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SECOR Networks presents GigaVue 420 (www.secornetworks.com)

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    Notes on slide 1

    The GigaVUE system is an entirely new concept in data access and tool connectivity. It gives multiple tools, customized access to data from anywhere in the enterprise network. As an analogy, power strip sockets supply electricity to any quantity and kind of appliance. GigaVUE is a “data socket” that supplies data to any quantity and kind of networking tool. The GigaVUE system is an OUT-OF-BAND multi-port connectivity fabric, that acquires data from any number of key locations on the network. Once installed, you never have to touch the tools or the network again. Paths through the fabric can be changed “on the fly” making tool moves, adds, and changes virtual and completely unobtrusive to the network. The GigaVUE system makes it possible to bring all your tools together to create a “TOOL FARM” which reduces tool management cost and enhances network security.

    On the left side are Inputs to GigaVUE network ports, either span ports or taps on the network. Use existing external taps or use the built-in optical or copper GigaTAPs. On the right side are shown tools in a tool farm. An 8 port GigaVUE is making various connections. The ports may be configured as either “network” or “tool”. You choose the connectivity between network ports and tool ports by drawing lines. 1. Any network port may be connected to any tool port on the fly. 2. Multiple network ports can be aggregated to any tool port. 3. Any network port can be muti-plexed to multiple tool ports. 4. Bit Mask Filters are hardware based for near zero latency 5. Filters can be based on any field of the 80 byte header with offsets pre-defined for simplicity. Create filters on Mac, IPaddr, VLAN, App Port, TOS bits or any range of these. 6. Filters may be applied to a network ports to do bulk filtering 7. Filters on tool ports customize the data flow to each tool.

    On the left side are Inputs to GigaVUE network ports, either span ports or taps on the network. Use existing external taps or use the built-in optical or copper GigaTAPs. On the right side are shown tools in a tool farm. An 8 port GigaVUE is making various connections. The ports may be configured as either “network” or “tool”. You choose the connectivity between network ports and tool ports by drawing lines. 1. Any network port may be connected to any tool port on the fly. 2. Multiple network ports can be aggregated to any tool port. 3. Any network port can be muti-plexed to multiple tool ports. 4. Bit Mask Filters are hardware based for near zero latency 5. Filters can be based on any field of the 80 byte header with offsets pre-defined for simplicity. Create filters on Mac, IPaddr, VLAN, App Port, TOS bits or any range of these. 6. Filters may be applied to a network ports to do bulk filtering 7. Filters on tool ports customize the data flow to each tool.

    GigaVUE is a solution for all your tool connectivity problems. GigaVUE ports may be configured as either “network” or “tool”. You choose the connectivity between network ports and tool ports. Inputs to GigaVUE network ports may be from span ports or taps on the network. Use existing external taps or use the built-in optical or copper GigaTAPs. Along the bottom of this slide, you see reference to all of the forms of connectivity that GigaVUE delivers. 1. Any network port may be connected to any tool port. 2. Multiple network ports can be aggregated to any tool port. 3. Any network port can be muti-plexed to multiple tool ports. 4. Bit Mask Filters may be applied to either the network or too port, thus customizing the data flow to each tool. 5. Backflow for security or testing is possible- if enabled.

    GigaVUE is a solution for all your tool connectivity problems. GigaVUE ports may be configured as either “network” or “tool”. You choose the connectivity between network ports and tool ports. Inputs to GigaVUE network ports may be from span ports or taps on the network. Use existing external taps or use the built-in optical or copper GigaTAPs. Along the bottom of this slide, you see reference to all of the forms of connectivity that GigaVUE delivers. 1. Any network port may be connected to any tool port. 2. Multiple network ports can be aggregated to any tool port. 3. Any network port can be muti-plexed to multiple tool ports. 4. Bit Mask Filters may be applied to either the network or too port, thus customizing the data flow to each tool. 5. Backflow for security or testing is possible- if enabled.

    GigaVUE is a solution for all your tool connectivity problems. GigaVUE ports may be configured as either “network” or “tool”. You choose the connectivity between network ports and tool ports. Inputs to GigaVUE network ports may be from span ports or taps on the network. Use existing external taps or use the built-in optical or copper GigaTAPs. Along the bottom of this slide, you see reference to all of the forms of connectivity that GigaVUE delivers. 1. Any network port may be connected to any tool port. 2. Multiple network ports can be aggregated to any tool port. 3. Any network port can be muti-plexed to multiple tool ports. 4. Bit Mask Filters may be applied to either the network or too port, thus customizing the data flow to each tool. 5. Backflow for security or testing is possible- if enabled.

    ********************************************************** This marks a transition in the presentation. Take the opportunity to check the understanding of the audience and to see how they can use GigaVUE in their network. Responses will guide you as to how to use the rest of the presentation. **********************************************************

    ********************************************************** This marks a transition in the presentation. Take the opportunity to check the understanding of the audience and to see how they can use GigaVUE in their network. Responses will guide you as to how to use the rest of the presentation. **********************************************************

    ********************************************************** This marks a transition in the presentation. Take the opportunity to check the understanding of the audience and to see how they can use GigaVUE in their network. Responses will guide you as to how to use the rest of the presentation. **********************************************************

    GigaVUE is a solution for all your tool connectivity problems. GigaVUE ports may be configured as either “network” or “tool”. You choose the connectivity between network ports and tool ports. Inputs to GigaVUE network ports may be from span ports or taps on the network. Use existing external taps or use the built-in optical or copper GigaTAPs. Along the bottom of this slide, you see reference to all of the forms of connectivity that GigaVUE delivers. 1. Any network port may be connected to any tool port. 2. Multiple network ports can be aggregated to any tool port. 3. Any network port can be muti-plexed to multiple tool ports. 4. Bit Mask Filters may be applied to either the network or too port, thus customizing the data flow to each tool. 5. Backflow for security or testing is possible- if enabled.

    ********************************************************** This marks a transition in the presentation. Take the opportunity to check the understanding of the audience and to see how they can use GigaVUE in their network. Responses will guide you as to how to use the rest of the presentation. **********************************************************

    GigaVUE is a solution for all your tool connectivity problems. GigaVUE ports may be configured as either “network” or “tool”. You choose the connectivity between network ports and tool ports. Inputs to GigaVUE network ports may be from span ports or taps on the network. Use existing external taps or use the built-in optical or copper GigaTAPs. Along the bottom of this slide, you see reference to all of the forms of connectivity that GigaVUE delivers. 1. Any network port may be connected to any tool port. 2. Multiple network ports can be aggregated to any tool port. 3. Any network port can be muti-plexed to multiple tool ports. 4. Bit Mask Filters may be applied to either the network or too port, thus customizing the data flow to each tool. 5. Backflow for security or testing is possible- if enabled.

    GigaVUE is a solution for all your tool connectivity problems. GigaVUE ports may be configured as either “network” or “tool”. You choose the connectivity between network ports and tool ports. Inputs to GigaVUE network ports may be from span ports or taps on the network. Use existing external taps or use the built-in optical or copper GigaTAPs. Along the bottom of this slide, you see reference to all of the forms of connectivity that GigaVUE delivers. 1. Any network port may be connected to any tool port. 2. Multiple network ports can be aggregated to any tool port. 3. Any network port can be muti-plexed to multiple tool ports. 4. Bit Mask Filters may be applied to either the network or too port, thus customizing the data flow to each tool. 5. Backflow for security or testing is possible- if enabled.

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    SECOR Networks presents GigaVue 420 (www.secornetworks.com) - Presentation Transcript

    1. GigaVUE-420 The Next Generation Gigamon Systems Intelligent Data Access Networking Data Access Switch
    2. GigaVUE is a “Data Socket” Part of the Reliable Network Infrastructure
      • Plug-in multiple out-of-band tools – any tool to any data
      • Unobtrusive tool connections – never touch the network
      • Aggregate, Multicast, Filter and load balance data streams
    3. Multicast Shares One to Many SPAN Input Customer Experience Monitor (e.g.,HTTP)‏ IDS (e.g., all traffic from edge router to firewall)‏ Recorder #1 (e.g., VLAN A)‏ Post Filter Pre Filter Post Filter Post Filter Pre Filter Pre Filter Pre Filter Network Ports Tool Ports GigaVUE-MP Recorder #2 (e.g., VLAN B)‏ Post Filter Any to Any Any to Many Many to Any Bit-Mask Filtering
    4. Aggregate Many to One SPAN Input A Tap Input C SPAN Input D Tap Input B Post Filter Pre Filter Post Filter Post Filter Pre Filter Pre Filter Pre Filter SPAN Ports or TAPS Network Ports Tool Ports GigaVUE-MP Customer Experience Monitor (e.g.,HTTP)‏ Post Filter Any to Any Any to Many Many to Any Bit-Mask Filtering
    5. 10 GigE tool 10 GigE to Many 1 & 10 GigE Tools Network Ports Tool Ports GigaVUE-420 TM 10 Gig Source
      • 10 Gig traffic divided across multiple tools
      1 GigE tool 1 GigE tool 1 GigE tool . . .
    6. 1 GigE tool 10Gig Taps to Many 1 GigE Tools 10 Gig Network Ports 1 Gig Tool Ports GigaVUE-420 TM Redundant 10 Gig links
      • 10 Gig traffic divided across multiple tools
      1 GigE tool 1 GigE tool 1 GigE tool . . .
    7. Hardware based Data Access Switch
      • Purpose built, non-blocking cross-connect hardware switching
        • Based on circuit switching, not destination address switching
        • Packet aware, aggregating and filtering
        • NOT a physical layer matrix switch
        • NOT software based, no OS, no CPU, no Store & Forward
        • Full 100% line rate performance at all ports – even if filtering is on
        • Ultra-low 6 micro seconds latency from port to port
        • Speed and media converting from ingress to egress
    8. GigaVUE-420 Hardware Tour
      • 20 ports of 10/100/1000 Ethernet
      • 1U modular chassis
      • Stackable up to 10 chassis for 240 ports
      Remote Ethernet (telnet or SSH) and local serial Management Ports with TACAC+ or Radius Base Unit provides four 10/100/1000 RJ45 ports or Optical SFP ports (all ports can be network ports or tool)‏ Optional GigaPORT module provides another four 10/100/1000 RJ45 ports or Gigabit optical LC ports (using pluggable SFP transceivers)‏ Optional GigaTAP-Tx dual fault tolerant taps Optional GigaTAP-Sx dual fault tolerant fiber taps Front panel view
    9. GigaVUE-420 Rear Hardware Tour
      • 4 x modular GigaLINK 10 Gig ports
      • Dual redundant AC or DC Power Supplies
      • Dual redundant fans
      • All modules hot swappable
      GigaLINK 10 Gig 4 option port modules Rear panel view Dual redundant fans Redundant power supplies Redundant power cords
    10. GigaPORT 4-port Expansion Optional SFP Transceivers 10/100/1000 RJ-45 copper ports
    11. TAP-202 GigaTAP-Sx Optical Splitter (4x)‏ Transceivers (4x)‏ IN OUT Transceiver 70 / 30 Optical Splitter
    12. copy circuit TAP-201 GigaTAP-Tx Fail-Closed Relays IN OUT Magnetic relay
    13. 10GigaTAP for GigaVUE-420
        • TAP-212 SR multimode Optical 50/50
        • TAP-213 LR singlemode Optical 50/50
        • TAP-214 ER singlemode Optical 50/50
        • Available Oct 08
      10GigaTAP Occupies two rear panel 10G ports Tap One or Two links per 420
    14. Hardware Pattern Match Filtering
      • A “filter rule” is based on a set of patterns in 128 Byte header
        • Allow or Block on pattern match
        • Boolean “and” or “or” patterns together
      • Hardware Filtering to virtually eliminate latency
      • Up to 4096 filter rules per system
      • Filter rules may be based on predefined templates including;
        • MAC source or destination addresses
        • IP source or destination addresses (including IPv6)‏
        • IP subnets
        • Sessions, using source and destination IP address pairs
        • Ethertypes
        • VLAN id’s
        • Application ports
        • TOS priority bits
        • Ranges of MAC addr’s, IP addr’s, VLAN id’s, or application ports
        • Range masks featuring odd/even discrimination (RTP/RTCP filtering)‏
        • User defined bit pattern and offset
    15. GigaVUE-420 Advanced Lawful Intercept Filtering
      • Phone number filtering
        • Follows the phone call through multi-protocol changes from dialing to teardown
        • One number to/from one
        • One number to/from all
      • Email URL filtering
        • One URL to/from one
        • One URL to/from all
      • CALEA or other lawful intercept application
    16. 5 Mapping: Load-Sharing Mapping Filter Network Ports Tool Ports GigaVUE TM Subnet A Subnet B Subnet C All traffic Span Input A
      • Multiple tools per rule
      • Up to 120 rules per map
      • Up to 10 tool ports per rule
      If subnet=A then 5,8 If subnet=B then 6,8 If subnet=C then 7,8 If no match, then 8 6 7 8 Map Filter Rule Table
    17. Mapping Filter Network Ports Tool Ports GigaVUE TM VLAN A VLAN B VLAN C All traffic Mapping Filter Span Input A Span Input B
      • Aggregate multiple data sources with Mapping
      Load Sharing by VLAN from Multiple Sources
      • Master – Slave Stack Management
        • “ Master” GigaVUE relays commands to the stack
        • Connect to Only one box in a stack
        • Completes the cross box commands in remote box
      Proprietary & Confidential GigaVUE-420 Stack Master GigaVUE-MP GigaVUE-MP IDS Remote Management Tap input
    19. Security Considerations
      • Authorized Users Only
        • Password authenticated local users
        • TACACS+ or RADIUS authentication for remote users
        • SSH2 128 bit encrypted remote management interface
        • Can not see data through management interface
        • Users locked to individual ports
          • Can only manage their assigned ports.
        • Event logging
        • SNMP traps on security risk events
      Proprietary & Confidential
    20. About Gigamon Healthy, Growing Silicon Valley Company
      • Over 1600 units shipped globally to over 400 major Telecom, Financial, Retail, Medical, Entertainment, Networking, Utility, Manufacturing, and Government Corporations
      • Recently recognized by Frost & Sullivan as the Emerging Technology Company of the Year in the World Monitoring Market
      • Founded July ’03 by working partners, self-funded and managed
      • Growth funded by revenue only
        • No VC funding – No Debt
      • Shipping GigaVUE since May ’05,
        • Profitable since Q3 ’05
      Proprietary & Confidential
    21. Telecom Insurance Financial & Banking Computer & Networking Government & Defense University & Healthcare Manufacturing Utilities & Retail MGIC NEBRASKA IT Hospitality
    22. Gigamon Solutions
      • Aggregate many links to any tool
        • Multicast any link to many tools
          • Filter data to map packets to tools
            • Save $$ Cap Ex and Op Ex budgets
      Proprietary & Confidential Any to Any Any to Many Many to Any Bit-Mask Filtering
    23. SECOR Networks--Authorized Reseller
      • Contact us:
      • Tim Dubuc
      • Cell 925.367.4272
      • [email_address]
      • www.secornetworks.com
      • Ofc. 231.799.0800

    + jdubucjdubuc, 5 months ago

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