|Place of Origin:||China|
|Certification:||CCC, CE, RoHS|
|Minimum Order Quantity:||1 SET|
|Packaging Details:||Outer Carton plus Inner Foam|
|Delivery Time:||1-3 Working Days|
|Payment Terms:||L/C, D/A, D/P, T/T, Western Union, MoneyGram|
|Supply Ability:||100 sets per month|
|Data Exchange:||Up To 3.2Tbps||100G/40G Link:||10 QSFP28 100GE Or 24 10GE SFP+ Interfaces|
|Traffic Mapping:||To Various Tools For Analytics, Performance Enhancement And Security||ASIC Chip:||Built-in High-performance Large-capacity Data Processing|
|Management:||NetTAP® Network Visibility And Matrix NetInsight™||Network Analysis:||Solved Flow Issues Or Physical Problems|
network packet analysis tools,
network traffic flow analysis
Modular Designed Network TAPs Analysis Tools Solved Flow Issues or Physical Problems
What is Network Packet Broker's Network Visibility for Security?
Network visibility is enabling network administrators to capture, replicate, aggregate, precess, forward, analysis and see network traffic and applications that are traveling across Wide Area and Local Area network links. Once captured, the network traffic can be mapped to various tools for analytics, performance enhancement and security. There are many specialized tools to perform these functions that all must be connected to network links in order to provide traffic data to tools. This connectivity is the foundation of visibility and can be managed in one of three ways. Direct connection is where the tools are connected directly to live links. This allows the tool to directly see and manipulate traffic. It becomes an integral part of the network and will be able to analyze data, block data and send packets back into the network. The primary limitation of direct in-line connection is potential network disruption, if the tool should go off line due to a power disruption, maintenance or any other reason make the network down. If the tool goes down, the link goes down. If you have multiple tools on a link, the probability for disruption increases accordingly. There are also financial considerations with this method. In target networks, it can be financially stressful to deploy multiple network tools on every link.
Network Packet Broker For your System Value
No.1 Capture, Replicate, Filter, Aggregate and Load-Balance traffic collected by Intelligent TAPs across your Network in real-time.
No.2 NetTAP® Network Visibility and Matrix NetInsight™ Interface for simple, intelligent port-mapping and all management.
No.3 Deploy with ultimate scalability, using a fully-modular design to expand as your infrastructure evolves.
Matrix-TCA-CG is a network data visualization control device for high density and large flow of 10G/40G/100G.
Matrix-TCA-CG is specially designed for the data collection of 10GE 40GE and 100GE links distributed intensively in operators mobile Internet export, IDC export, provincial network and backbone.
Based on ATCA standard architecture, MATRIX-TCA-CG has high carrier-level reliability and strong expansibility which can smoothly configure the functional board CARDS to cope with port demand scenarios of various specifications and sizes.
The NTCA-CHS-7U7S is a 7U standard rack height. The chassis adopts the horizontal slot service slot mode. The device supports a total of seven slots, including two switching slots and five service slots. Each slot provides 300W cooling capacity, the chassis uses a pull-type cooling air duct to provide good heat dissipation performance for the whole machine. The backplane adopts a dual-star architecture, providing 200Gbps full-duplex interconnected channels in each switch slot to the service slot. Fully equipped with two switch cards can achieve 400G backplane bandwidth per service slot.
The NTCA-CHS-16U14S is a 16U standard rack height. The chassis adopts the horizontal insertion service slot mode. The whole machine supports 14 card slots, including 4 switching slots and 10 service slots. Each slot provides 300W cooling capacity, the chassis uses a pull-type cooling air duct to provide good heat dissipation performance for the whole machine. The backplane adopts a dual-star architecture, providing independent 100Gbps backplane bandwidth for each switch slot to the service slot. Fully 4 switch cards can provide 400G backplane cross-board bandwidth application per service slot.
NT-TCA-CG10 100G Data Acquisition, Data Capturing and Switch Service Card/Module
Service interface: 10*QSFP28 100G(compatible 40G)interface；Additional 10 QSFP28 100GE interfaces or 24 10GE SFP+ interfaces can be extended via RTM expansion boards.
Management interface: 1*RJ45 interface
CONSOLE interface: 1*RJ45 interface
BASE interface: 2*1000MInter-board communication interface
FABRIC interface: 4*100GService data dedicated transmission interface
IPMC interface: 1*RJ45 interface
Card Function and Feature
NT-TCA-CG10 built-in high-performance large-capacity data processing ASIC chip, which can complete business data aggregation and shunt up to 3.2Tbps.The main functionality and features are:
1- 10 QSFP28 type 100G Ethernet interfaces on the front panel, which can complete 100G/40G link splitting and mirroring input or 100G/40G service traffic aggregation and split output.
2- Provides 4*100GBASE-FABRIC service data transmission channels to provide high-performance transmission channels for cross-board data exchange services between the board and the switch board.
3- Supports NT-TCA-RTM-CG10 rear panel interface expansion card, and expands an additional 10 QSFP28 type 100G Ethernet interfaces. The expansion interface can also complete 100G/40G link acquisition or split output.
4- Supports NT-TCA-RTM-EXG24 rear panel interface expansion card, expands an additional 24 SFP+ type 10GE Ethernet interfaces, and expands the interface to complete 24 channel 10G Ethernet link acquisition or split output.
5- The flexible multi-group field matching filtering policy rules are used to establish black and white lists of traffic that are of interest to users, and to flexibly combine and use them to filter and output business data as needed. The multi-group field covers the standard fields of the packet stream, such as five-tuple, physical port, MAC address, vlan, and L3/L4 protocol domain.
6- Based on the user-defined field (UDF) filtering rule matching, the UDF custom domain can support a custom match of 128 bytes before the message. Typical applications can be used to filter HTTP GET/POST packets, tunnel-based packet key segment matching, etc.
7- High-capacity accurate field matching rules up to 128K, providing users with independent packet filtering support for independent IP/MAC/L4PORT fields.
8- Complete the replication, split, and load balancing of service data in the service card.
9- Supports command line-based CONSOLE/TELNET/SSH management, and also supports graphical-based HTTP/WEB configuration management interface with switchboard.
10- Complete the independent update and upgrade of the software version of the card.
Network Packet Broker Specification and Module Type
|Component type||Product Model||Basic Parameter||Remarks|
|Service card||NT-TCA-SCG10||100G exchange card,10*QSFP28 interface||Choose according to actual business needs|
|NT-TCA-CG10||100G service card,10*QSFP28 interface|
|NT-TCA-XG24||10G service card,24*SFP+ interface|
|NT-TCA-RTM-CG10||100G RTM card,10*QSFP28 interface|
|NT-TCA-RTM-EXG24||10G RTM card,24*SFP+ interface|
|TCA Visibility Embedded software system||NT-TCA-SOFT-PKG||must|
|Card name||NT-TCA-SCG10 100G service exchange card|
|Interface type||Support 10*QSFP28 100GE/40GE interface|
|Additional support 10*QSFP28 100GE/40GE interface (used with RTM card)|
|exchange capacity||3.2Tbps(including Cross-board service exchange capability)|
|Deployment mode||Support optical splitting/mirror span|
|data processing ability||support replication/aggregation/filtering|
|support dynamic load balancing|
|Support IP/protocol/port seven-tuple traffic identification filtering|
|Support UDF custom offset matching filtering|
|Support for inner and outer identification split in tunnel protocols|
|Support for Ethernet encapsulation independence support|
|Support more than 1 million basic IPv4 seven-tuple rules|
|Support Ethernet L2-L4 layer protocol identification|
|Support data forwarding between cards|
|system management ability||Support unified monitoring and management of the whole machine working environment|
|Support unified management of data processing strategies|
|Support unified management of software version of the whole machine|
|Support the whole machine control board election management|
|Support CONSOLE management|
|Support IP/WEB management|
|Support SNMP management|
|Support TELNET/SSH management|
|Chassis size||NTCA-CHS-7U7S-DC:310.45mm(H) × 482.6mm(W)× 443.6mm(D)|
|NTCA-CHS-7U7S-AC:310.45mm(H) × 482.6mm(W)× 443.6mm(D)|
|NTCA-CHS-16U14S-DC:708.35 mm(H) × 482.6mm(W)× 502.15mm(D)|
|NTCA-CHS-16U14S-AC:708.35 mm(H) × 482.6mm(W)× 502.15mm(D)|
|Adapter chassis and power||Power supply|
|NTCA-CHS-7U7S-DC:High voltage DC(240VDC~280VDC)|
|NTCA-CHS-16U14S-DC:High voltage DC(240VDC~280VDC)|
|NTCA-CHS-7U7S-DC:Full configuration maximum power consumption < 3000W|
|NTCA-CHS-7U7S-AC:Full configuration maximum power consumption < 3000W|
|NTCA-CHS-16U14S-DC:Full configuration maximum power consumption < 5000W|
|NTCA-CHS-16U14S-AC:Full configuration maximum power consumption < 5000W|
|Environment requirement||Working temperature:0℃~50℃|
|Standard Certification||Advanced®specification PICMG® 3.0 R2.0|
|RoHs,Designed for CE,FCC,NEBS Level 3|
Contact Person: Jerry
Applications: Data Center Of Telecom, Broadcasting, Government, Finance, Energy, Power, Petroleum, Hospital, School, Enterprise And Other Industries
Related Solutions: Network Visibility, Network Monitor, Network Security, Network Analytics, Data Center, Traffic Management, Traffic Optimize
Network Ports: 48ports * 10GE SFP+
Data Management: Max 24*10GE duplex Rx/Tx
Optimize Network: NetTAP® Matrix-SDN Visual Control Platform Access
Data Filtering and Packet Filtering: Supported L2-L7 packet filtering matching, such as SMAC, DMAC, SIP, DIP, Sport, Dport, TTL, SYN, ACK, FIN, Ethernet type field and value, IP protocol number, TOS, etc. also supported flexible combination of up to 2000 filtering rules.
Internet P2P era: The security management of P2P has become the most urgent problem of Network management.
Hash Algorithms: To calculate two hash results respectively, USES one of the hash results to search the result of the spatial primary table as the benchmark index, and USES the other hash result to search the result of the spatial subtable as the auxiliary index to modify
Packet Analysis: including abnormal datagram analysis, stream recombination, transmission path analysis, and abnormal stream analysis
Real-time Packet Detection: Nework port monitoring and analysis
Historical Traffic Trend: Nearly 2 months of historical traffic statistics query
Traffic Fowarding: To forward message count, unicast/multicast/broadcast message