Packetshaper Alternative

Latest QoS with easy configuration: the ultimate Packetshaper alternative

Create the policy tree with a visual HTML interface. Viewtify QoS provides the capability of defining the classification rules, the profiles and matching them with the policies. Assure the best QoE of the critical applications. You can set high priority or define a minimum bandwidth.

Being a Packetshaper alternative, still policies can be made using a percentage of available bandwidth. Moreover, you can simulate policies to see in which policy the traffic will fall. Every new policy has an automatic validation to avoid policy overlapping.

Packet Shaper Alternative with QoE & VoIP metrics

Viewtinet provides a rich set of network metrics. In fact, hundreds of metrics including QoE indicators (server response time, RTT, packet loss, etc.). Additionally, regarding VoIP, Viewtinet can provide both RTP and SIP metrics for accurate VoIP analytics and troubleshooting.

Furthermore, all these metrics can be calculated for a specific policy or any traffic. In the same way, alarms can be created for proactive management.

All-in-one Architecture: easy to deploy Packetshaper alternative

In contrast to other traffic shaping solutions, Viewtinet provides all the different functionalities in a single appliance. The management, reporting, DPI, and QoS engine run under the same device. In fact, other value-added functionalities can be added to the same platform. For instance, the same device can run bandwidth management and TCP optimization simultaneously.

Viewtinet has different appliances to address any size of deployment.

Packetshaper alternative with Modular & flexible bypass

Viewtify deployment is inline, so Viewtinet supplies a passive bypass module for avoiding to have a new point of failure.

Failsafe protection: when power fails, the optical-relays ensure that the network flow continues uninterrupted.

Heartbeat protection: In the event of an appliance malfunction it bypasses the traffic intended for the Viewtify to the network ports, allowing it to continue to flow. 

High density and flexibility: the bypass has 4 modules, each module can manage 2 links of fiber or copper interfaces. Indeed, the bypass can manage fiber and copper interfaces at the same time.