S2 NetBox Extreme
Flexible, scalable system supporting up to 128 portals
S2 NetBox Extreme is a full-featured, web-based access control and event monitoring system that supports up to 128 portals. Optional system partitioning allows the entire database to be separated into multiple smaller systems for entities such as field offices or tenants. Features such as person record and cardholder management, event and alarm monitoring, threat level escalation and reporting are accessible from any web browser. There is no software to install.
A solid-state appliance, S2 NetBox Extreme is fast and reliable. The system works with existing infrastructure and peripheral devices, making it easy to deploy. S2 NetBox Extreme is flexible and scalable, supporting up to 64 S2 Nodes. In addition, S2 NetBox Extreme tightly integrates with S2 NetVR series video management systems, providing unified system management and administration. Integration with third party video management systems is also supported.
S2 NetBox Extreme is well suited for mid-scale deployments. As organizations grow, migration to S2 NetBox Enterprise is seamless. Large, distributed enterprises can also centrally manage multiple S2 NetBox Extreme controllers with S2 Global.
S2 Integrators and Consultants can access additional documents related to installing and setting up S2 Security systems.
|S2 Node Capacity||32||64||128||512||32||8|
|Photo ID Badge Production|
|Person Data Audit Trail|
Video Management System Integration
|S2 NetVR Series||Included||Included|
|S2 NetVR Capacity||4||16||64||128||Included||Included|
|S2 NetVR Camera Capacity||256||1,024||4,096||4,096||16||8|
|Concurrent S2 Client Connections
(S2 NetBox, S2 Magic Monitor,
S2 Mobile Security Officer)
|Third Party Video
|Third Party VMS Camera Capacity||32||256||1,024||1,024|
|RAID Storage||RAID 1|
|Mobile Device Support|
What impressed us about the S2 NetBox was the fact that it was Web enabled and browser delivered. We could see that this would drastically reduce the overall cost of ownership of the system over its lifespan.