Centre-side high-density cluster appliances. Each 2U node carries 192 or 384 concurrent 1080P streams with multi-node hot standby and service-level transparent failover — built for city, province and carrier-scale aggregation.
At city and province scale the constraint stops being storage and becomes the number of nodes required. Every additional node means more network pressure, more rack space, more power and more failure surface. The S Series attacks that directly by putting hundreds of concurrent streams into a single 2U chassis.
Footage compressed to roughly one tenth of its original footprint, removing physical carrier pressure.
Historical retention extended from thirty days to six months on the same capacity.
Core target features retained so downstream structured analysis is unaffected.
Multi-node cluster hot standby with service-level transparent switching.
Standard versions provide the compression node. Enhanced versions add the built-in video management platform and solid-state expansion.
| Parameter | S192 Standard | S192 Enhanced | S384 Standard | S384 Enhanced |
|---|---|---|---|---|
| Concurrent processing | 192 x 1080P streams | 192 x 1080P streams | 384 x 1080P streams | 384 x 1080P streams |
| Hardware configuration | 2U chassis2 x Gigabit NIC plus 4 ports | Built-in video management platformSolid-state expansion | 2U chassis2 x Gigabit NIC plus 2 ports | Built-in video management platformSolid-state expansion |
| Power and redundancy | Measured 200–300 WDual redundant power supplies | Measured 200–300 WDual redundant power supplies | Measured 400–600 WDual redundant power supplies | Measured 400–600 WDual redundant power supplies |
| Standards and protocols | Full compliance with mainstream network streaming protocols; supports public security industry standards | |||
| Chassis and physical | Net weight 10 kg | Net weight 12 kg | Net weight 15 kg | Net weight 17 kg |
| Operating environment | Constant-temperature standard server room (5°C – 35°C / relative humidity 10–80%) | |||
Historical footage retention extended to six months, cutting supporting build cost by 70%.
Footage reduced to a tenth of its original footprint, sharply reducing central storage demand.
Multi-node hot standby and transparent failover for round-the-clock core transport hubs.
Core target features precisely retained for downstream AI structured analysis.
Carrier-grade architecture meeting the most demanding extreme-environment uptime requirements.
A long-term retention library for operator video at central scale.
Send us the stream count, retention period and redundancy requirement. We will propose a node count and a cluster topology.
