PacketTigerVirtual Packet Broker
Network Traffic Services and Delivery in the Cloud
Full Virtual & Cloud Network Visibility
AWS | Azure | GCP | Docker | VMware | Hyper-V | KVM
Cloud-Native NETWORK VISIBILITY
Apps Clasification | Timestamping | VLAN Tagging | Header Stripping | Deduplication | IP Flow Export | Data Masking | Filtering | Packet Slicing | RegExp Matching | Load Balancing | Tunnel Encap/Decap
The NEOX PacketTigerVirtual Series includes a range of advanced Virtual Network Packet Brokers designed for hybrid-cloud and multi-cloud enterprises, software-defined data centers, digital service providers, and virtualized network edge applications. All PacketTigerVirtual models consolidate and deliver packet data centrally, enhance bandwidth and tool utilization, serve as a standalone L2-L4 extensive packet-services solution, and reduce costs in virtual (VM, SDWAN) and cloud (AWS, Azure, GCP) environments. They support features such as VLAN tagging, timestamping, header stripping, tunnel encapsulation and decapsulation, deduplication, application classification, IP flow export, regexp matching, data masking, advanced filtering, packet slicing, load balancing, and GTP correlation – all without any additional licensing fees. They support NETCONF API for seamless monitoring integration.PacketTigerVirtual NX-PBPT-VM model offers a virtual packet broker (vPB) software appliance for up to 2 CPU cores, in OVA/OVF or Docker container format, with 1-3 year subscription, service, and support.
- PacketTigerVirtual NX-PBPT-L1 extends the above virtual packet broker usage by 1 CPU core.
- PacketTigerVirtual NX-PBPT-L5 model extends the above virtual packet broker usage by 5 CPU cores.
- PacketTigerVirtual NX-PBPT-L10 model extends the above virtual packet broker usage by 10 CPU cores.
PackeTigger Virtual Packet Broker - nx-pbpt-vm
NX-PBPT-VM
License for 2 CPU Cores
HIGHLIGHTS
- GTP Correlation
- GTP Inner IP Load Balancing
- IMSI Filtering
- Connects with physical and virtual NICs
- Virtual environments: ESXi, OpenStack, Docker Container
- Uniform network transparency across virtual and physical networks
- Several management options (CLI, SSH, SNMP V2/V3, WEB UI, Net CONF and REST API)
- Administration via NEOX Device Manager
FEATURES
| FEATURES | BENEFITS |
|---|---|
| Aggregation | Aggregate and redirect network traffic for further processing |
| Replication | Allow multiple tools to analyse the same traffic |
| Inner Tunnel Filtering | Filtering according to inner tunnel parameters (GTP, VXLAN, L2TP) |
| GRE Tunnelling | Interconnection of Packet Brokers across multiple sites using L3GRE & NVGRE protocol |
| Filtering | Filtering out unnecessary network traffic with conditional 5-tuple classifiers |
| User Defined Filters (UDF) | Track packets that match a specific “window” in incoming traffic |
| AND/OR/NOT Operatoren | Simplify the operation of the Packet Broker with logical filter actions |
| Copy | Enable orthogonal filter paths for the same network traffic |
| Layer-7 Filtering | Perform DPI and identify thousands of Layer 7 protocols |
| Regex Filtering | Identification and filtering of data traffic (stream- or packet-based) containing certain strings |
| Weighted Load Balancing | Distribute traffic across multiple tools and prevent over-subscription |
| Session Tracking | Track the entire session once the desired pattern has been identified |
| Port Labelling | Track packet path by adding VLAN tags that indicate its ingress port |
| Header Stripping | Remove headers (MPLS, VLAN, PPP, QinQ, VN-TAG, VXLAN, GRE, GTP, L2TP, Geneve) |
| Header Editing | Modify MAC, VLAN and IP headers |
| Deduplication | Maximize tool performance by eliminating duplicated packets |
| Data Masking | Protect sensitive data by overwriting it before it is sent to the tools |
| Packet Slicing | Reduce data overload by removing packet payload and/or any unnecessary data |
| Meta-data Extraction | Generate Metadata to Syslog or Kafka servers |
| Capping & Sampling | Reduce traffic by sampling traffic and/or limiting rates |
| Time Stamping | Enhances network visibility with nanosecond time stamping capabilities |
| Capture & Replay | Capture PCAP files in filter granularity and replay for further analysis |
| De-Fragmentation | Assemble packet fragments to complete packets |
| IPFIX/NetFlow | Generation and distribution of IPFIX/NetFlow flows |
| Management | Web UI, SSH, CLI, SNMP, Net CONF, REST API |
APPLICATIONS
- Providing network visibility for virtual network traffic
- Redirection of virtual network traffic to monitoring tools in physical and/or
virtual environments - Use of physical monitoring tools when migrating to virtual environments
- Optimise virtual and physical monitoring tools by filtering data
- Balance between physical and virtual monitoring tools
MODELS
| PACKETTIGER VIRTUAL – OPTIONS | |
|---|---|
| SKU | Description |
| NX-PBPT-VM | Software incl. 1 year maintenance & support, subscription licence includes the use of 2 CPU cores |
DOCUMENTS
PackeTigger Virtual Packet Broker - NX-PBPT-L1
NX-PBPT-L1
License for 1 Add. CPU Core
HIGHLIGHTS
- GTP Correlation
- GTP Inner IP Load Balancing
- IMSI Filtering
- Connects with physical and virtual NICs
- Virtual environments: ESXi, OpenStack, Docker Container
- Uniform network transparency across virtual and physical networks
- Several management options (CLI, SSH, SNMP V2/V3, WEB UI, Net CONF and REST API)
- Administration via NEOX Device Manager
FEATURES
| FEATURES | BENEFITS |
|---|---|
| Aggregation | Aggregate and redirect network traffic for further processing |
| Replication | Allow multiple tools to analyse the same traffic |
| Inner Tunnel Filtering | Filtering according to inner tunnel parameters (GTP, VXLAN, L2TP) |
| GRE Tunnelling | Interconnection of Packet Brokers across multiple sites using L3GRE & NVGRE protocol |
| Filtering | Filtering out unnecessary network traffic with conditional 5-tuple classifiers |
| User Defined Filters (UDF) | Track packets that match a specific “window” in incoming traffic |
| AND/OR/NOT Operatoren | Simplify the operation of the Packet Broker with logical filter actions |
| Copy | Enable orthogonal filter paths for the same network traffic |
| Layer-7 Filtering | Perform DPI and identify thousands of Layer 7 protocols |
| Regex Filtering | Identification and filtering of data traffic (stream- or packet-based) containing certain strings |
| Weighted Load Balancing | Distribute traffic across multiple tools and prevent over-subscription |
| Session Tracking | Track the entire session once the desired pattern has been identified |
| Port Labelling | Track packet path by adding VLAN tags that indicate its ingress port |
| Header Stripping | Remove headers (MPLS, VLAN, PPP, QinQ, VN-TAG, VXLAN, GRE, GTP, L2TP, Geneve) |
| Header Editing | Modify MAC, VLAN and IP headers |
| Deduplication | Maximize tool performance by eliminating duplicated packets |
| Data Masking | Protect sensitive data by overwriting it before it is sent to the tools |
| Packet Slicing | Reduce data overload by removing packet payload and/or any unnecessary data |
| Meta-data Extraction | Generate Metadata to Syslog or Kafka servers |
| Capping & Sampling | Reduce traffic by sampling traffic and/or limiting rates |
| Time Stamping | Enhances network visibility with nanosecond time stamping capabilities |
| Capture & Replay | Capture PCAP files in filter granularity and replay for further analysis |
| De-Fragmentation | Assemble packet fragments to complete packets |
| IPFIX/NetFlow | Generation and distribution of IPFIX/NetFlow flows |
| Management | Web UI, SSH, CLI, SNMP, Net CONF, REST API |
APPLICATIONS
- Providing network visibility for virtual network traffic
- Redirection of virtual network traffic to monitoring tools in physical and/or
virtual environments - Use of physical monitoring tools when migrating to virtual environments
- Optimise virtual and physical monitoring tools by filtering data
- Balance between physical and virtual monitoring tools
MODELS
| PACKETTIGER VIRTUAL – OPTIONS | |
|---|---|
| SKU | Description |
| NX-PBPT-L1 | Extension of the subscription licence by 1 CPU core |
DOCUMENTS
PackeTigger Virtual Packet Broker - NX-PBPT-L5
NX-PBPT-L5
License for 5 add. CPU Cores
HIGHLIGHTS
- GTP Correlation
- GTP Inner IP Load Balancing
- IMSI Filtering
- Connects with physical and virtual NICs
- Virtual environments: ESXi, OpenStack, Docker Container
- Uniform network transparency across virtual and physical networks
- Several management options (CLI, SSH, SNMP V2/V3, WEB UI, Net CONF and REST API)
- Administration via NEOX Device Manager
FEATURES
| FEATURES | BENEFITS |
|---|---|
| Aggregation | Aggregate and redirect network traffic for further processing |
| Replication | Allow multiple tools to analyse the same traffic |
| Inner Tunnel Filtering | Filtering according to inner tunnel parameters (GTP, VXLAN, L2TP) |
| GRE Tunnelling | Interconnection of Packet Brokers across multiple sites using L3GRE & NVGRE protocol |
| Filtering | Filtering out unnecessary network traffic with conditional 5-tuple classifiers |
| User Defined Filters (UDF) | Track packets that match a specific “window” in incoming traffic |
| AND/OR/NOT Operatoren | Simplify the operation of the Packet Broker with logical filter actions |
| Copy | Enable orthogonal filter paths for the same network traffic |
| Layer-7 Filtering | Perform DPI and identify thousands of Layer 7 protocols |
| Regex Filtering | Identification and filtering of data traffic (stream- or packet-based) containing certain strings |
| Weighted Load Balancing | Distribute traffic across multiple tools and prevent over-subscription |
| Session Tracking | Track the entire session once the desired pattern has been identified |
| Port Labelling | Track packet path by adding VLAN tags that indicate its ingress port |
| Header Stripping | Remove headers (MPLS, VLAN, PPP, QinQ, VN-TAG, VXLAN, GRE, GTP, L2TP, Geneve) |
| Header Editing | Modify MAC, VLAN and IP headers |
| Deduplication | Maximize tool performance by eliminating duplicated packets |
| Data Masking | Protect sensitive data by overwriting it before it is sent to the tools |
| Packet Slicing | Reduce data overload by removing packet payload and/or any unnecessary data |
| Meta-data Extraction | Generate Metadata to Syslog or Kafka servers |
| Capping & Sampling | Reduce traffic by sampling traffic and/or limiting rates |
| Time Stamping | Enhances network visibility with nanosecond time stamping capabilities |
| Capture & Replay | Capture PCAP files in filter granularity and replay for further analysis |
| De-Fragmentation | Assemble packet fragments to complete packets |
| IPFIX/NetFlow | Generation and distribution of IPFIX/NetFlow flows |
| Management | Web UI, SSH, CLI, SNMP, Net CONF, REST API |
APPLICATIONS
- Providing network visibility for virtual network traffic
- Redirection of virtual network traffic to monitoring tools in physical and/or
virtual environments - Use of physical monitoring tools when migrating to virtual environments
- Optimise virtual and physical monitoring tools by filtering data
- Balance between physical and virtual monitoring tools
MODELS
| PACKETTIGER VIRTUAL – OPTIONS | |
|---|---|
| SKU | Description |
| NX-PBPT-L5 | Extension of the subscription licence by 5 CPU cores |
DOCUMENTS
PackeTigger Virtual Packet Broker - NX-PBPT-L10
NX-PBPT-L10
License for 10 add. CPU Cores
HIGHLIGHTS
- GTP Correlation
- GTP Inner IP Load Balancing
- IMSI Filtering
- Connects with physical and virtual NICs
- Virtual environments: ESXi, OpenStack, Docker Container
- Uniform network transparency across virtual and physical networks
- Several management options (CLI, SSH, SNMP V2/V3, WEB UI, Net CONF and REST API)
- Administration via NEOX Device Manager
FEATURES
| FEATURES | BENEFITS |
|---|---|
| Aggregation | Aggregate and redirect network traffic for further processing |
| Replication | Allow multiple tools to analyse the same traffic |
| Inner Tunnel Filtering | Filtering according to inner tunnel parameters (GTP, VXLAN, L2TP) |
| GRE Tunnelling | Interconnection of Packet Brokers across multiple sites using L3GRE & NVGRE protocol |
| Filtering | Filtering out unnecessary network traffic with conditional 5-tuple classifiers |
| User Defined Filters (UDF) | Track packets that match a specific “window” in incoming traffic |
| AND/OR/NOT Operatoren | Simplify the operation of the Packet Broker with logical filter actions |
| Copy | Enable orthogonal filter paths for the same network traffic |
| Layer-7 Filtering | Perform DPI and identify thousands of Layer 7 protocols |
| Regex Filtering | Identification and filtering of data traffic (stream- or packet-based) containing certain strings |
| Weighted Load Balancing | Distribute traffic across multiple tools and prevent over-subscription |
| Session Tracking | Track the entire session once the desired pattern has been identified |
| Port Labelling | Track packet path by adding VLAN tags that indicate its ingress port |
| Header Stripping | Remove headers (MPLS, VLAN, PPP, QinQ, VN-TAG, VXLAN, GRE, GTP, L2TP, Geneve) |
| Header Editing | Modify MAC, VLAN and IP headers |
| Deduplication | Maximize tool performance by eliminating duplicated packets |
| Data Masking | Protect sensitive data by overwriting it before it is sent to the tools |
| Packet Slicing | Reduce data overload by removing packet payload and/or any unnecessary data |
| Meta-data Extraction | Generate Metadata to Syslog or Kafka servers |
| Capping & Sampling | Reduce traffic by sampling traffic and/or limiting rates |
| Time Stamping | Enhances network visibility with nanosecond time stamping capabilities |
| Capture & Replay | Capture PCAP files in filter granularity and replay for further analysis |
| De-Fragmentation | Assemble packet fragments to complete packets |
| IPFIX/NetFlow | Generation and distribution of IPFIX/NetFlow flows |
| Management | Web UI, SSH, CLI, SNMP, Net CONF, REST API |
APPLICATIONS
- Providing network visibility for virtual network traffic
- Redirection of virtual network traffic to monitoring tools in physical and/or
virtual environments - Use of physical monitoring tools when migrating to virtual environments
- Optimise virtual and physical monitoring tools by filtering data
- Balance between physical and virtual monitoring tools
MODELS
| PACKETTIGER VIRTUAL – OPTIONS | |
|---|---|
| SKU | Description |
| NX-PBPT-L10 | Extension of the subscription licence by 10 CPU cores |
DOCUMENTS
SERVICE & SUPPORT
Unparallel Multi-Level Service & Support for Peace of Mind
All NEOXPacketTiger Virtual Network Packet Brokers come with NEOX SILVER Support and can be upgraded to GOLD Support for advanced replacement in case of a hardware failure.
FEATURED CONTENT
Creating Solutions for Your Success
Infographic
Why You Need a Packet Broker
Product Brief
A Brief Guide to Products
Product Brochure
A Complete Guide to Products