|Hardware Performance||Fully non-blocking 12.8Tb switch capacity|
Forwarding Rate of over 1050Mpps
Packet buffer 16MB
Line-rate across all ports
|Management||Web UI via HTTPS/HTML5,|
CLI via SSH/RS-232,
|MTBF||> 582,692 hours|
2х10GbE ports: SFP+ port
OOB: 1x 10/100/1000 Mbps Eth RJ-45
1х 10/100/1000Base-T port: RJ45 port.
USB A 2.0, UART console
|Configuration||MAC : MARVELL/98CX8580|
Memory: DDR4 16G
|Fan Tray||6 (5+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 570 x 44 mm|
Mounting: Surface or 19” rack (1U)
|Electrical||Power Consumption: 1238W MAX|
2 PSU 1600W (1+1 redundant) Hot swappable
|Compliance||UL/CSA, cUL, CB, CCC|
ORAMA X400 is a high port high speed high density Packet Broker with 32 QSFP56-DD 400Gpbs ports visibility enabling users to interconnect different network protection and monitoring tools quickly and easily.
Every port support QSFP single density modules that would allow 400Gbps QSFP56, 200Gbps QSFP56 or 100Gbps QSFP28, as well as breakout cables with 8×1/10/25/56Gbps or 2x100Gbps connections.
Aggregate, Filter and Load Balance core network traffic across existing and future tool portfolio
Non-blocking architecture, Line Rate System Throughput of 12.8 Tbps
|Flexible traffic filtering |
L2: MAC, VLAN, MPLS, Ethertype
L3: IPv4, IPv6, DSCP, Protocol
L4: Port, Custom Fields
Configure and manage the entire system through the easy-to-use web interface and SNMP monitoring support
Aggregate traffic from multiple TAP modules to the backplane for aggregation, regeneration or filtering
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.
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.