| Hardware Performance | Fully non-blocking 2Tb switch capacity Forwarding Rate of over 1050Mpps Packet buffer 16MB Line-rate across all ports 1GbE/10GbE/25GbE/40GbE/100GbE support |
| Management | Web UI via HTTPS/HTML5, CLI via SSH/RS-232, SNMP v1/v2c/v3 |
| MTBF | > 582,692 hours |
| Interfaces | 48 x 1/10/25Gbps SFP28 8 x 40/100Gbps QSFP28 OOB: 1x 10/100/1000 Mbps Eth RJ-45 1x RS-232 Console RJ-45 USB A 2.0 16GB eMMC Flash + M.2 slot |
| Configuration | MAC : MARVELL/98CX8512 CPU : Intel Broadwell-DE D1517 Memory: DDR3 SO-DIMM 8G |
| Fan Tray | 5 (4+1 redundant) hot swappable Air Flow: 36.78 CFM / MIN. 32.85CFM Rated Speed: 23000/22500 RPM |
| Size and Weight | Dim: (W x D x H) 440 x 470 x 44 mm Mounting: Surface or 19” rack (1U) Weight: 9,7kg |
| Electrical | Power Consumption: 520W MAX 2 PSU (1+1 redundant) Hot swappable |
| Compliance | UL/CSA, cUL, CB, CCC |
Orama X25N bridges the gap between todays ultra-high speed networks and existing management, monitoring and security tools.
Orama X25N provides a scalable range from 48 ports of 1/10/25 Gbps and 8 ports 40/100 Gbps to 48+32 1/10/25 ports with breakout links, enabling users to interconnect different network protection and monitoring tools.
| Flexible traffic filtering L2: MAC, VLAN, MPLS, Ethertype L3: IPv4, IPv6, DSCP, Protocol L4: Port, Custom Fields | Comprehensive managementConfigure and manage the entire system through the easy-to-use web interface and SNMP monitoring support |
| Traffic aggregation Aggregate traffic from multiple TAP modules to the backplane for aggregation, regeneration or filtering | Scalable architecture Scalable to 80 ports of 1/10/25G ports with support for 40 and 100G ports. Non-blocking architecture, Line Rate System Throughput 2 Tbps |
| Traffic Load Balancing Session Aware Load Balancing by IP address, protocol, port, MAC address or other parameters. | Reliability Dual Hot swap power supplies and fans for greater resilience |
| Tunneling support (optional) Tunnel Termination/De-Encapsulation ERSPAN, GRE and VxLAN | Port Tagging (optional) Custom P-Tag functionality enables complex traffic processing workflows |
| Packet Slicing (optional) Truncate packets at a particular byte to remove payloads and reduce appliance workload and storage requirements. | Protocol Header stripping (optional) Remove any tunneling protocol to obtain the un-tunneled traffic for further (filtering) processing, such as GRE, GTP(U/C), RTP, VN-Tag, MPLS. |
