| Model | NIP6680 |
|---|
| Performance | Mid-range 10 Gigabit |
| Scalability |
| IPS Throughput | 15.0 Gbit/s |
| Fixed Ports | 4 x 10 GE +1 6 GE + 8 SFP |
| Height | 3U |
| Dimensions | 442 mm x 415 mm x 130.5 mm |
| Weight | 24 kg |
| Hard Disk | Optional: Supports one 300 GB hard disk (RAID1 and hot-swappable) |
| Redundant Power Supply | Standard |
| AC Power Supply | 100V to 240V |
| DC Power Supply | -48V to -60V |
| Power Consumption | 350W |
| Operating Environment | • Temperature
0°C to 45°C (without optional hard disk)
5°C to 40°C (with optional hard disk)
• Humidity
10% to 90% |
| Functions |
| Intelligent Management | Detects the types, operating systems, and enabled services of
protected IT assets and dynamically generates suitable intrusion
prevention policies for the IT environment |
| Evaluates the risk level of attack events based on the IT
environment so that administrators can process critical attack
events and ignore false positive attacks |
| Identifies application types of live network traffic and determines
whether to implement intrusion detection based on the risk levels
of the identified application types |
| Provides multiple types of logs, such as threat logs, operation
logs, system logs, and policy matching logs, for the administrator
to learn about network events |
| Provides multiple types of reports, such as traffic reports, threat
reports, and policy matching reports, for the administrator to view
network traffic and threat status. The NIP can also interwork with
an eSight to provide more comprehensive and diversified reports |
| Provides a web UI, CLI (console, Telnet, and sTelnet), and network
management system (SNMP) for device management |
| Intrusion Prevention | Defends against common attacks, such as Worms, Trojan horses,
botnets, cross-site scripting, and SQL injection, based on the
signature database, and provides user-defined signatures to defend
against new attacks |
| APT Detection | Detects APT attacks based on reputation systems and the sandbox.
The NIP6300/NIP6600 sends suspect files to the sandbox for
detection and then displays attack events based on the sandbox
detection result |
| Supports IP and C&C reputation to detect and prevent malicious
IP addresses and domain names |
| Application Security | Automatically learns traffic patterns and defends against multiple
types of DDoS attacks at the application layer, including HTTP,
HTTPS, DNS, and SIP flood attacks |
| Scans for viruses in files transmitted through HTTP, FTP, SMTP,
POP3, IMAP, NFS, and SMB and prevents virus-infected files from
being transmitted |
| Identifies more than 6,000 applications, including P2P, IM, online
gaming, social networking, video, and audio applications, and takes
actions (block, traffic limiting, application usage display) for
the identified applications |
| Web Security | Decrypts HTTPS traffic and detects threats |
| Provides a URL blacklist to control online behavior |
| Network Security | Detects threats in IPv6 traffic |
| Detects threats in VLAN, QinQ, MPLS, GRE, IPv4 over IPv6, and IPv6
over IPv4 tunnel traffic |
| Automatically learns traffic patterns and defends against multiple
types of DDoS attacks at the network layer, including SYN, UDP,
ICMP, and ARP flood attacks |
Defends against multiple types of single-packet attacks, including: - Scanning attacks, such as IP sweep and port scanning
- Malformed packet attacks, such as IP spoofing, LAND, Smurf,
Fraggle, WinNuke, Ping of Death, TearDrop, IP fragment, ARP
spoofing, and attacks using invalid TCP flags
Control message attacks, such as oversized ICMP packets, ICMP
unreachable packets, ICMP redirect packets, Tracert, packets with
options such as IP source routing, IP record route, and IP
timestamp |
| Blacklists the source or destination IP addresses of attacks to
block the follow-up packets from or to the blacklisted IP addresses |
| High Availability | Supports hot backup protocols, such as VRRP, VGMP, and HRP, and
provides a hot standby mechanism to ensure that services can
automatically and smoothly switch to the standby device if the
active device fails |
| Provides a bypass card to ensure service continuity if the system
encounters faults (such as hardware failures, and devices being
powered off) |
| Provides visualized fault diagnosis for the administrator to
diagnose all possible fault causes and automatically displays the
diagnosis results and troubleshooting suggestions |
| Signature Database Update | Supports online and offline updates of the IPS-SDB, SA_SDB, and
antivirus SDB for the device to have the latest defense
capabilities |
