance: Proactive routing provides dependable network performance reduces latency and increases data throughput.
Standards-based design
- Industry Standards: Works with standard off-the-shelf 802.11 a/b/g, 4.9 GHz and cellular data radios.
- Reduces cost: Freedom from expensive infrastructure deployments substantially reduces costs.
- Easy to deploy: Installs on standard laptops and servers. Does not require towers or wireless access points to deploy and operate.
Video multicasting
- Compatibility: Works with readily available IEEE 802.11a and 4.9 GHz commercial off-the-shelf radios to substantially reduce costs.
- Future flexibility: Designed to be compatible with future standards such as 802.11s, 802.11n and WiMAX.
- Reduces cost: Freedom from expensive infrastructure deployments substantially reduces costs.
- Easy to deploy: Installs on standard laptops and servers. Does not require towers or wireless access points to deploy and operate.
Multi-Layer security
- Industry standard WPA2 authentication.
- AES encryption and secure tunneling (VPN).
- Application layer security with role-based user permissions.
- Designed to be NIMS and FIPS 140-2 compliant for strong security.
Instant broadband mesh network for mobile access
- Highly scalable: The network becomes more resilient as new nodes are added. There are no practical limits on the geography, number of users or agencies on the network.
- Self-forming: For mobile access, mesh network forms instantly and adapts automatically as users come into range.
- Survivable: Provides communication without network infrastructure being required.
- Excels at mobility: User connections can come and go during communication.
- Autonomous: Works with or without connections to the Internet.
Works with existing WiFi infrastructure and cellular data networks
- High & low bandwidth remote participation: Cellular data (via optional external USB devices) or WiFi infrastructure, such as municipal WiFi, can be used to provide backhaul, allowing remote users to participate in a local mesh as if they were there at the scene.
- Can be used to backhaul data when a backhaul connection is available. Connection to backhaul is not required for local mesh connectivity or networking.
- Remote participation: Remote personnel can participate as if they are on scene.
- Provides redundant connectivity over multiple backhaul networks.
Interoperability
- Agencies providing mutual aid or interested in accessing or sharing video can use PacketHop to interoperate, streamlining processes and communications and making personnel more effective.




