2017 Product Catalog. New York + Texas + Germany GarlandTechnology.com

Transcription

1 2017 Product Catalog New York + Texas + Germany GarlandTechnology.com sales@garlandtechnology.com sales@garlandtechnology.com 2017 Garland Technology 1

2 Foundation of Visibility Starts with Seeing Every Bit, Byte and Packet Garland Technology network test access points (TAPs) provide 100% network uptime, while providing anytime network access and visibility. A foundation of visibility starts with network TAPs that feed your monitoring and security tools all the data - every bit, byte and packet they need to successfully secure and monitor your network. Protecting your network with a stack of security and monitoring tools is a significant investment, however they are only as good as the data they receive. Dropped packets and over-subscribed ports leave your network blind to cyber threats. A Garland Technology network TAP will ensure your tools receive all the data for optimum functionality while extending the lifecycle of your network tools. OUR MISSION Garland Technology is committed to educating all organizations and individuals on the benefits of having a strong foundation of network visibility and access. By providing this education we protect the security of data across your network and beyond. OUR HISTORY Garland s network access technology has been empowering data centers and enterprise networks since In 2011, co-founders Chris Bihary, CEO and Jerry Dillard, CTO decided to combine their engineering and sales knowledge and form Garland Technology to provide best in class service and products to their customers. Garland Technology has an excellent reputation in the network access community. Our goal to provide a Visibility Foundation that is fostered through the partnerships and alliances we have built over the past 30 years. Tested and Certified The Garland Technology quality stamp indicates each product is tested and validated with live data before shipping from our factory. THE GARLAND LEADERSHIP Chris Bihary, CEO/Co-Founder Chris has been connecting companies and their data for over 20 years. Chris has an obsession for figuring out the simplest solutions for the most difficult network access problems that are utilized in small businesses to enterprise networks and data centers. Chris has dedicated his career to leadership positions in network access and is a proven business leader that is committed to both local community causes as well as industry related issues. As CEO/Co-Founder of Garland Technology, Chris oversees customer satisfaction, sales, marketing and finance operations. Jerry Dillard, CTO/Co-Founder Jerry has focused his network engineering discipline on developing innovative solutions to ensure network uptime and security. Jerry began developing proprietary designs for network TAPs that are deployed in enterprise solutions worldwide. Jerry s tenure as an Electrical engineer began designing military grade solutions for General Dynamics and Lockheed Martin. Jerry is a pioneer in securing in-line appliances and invented the bypass TAP. In addition, Jerry was a sole proprietor manufacturing network TAPs until Garland Technology was formed in As CTO/Co-Founder of Garland Technology, Jerry is responsible for logistics, engineering, testing and quality assurance. New York + Texas + Germany GarlandTechnology.com sales@garlandtechnology.com This document is for informational purposes only. The information in this document, believed by Garland Technology to be accurate as of the date of publication, is subject to change without notice. Garland Technology assumes no responsibility for any errors or omissions in this document and shall have no obligation to you as a result of having made this document available to you or based upon the information it contains Garland Technology LLC. All Rights Reserved sales@garlandtechnology.com 2017 Garland Technology 2

3 TAPS TAPs are a hardware tool that allows you to access and monitor your network. Garland Technology manufacturers a complete line of network TAPs from passive, listen only TAPs for network monitoring - to active, in-line TAPs to feed your security tools as well as hybrid bypass TAPs with packet broker functionality, supporting filtering, aggregating and load balancing. Garland Technology s network TAPs let you see every bit, byte and packet. Page 4 Passive Fiber TAPs Page 4 Passive Fiber TAPs provide 100% network visibility by making a complete copy of your live network data for access and monitoring. Available in 1G/10G multi-mode or 1G/10G/40G/100G single-mode fiber. Page 10 Copper TAPs Page 10 Copper TAPs provide 100% network visibility by making a complete copy of your live network data for access and monitoring. Available in 10/100M and 10/100/1000M copper. Page 13 Page 19 Page 21 Page 26 Aggregating TAPs Aggregating and regeneration/span TAPs provide a simple way to capture 100% full duplex network traffic; the traffic can then be sent to multiple monitoring appliances. Aggregating and regeneration TAPs also support breakout mode. Available in copper 10/100/1000M (1G) and fiber 1G and 10G, single or multi-mode. Filtering TAPs Design your own 1G chassis with modular TAPs that support breakout, aggregation, filtering, regeneration/span and bypass modes. This modular system allows you to fully deploy and manage your monitoring and security appliances with remote access. Available in 1G. Bypass TAPs Page 19 Page 21 Page 13 Bypass network TAPs connect your active, in-line security appliances to your network and monitors the appliances health. A bypass TAP supports breakout, aggregation, regeneration/span and bypass modes, allowing you to optimize the lifecycle of your appliance. Available in copper: 100/1000M and fiber: 1G and 10G. Packet Brokers (NPBs) Page 26 Hybrid bypass network TAPs connect multiple in-band security and outof-band monitoring appliances. Available in 1G/10G/40G/100G. Page 30 Pluggables and Cables Page 30 The most efficient network infrastructure is one that allows traffic to flow seamlessly from end to end and allows for 100% visibility and access where and when you need it. sales@garlandtechnology.com 2017 Garland Technology 3

4 Passive Fiber Passive Fiber TAPs Passive network TAPs are a hardware tool that allows you to monitor your network. Garland Technology offers fiber network TAPs in network speeds of 1Gb, 10Gb, 40Gb and 100Gb. Fiber TAPs are passive, purpose-built hardware devices that make a 100% copy of your network s data - without affecting network traffic. Passive network TAPs let your monitoring tools to see every bit, byte and packet. 100% network visibility 100% secure and invisible; no IP address; no Mac address; cannot be hacked Fiber TAPs in single-mode for 1Gb, 10Gb, 40Gb and 100Gb; or multi-mode for 1G and 10G Passes physical layer errors Portable, plug & play units, 1U or 2U chassis systems, or 1U modular system APPLICATIONS & Application Monitoring & Application Analysis & Application Performance + Breakout Mode is ideal when utilization is very high and packet loss is not an option. RACK MOUNT NETWORK FLOW sales@garlandtechnology.com 2017 Garland Technology 4

5 Passive Fiber 1G/10G/40G/100G Passive Fiber TAPs Single-mode Breakout TAPs OS2704 1U rack mount kit holds up to 4 modules, each module can have 1, 2, 3, or 4 TAPs 1U chassis holds 28 or 56 TAPs, highest density in industry Single-mode with LC Connectors Supports long range and extended range single-mode environments. Split ratios available in 50/50; 60/40; 70/30; 80/20 and 90/10 Portable, Plug & Play easy installation No power source required 1U Chassis with 28 or 56 TAPs Ports # of TAPs Split Ratio* Wavelengths Media Connnector/Mode 1U Rack Mount Kit - Hold up to 4 Modules, each Module can have 1, 2, 3 or 4 TAPs OS1501 Up to 100G 1 50/ /1550nm Fiber-OS1 Single-Mode Fiber OS1701 Up to 100G 1 70/ /1550nm Fiber-OS1 Single-Mode Fiber OS2501 Up to 100G 1 50/ /1550nm Fiber-OS2 Single-Mode Fiber OS2701 Up to 100G 1 70/ /1550nm Fiber-OS2 Single-Mode Fiber OS1502 Up to 100G 2 50/ /1550nm Fiber-OS1 Single-Mode Fiber OS1702 Up to 100G 2 70/ /1550nm Fiber-OS1 Single-Mode Fiber OS2502 Up to 100G 2 50/ /1550nm Fiber-OS2 Single-Mode Fiber OS2702 Up to 100G 2 70/ /1550nm Fiber-OS2 Single-Mode Fiber OS1503 Up to 100G 3 50/ /1550nm Fiber-OS1 Single-Mode Fiber OS1703 Up to 100G 3 70/ /1550nm Fiber-OS1 Single-Mode Fiber OS2503 Up to 100G 3 50/ /1550nm Fiber-OS2 Single-Mode Fiber OS2703 Up to 100G 3 70/ /1550nm Fiber-OS2 Single-Mode Fiber OS1504 Up to 100G 4 50/ /1550nm Fiber-OS1 Single-Mode Fiber OS1704 Up to 100G 4 70/ /1550nm Fiber-OS1 Single-Mode Fiber OS2504 Up to 100G 4 50/ /1550nm Fiber-OS2 Single-Mode Fiber OS2704 Up to 100G 4 70/ /1550nm Fiber-OS2 Single-Mode Fiber OS15028 Up to 100G Chassis 1U 28 50/ /1550nm Fiber-OS1 Single-mode Fiber OS17028 Up to 100G Chassis 1U 28 70/ /1550nm Fiber-OS1 Single-mode Fiber OS25028 Up to 100G Chassis 1U 28 50/ /1550nm Fiber-OS2 Single-mode Fiber OS27028 Up to 100G Chassis 1U 28 70/ /1550nm Fiber-OS2 Single-mode Fiber OS15056 Up to 100G Chassis 1U 56 50/ /1550nm Fiber-OS1 Single-mode Fiber OS17056 Up to 100G Chassis 1U 56 70/ /1550nm Fiber-OS1 Single-mode Fiber OS25056 Up to 100G Chassis 1U 56 50/ /1550nm Fiber-OS2 Single-mode Fiber OS27056 Up to 100G Chassis 1U 56 70/ /1550nm Fiber-OS2 Single-mode Fiber *56 1U Fiber TAPs are populated front and back. *Custom split ratios are available in 60/40, 80/20, 90/10 sales@garlandtechnology.com 2017 Garland Technology 5

6 Passive Fiber 1G/10G Passive Fiber TAPs Multi-mode Breakout TAPs 704 1U rack mount kit holds up to 4 modules, each module can have 1, 2, 3, or 4 TAPs 1U chassis holds 28 or 56 TAPs, highest density in industry Multi-mode fiber with LC Connectors New Prism based technology that reduces bit errors on OM3 + applications, providing 100% utilization Split ratios available in 50/50; 60/40; 70/30; 80/20 and 90/10 Portable, Plug & Play easy installation No power source required 1U Chassis with 28 or 56 TAPs Ports # of TAPs Split Ratio* Wavelengths Media Connnector/Mode 1U Rack Mount Kit - Hold up to 4 Modules, each Module can have 1, 2, 3 or 4 TAPs OM1501 Up to 10G 1 50/50 850/1300nm Fiber-OM1 Multi-Mode Fiber OM1701 Up to 10G 1 70/30 850/1300nm Fiber-OM1 Multi-Mode Fiber OM3501 Up to 10G 1 50/50 850/1300nm Fiber-OM3 Multi-Mode Fiber 501 Up to 10G 1 50/50 850nm Multi-Mode Fiber 701 Up to 10G 1 70/30 850nm Multi-Mode Fiber OM1502 Up to 10G 2 50/50 850/1300nm Fiber-OM1 Multi-Mode Fiber OM1702 Up to 10G 2 70/30 850/1300nm Fiber-OM1 Multi-Mode Fiber OM3502 Up to 10G 2 50/50 850/1300nm Fiber-OM3 Multi-Mode Fiber 502 Up to 10G 2 50/50 850nm Multi-Mode Fiber 702 Up to 10G 2 70/30 850nm Multi-Mode Fiber OM1503 Up to 10G 3 50/50 850/1300nm Fiber-OM1 Multi-Mode Fiber OM1703 Up to 10G 3 70/30 850/1300nm Fiber-OM1 Multi-Mode Fiber OM3503 Up to 10G 3 50/50 850/1300nm Fiber-OM3 Multi-Mode Fiber 503 Up to 10G 3 50/50 850nm Multi-Mode Fiber 703 Up to 10G 3 70/30 850nm Multi-Mode Fiber OM1504 Up to 10G 4 50/50 850/1300nm Fiber-OM1 Multi-Mode Fiber OM1704 Up to 10G 4 70/30 850/1300nm Fiber-OM1 Multi-Mode Fiber OM3504 Up to 10G 4 50/50 850/1300nm Fiber-OM3 Multi-Mode Fiber 504 Up to 10G 4 50/50 850nm Multi-Mode Fiber 704 Up to 10G 4 70/30 850nm Multi-Mode Fiber OM15028 Up to 10G Chassis 1U 28 50/50 850/1300nm Fiber-OM1 Multi-mode Fiber OM17028 Up to 10G Chassis 1U 28 70/30 850/1300nm Fiber-OM1 Multi-mode Fiber OM35028 Up to 10G Chassis 1U 28 50/50 850/1300nm Fiber-OM3 Multi-mode Fiber 5028 Up to 10G Chassis 1U 28 50/50 850nm Multi-mode Fiber 7028 Up to 10G Chassis 1U 28 70/30 850nm Multi-mode Fiber OM15056 Up to 10G Chassis 1U 56 50/50 850/1300nm Fiber-OM1 Multi-mode Fiber OM17056 Up to 10G Chassis 1U 56 70/30 850/1300nm Fiber-OM1 Multi-mode Fiber OM35056 Up to 10G Chassis 1U 56 50/50 850/1300nm Fiber-OM3 Multi-mode Fiber 5056 Up to 10G Chassis 1U 56 50/50 850nm Multi-mode Fiber 7056 Up to 10G Chassis 1U 56 70/30 850nm Fiber-/ Multi-mode Fiber *56 1U Fiber TAPs are populated front and back. *Custom split ratios are available in 50/50, 60/40, 70/30, 80/20, 90/10 sales@garlandtechnology.com 2017 Garland Technology 6

7 Multi-mode 40G-SR-BiDi Passive Fiber TAPs BiDirectional Breakout TAPs Passive Fiber 502 Supports Cisco BiDirectional optical technology Unique design provides flexibility to TAP multi-mode OM3/ fiber types 1U rack mount kit holds up to 4 modules, each module can have 1, 2, or 3 portable TAPs - no power source required Exclusive high density 1U chassis with 21 TAPs New Prism based technology that reduces bit errors on OM3 + applications, providing 100% utilization. 1U Chassis with 21 TAPs Ports # of TAPs Split Ratio Wavelengths Media Connnector/Mode 1U Rack Mount Kit - Hold up to 4 Modules, each Module can have 1, 2 or 3 TAPs GSR4BiDi Up to 40G 1 50/ nm Multi-mode Fiber GSR4BiDi Up to 40G 2 50/ nm Multi-mode Fiber GSR4BiDi Up to 40G 3 50/ nm Multi-mode Fiber GSR4BiDi Up to 40G 21 50/ nm Multi-mode Fiber GSR4BiDi Up to 40G 1 70/ nm Multi-mode Fiber GSR4BiDi Up to 40G 2 70/ nm Multi-mode Fiber GSR4BiDi Up to 40G 3 70/ nm Multi-mode Fiber GSR4BiDi Up to 40G 21 70/ nm Multi-mode Fiber Flow The Cisco QSFP 40-Gbps BiDi transceiver has two 20-Gbps channels, each transmitted and received simultaneously on two wavelengths when connected to a duplex MMF. The result is an aggregated 40-Gbps link over a duplex MMF. sales@garlandtechnology.com 2017 Garland Technology 7

8 Multi-mode 40G-SR4, 100G-SR4 and 100G-SR10 Passive Fiber TAPs Multi-Mode Breakout TAPs 501 Passive Fiber Multi-mode fiber in MTP-12 and MTP G-SR4 can be configured with 4 Channels of 25G in each direction New Prism based technology that reduces bit errors on OM3 + applications, providing 100% utilization. MTP brand connectors for lowest db loss 1U rack mount kit holds up to 4 modules, each module can have 1, 2 or 3 portable TAPs Portable, Plug & Play easy installation No power source required Ports *Split ratios available in 50/50; 60/40; 70/30; 80/20 and 90/10 # of TAPs Split Ratio* GSR4B 40G 1 50/50 850nm GSR4B 40G 2 70/30 850nm GSR4B 40G 3 50/50 850nm GSR4B 40G 1 70/30 850nm GSR4B 40G 2 50/50 850nm GSR4B 40G 3 70/30 850nm GSR4B 100G 1 50/50 850nm GSR4B 100G 2 70/30 850nm GSR4B 100G 3 50/50 850nm GSR4B 100G 1 70/30 850nm GSR4B 100G 2 50/50 850nm GSR4B 100G 3 70/30 850nm GSR10A 100G 1 50/50 850nm GSR10A 100G 2 70/30 850nm GSR10A 100G 3 50/50 850nm GSR10A 100G 1 70/30 850nm GSR10A 100G 2 50/50 850nm GSR10A 100G 3 70/30 850nm Wavelengths Media Connnector/Mode 1U Rack Mount Kit - Hold up to 4 Modules, each Module can have 1, 2 or 3 TAPs MTP-12 Multi-Mode Fiber MTP-12 Multi-Mode Fiber MTP-12 Multi-Mode Fiber MTP-12 Multi-Mode Fiber MTP-12 Multi-Mode Fiber MTP-12 Multi-Mode Fiber MTP-12 Multi-mode Fiber MTP-12 Multi-mode Fiber MTP-12 Multi-mode Fiber MTP-12 Multi-mode Fiber MTP-12 Multi-mode Fiber MTP-12 Multi-mode Fiber MTP-24 Multi-mode Fiber MTP-24 Multi-mode Fiber MTP-24 Multi-mode Fiber MTP-24 Multi-mode Fiber MTP-24 Multi-mode Fiber MTP-24 Multi-mode Fiber sales@garlandtechnology.com 2017 Garland Technology 8

9 Passive Fiber High Density 1U Data Center Solution - 1G/10G/40G/100G Modular Passive Chassis Customize TAPs to your networks needs Accommodates 16 to 24 modules, depending on configuration Supports OS1/ OS2, OM1/OM2 and OM3/ Media* Supports Cisco BiDirectional optical technology New prism based technology reduces bit errors on OM3/ applications, providing 100% utilization Single-mode supports long range and short range environments No power source required Chassis options FMC-1U Fiber Modular Chassis Ports # of TAPs Split Ratio Wavelengths Media Connector/Mode OS2501M Up to 100G 1 50/ /1550nm Fiber-OS1/OS2 OS2701M Up to 100G 1 70/ /1550nm Fiber-OS1/OS2 OM1501M Up to 10G 1 50/50 850/1300nm Fiber-OM1/OM2 OM1701M Up to 10G 1 70/30 850/1300nm Fiber-OM1/OM2 501M Up to 10G 1 50/50 850nm 701M Up to 10G 1 70/30 850nm GSR4BiDiM Up to 40G 1 50/ nm GSR4BiDiM Up to 40G 1 70/ nm GSR4BM Up to 40G 1 50/50 850nm GSR4BM Up to 40G 1 70/30 850nm GSR4BM Up to 100G 1 50/50 850nm GSR4BM Up to 100G 1 70/30 850nm GSR10AM Up to 100G 1 50/50 850nm GSR10AM Up to 100G 1 70/30 850nm Single-Mode Fiber Single-Mode Fiber Multi-Mode Fiber Multi-Mode Fiber Multi-Mode Fiber Multi-Mode Fiber Multi-Mode Fiber Multi-Mode Fiber MTP-12 Multi-Mode Fiber MTP-12 Multi-Mode Fiber MTP-12 Multi-Mode Fiber MTP-12 Multi-Mode Fiber MTP-24 Multi-Mode Fiber MTP-24 Multi-Mode Fiber *OS2 Fiber supports OS1 & OS2; OM1 Fiber supports OM1 & OM2; Fiber supports OM3 & sales@garlandtechnology.com 2017 Garland Technology 9

10 Copper Copper TAPs Garland Technology offers copper network TAPs in network speeds of 10/100M or 10M/100M/1000M (1G). Copper TAPs are purpose-built hardware devices used for out-of-band monitoring tools and make a 100% copy of your networks data allowing your monitoring tools to see every bit, byte and packet. 100% network visibility 100% secure and invisible; no IP address; no Mac address; cannot be hacked Copper TAPs in 10M/100M or 10M/100M/1000M (1G) Passes physical layer errors Packet injection and packet slicing available. Portable, plug & play units or 1U or 2U chassis systems APPLICATIONS & Application Monitoring & Application Analysis & Application Performance + Breakout Mode is ideal when utilization is very high and packet loss is not an option. SOLUTIONS Copper TAPs are ideal for: NETWORK FLOW sales@garlandtechnology.com 2017 Garland Technology 10

11 10/100M Copper TAPs - Portable Breakout TAPs PT100 Copper Passive design Link failure propagation Supports jumbo frame Portable, Plug & Play units for on-the-go trouble shooting 1U rack mount kit holds up to 4 modules, each module can have 1, 2, 3, or 4 TAPs Noiseless operation. No moving parts. Easy configure; switches on back PoE (Power over Ethernet) 10/100/1000M Copper TAPs - Portable Breakout TAPs P1GCCB Failsafe design Link failure propagation Supports jumbo frame Portable, Plug & Play units for on-the-go trouble shooting 1U rack mount kit holds up to 4 modules, each module can have 1, 2, 3, or 4 TAPs Noiseless operation. No moving parts. Easy configure; switches on back PoE (Power over Ethernet) Chassis Size # of TAPs Passive Power Serial Port Media Connnector/Mode 1U Rack Mount Kit - Holds up to 4 Portable TAPs PT100* 10/100M Portable 1 Yes DC No Copper Copper - RJ45 P1GCCB* 10/100/1000M (1G) Portable 1 Failsafe Design DC No Copper Copper - RJ45 *Supports Power over Ethernet (PoE) sales@garlandtechnology.com 2017 Garland Technology 11

12 Copper 1U or 2U 1G Modular Chassis System 10/100M and 10/100/1000M Copper Modular TAPs 1U or 2U Data Center Solutions for 1G networks Dual AC or DC internal power supplies per Chassis Exclusive high density 1U = 4 TAPS 2 U = 12 TAPS Remote management option with CLI or GUI Hot swappable Link failure propogation (LFP) Supports jumbo frames Flexible design - accommodates any 1G network scenario Scalable design - add modules as needed Remote Access Chassis options Chassis/TAPs* Power Supplies Voltage Current (nominal) Consumption (maximum) M1G1ACE 1U; up to 4 TAPs Dual Internal AC VAC 0.75A@115VAC Watts M1G1DCE 1U; up to 4 TAPs Dual Internal DC 36-60VDC 1A@48VDC 48 Watts Dimensions (WxHxD) x 1.75 x (441.96mm x 44.45mm x mm) M1G2ACE 2U; up to 12 TAPs Dual Internal AC VAC 1A@115VAC 115 Watts x 3.47 x M1G2DCE 2U; up to 12 TAPs Dual Internal DC 36-60VDC 2.8A@48VDC Watts (441.96mm x 88.14mm x mm) M1GC* Management card: Ethernet/GUI - and - Serial/CLI for M1GxxxE *Blanking plates are used if management card is not required or if not all TAP modules are populated. Management card and additional GT TAP modules can be added to chassis. Copper Breakout TAP options M100CCB* 10/100M 2 Copper-RJ45, passive Media Modes Monitor Breakout Aggregation Regeneration/ SPAN Filtering Bypass Features 2 Copper-RJ45 Yes No No No No Passive M1GCCB* 10/100/ 1000M 2 Copper-RJ45 2 Copper-RJ45 Yes No No No No Link Synch with Fail Safe *Supports Power over Ethernet (PoE) sales@garlandtechnology.com 2017 Garland Technology 12

13 Aggregating Aggregating TAPs Aggregation/regeneration network TAPs are used to capture 100% full duplex network traffic; the traffic can then be sent to multiple monitoring appliances to analyze your network. Aggregation TAPs support breakout and regeneration/span modes and let you see every bit, byte and packet. 100% network visibility 100% secure and invisible; no IP address; no Mac address; cannot be hacked Media Conversion for: -Fiber 1G (SX, LX to copper/sfp) -Fiber 10G (SR, LR, ER) Copper TAPs in 10M/100M or 10/100/1000M (1G) New Universal Aggregating TAP -Supports breakout, regeneration/span, or bypass mode Portable, plug & play units, 1U or 2U chassis systems, or 1U modular system APPLICATIONS Breakout mode: Use for full utilization to capture 100% traffic. Aggregation mode: Capture 100% full duplex traffic for multiple monitoring appliances or to a single monitoring port. Regeneration/SPAN mode: Replicate network traffic to three ports. TAP once: Test and validate in-band security appliances off line then deploy out-of-band (Universal TAPs only). TAP once and send to multiple monitoring devices. Capture full duplex traffic from both directions. Out-of-band monitoring Flow sales@garlandtechnology.com 2017 Garland Technology 13

14 Aggregating 10/100/1000M (1G) Copper Portable Aggregating TAPs Supports: Breakout Aggregation Regeneration/SPAN Modes Passive, listen only for monitoring devices No Packet Injection Supports Link Synchronization Supports: breakout, aggregation, regeneration/span modes Plug & Play; easy configuration; switches on back Use alone, or fit 4 portables into a rack mount kit Media Modes Packet Injection Monitor Breakout Aggregation Regeneration Bypass Support 1U Rack Mount Kit - Holds up to 4 Portable TAPs P1GCCAS 10/100/1000M 2 Copper RJ-45 2 Copper RJ-45 Yes Yes Yes No No P1GCSAS 10/100/1000M 2 Copper RJ-45 2 SFP Yes Yes Yes No No 100M/1000M (1G) Copper Portable Aggregating Universal TAPs Supports: Breakout Aggregation Regeneration/SPAN Bypass Modes Support: breakout, aggregation, regeneration/span or bypass mode Plug & Play; easy configuration; switches on back Use alone, or fit 4 portables into a rack mount kit Supports link failure propagation (LFP) Supports jumbo frames and passes physical errors Supports packet injection in aggregation mode Power over Ethernet (PoE) optional Noiseless, no fans FPGA Design Media Modes Packet Injection Monitor Breakout Aggregation Regeneration/ Bypass SPAN Support PoE Support 1U Rack Mount Kit - Holds up to 4 Portable TAPs P1GCCBP 100/1000M 2 Copper-RJ45 2 Copper -RJ45 Yes Yes Yes Yes Yes No P1GCSBP 100/1000M 2 Copper-RJ45 2 SFP Yes Yes Yes Yes Yes No P1GCCBPPOE+ 100/1000M 2 Copper-RJ45 2 Copper -RJ45 Yes Yes Yes Yes Yes Yes P1GCSBPPOE+ 100/1000M 2 Copper-RJ45 2 SFP Yes Yes Yes Yes Yes Yes sales@garlandtechnology.com 2017 Garland Technology 14

15 Aggregating 1G Fiber Portable Aggregating TAPs Supports: Breakout Aggregation Regeneration/SPAN Media conversion: SX or LX to copper or SFP Supports breakout, aggregation, regeneration/span modes Plug & Play; easy configuration; switches on back of TAP Use alone, or fit 4 portables into a rack mount kit Supports jumbo frames and passes physical errors Media Modes Monitor Breakout Aggregation Regeneration Bypass 1U Rack Mount Kit - Holds up to 4 Portable TAPs P1GMCA 1G 2 SX Multi-mode Fiber - LC 2 Copper - RJ-45 Yes Yes Yes No P1GMSA 1G 2 SX Multi-mode Fiber - LC 2 SFP Yes Yes Yes No P1GSCA 1G 2 LX Single-mode 2 Copper - RJ-45 Yes Yes Yes No P1GSSA 1G 2 LX Single-mode 2 SFP Yes Yes Yes No 1G Copper High Density Aggregator Supports: Breakout Aggregation Regeneration/SPAN Modes 1U High Density Solution: TAP up to 4 network segments; Aggregate traffic to 1 or 2 monitoring ports; Can fit to 2 INT1G10CSA units in 1U space Supports: breakout, aggregation, regeneration/span modes Link speed synchronization Link failure propagation (LFP) Supports jumbo frames and passes physical errors. Media Modes Monitor Breakout Aggregation Regeneration Bypass 1U Rack Mount Plate Kit Included INT1G10CSA 10/100/1000M 4 Copper - RJ-45 2 SFP Yes Yes Yes No sales@garlandtechnology.com 2017 Garland Technology 15

16 Aggregating 100M Passive Aggregation TAP Supports Aggregation Mode and Power over Ethernet Passive 100M Two (2) 1G Aggregated Monitoring ports Aggregation-mode only TAP Supports Power over Ethernet (PoE) Portable, plug and play design Supports jumbo frames and passes physical errors Single external power supply Media Modes Monitor Breakout Aggregation Regeneration Bypass 1U Rack Mount Kit - Holds up to 4 Portable TAPs P100CCA 100M 2 Copper RJ-45 2 Copper 1000M RJ-45 No Yes Yes No Passive 100M Two (2) 1G Aggregated Monitoring ports Aggregation-mode only TAP Supports Power over Ethernet (PoE) Supports jumbo frames and passes physical errors Single external power supply Stack design with board-to-board connectors Media: Dual-row, 8 circuits, copper alloy base, gold flashed Media Modes Monitor Breakout Aggregation Regeneration Bypass PC M 2-PCB 2-PCB No Yes Yes No sales@garlandtechnology.com 2017 Garland Technology 16

17 Aggregating 10G Fiber Modular Aggregating Universal TAPs Supports: Breakout Aggregation Regeneration/SPAN Bypass Modes Support: breakout, aggregation, regeneration/span or bypass mode 10G Media Conversion: to SR, LR and ER Monitor four inline appliances with fail over assurance 1U chassis system supports up to 4 TAPs Configure and manage remotely or locally Field programmable TAP modules Supports jumbo frames, packet injection, link failure propagation (LFP) M10G1ACv2 M10G1DCv2 M10GMSBPv2 M10GSSBPv2 M10GESBPv2 Description Chassis System 10G-1U Chassis System: Supports up to 4 modular Bypass TAPs. Dual internal AC power supplies. Voltage: Volts 10G-1U Chassis System: Supports up to 4 modular Bypass TAPs. Dual internal DC power supplies. Voltage: Volts 10G 10G 10G Bypass TAP Module SR Multimode Fiber LR Single mode Fiber ER Single mode Fiber 2 SR Multimode, LC-Fiber Media 2 LR Single mode LC-Fiber 2 ER Single mode LC-Fiber Monitor 2 SFP+ Cages 2 SFP+ Cages 2 SFP+ Cages Breakout Modes Aggregation Regeneration/ SPAN Yes Yes Yes Output Transmit Power Optical Receive Sensitivity Insertion Loss (Normal or Bypass Modes) Specifications Typical: -2.6dBm Minimum, -3dBm Typical: -14.6dBm Maximum: 11.1dBm Typical: 0.8dB Maximum: 1.9dB Bypass Yes Fiber Distance* 137m at 62.5 um* Breakout Aggregation Regeneration/ SPAN Yes Yes Yes MTBF Output Transmit Power Optical Receive Sensitivity Insertion Loss (Normal or Bypass Modes) >150,000 hours Typical: -2.6dBm Minimum: -3dBm Typical: dbm Maximum: -11.1dBm Typical:1.2dB Maximum:1.6dB Bypass Yes Fiber Distance* 5000m at 9 um* Breakout Aggregation Regeneration/ SPAN Yes Yes Yes MTBF Output Transmit Power Optical Receive Sensitivity Insertion Loss (Normal or Bypass Modes) >150,000 hours Typical: -2.6dBm Minimum: -3dBm Typical: dbm Maximum: -11.1dBm Typical:1.2dB Maximum:1.6dB Bypass Yes Fiber Distance* 20000m at 9 um* *Theoretical distance - defined as half a distance as stated by the IEEE standard. MTBF >150,000 hours sales@garlandtechnology.com 2017 Garland Technology 17

18 1U or 2U 1G Modular Chassis System Port-to-Port Aggregator with Port Mapping Filtering Aggregating 1U or 2U Data Center Solutions for 1G networks Exclusive high density 1U = 4 TAPS 2 U = 12 TAPS Remote management option with CLI or GUI Hot swappable Link failure propogation (LFP) Supports jumbo frames Flexible design - accommodates any 1G network scenario Scalable design - add modules as needed Remote Access Chassis options Chassis/TAPs* Power Supplies Voltage Current (nominal) Consumption (maximum) M1G1ACE 1U; up to 4 TAPs Dual Internal AC VAC 0.75A@115VAC Watts M1G1DCE 1U; up to 4 TAPs Dual Internal DC 36-60VDC 1A@48VDC 48 Watts Dimensions (WxHxD) x 1.75 x (441.96mm x 44.45mm x mm) M1G2ACE 2U; up to 12 TAPs Dual Internal AC VAC 1A@115VAC 115 Watts x 3.47 x M1G2DCE 2U; up to 12 TAPs Dual Internal DC 36-60VDC 2.8A@48VDC Watts (441.96mm x 88.14mm x mm) M1GC* Management card: Ethernet/GUI - and - Serial/CLI for M1GxxxE *Blanking plates are used if management card is not required or if not all TAP modules are populated. Management card and additional GT TAP modules can be added to chassis. Aggregation TAP options M1GCCBP M1GCSBP M1GMCA M1GMSA M1GSCA M1GSSA 100/ 1000M 100/ 1000M 1G 1G 1G 1G Media Modes Packet Injection Monitor Breakout Aggregation Regeneration/SPAN Filtering Bypass Support 2 Copper-RJ45 2 Copper -RJ45 Packet Slicing Yes Yes Yes No Yes Yes Yes 2 Copper-RJ45 2 SFP Yes Yes Yes No Yes Yes Yes 2 SX Multi-mode, passive LC-Fiber 2 SX Multi-mode, passive LC-Fiber 2 LX Single-mode, passive LC-Fiber 2 LX Single-mode, passive LC-Fiber 2 Copper -RJ45 Yes Yes Yes No No No Yes 2 SFP Yes Yes Yes No No No Yes 2 Copper -RJ45 Yes Yes Yes No No No Yes 2 SFP Yes Yes Yes No No No Yes sales@garlandtechnology.com 2017 Garland Technology 18

19 Filtering Filtering TAPs Filtering network TAPs allow you to filter out the traffic that is not needed by the tool to perform it s function. The port-to-port aggregating feature combines both filtering and aggregating functionality, ensuring the links are aggregated together and then filters out the traffic that the monitoring appliances do not need. Filtering ensures that monitoring ports do not become oversubscribed with unneeded or non-requested data. The modular packet broker chassis system features a flexible and scalable design to meet your network needs today and tomorrow. Scalable Modular TAPs System: -2U holds up to 12 TAPs - backplane filtering within TAP row -1U holds up to 4 TAPs - backplane filtering between TAPs Management and Non-Management Options: -Management Card: Ethernet with GUI - and - Serial with CLI controller -Non-management chassis available; (management card can be added at later date) Dual internal AC or DC power supplies TAP modules are hot swappable, fully configurable and interchangeable 100% secure and invisible; no IP address, no MAC address; cannot be hacked. APPLICATIONS Remote Managment High density data center design. efficiency; only filter the packets required. Media Conversion for 1G networks MEDIA CONVERSION: Fiber (SX, LX, ZX) to copper (TX) - or copper (TX) to fiber (SX, LX, ZX). Short range fiber (SX) to long range fiber (LX or ZX). FILTERS: Port Mapping of layers 2, 3, and 4. Filterings: MAC, VLAN, IP, DSCP, TCP, UDP Protocol: HTTP, VoIP, FTP VLAN ID Flow sales@garlandtechnology.com 2017 Garland Technology 19

20 1U or 2U 1G Modular Packet Broker System Port-to-Port Aggregator with Port Mapping Filtering Filtering 1U or 2U Data Center Solutions for 1G networks Exclusive high density 1U = 4 TAPS 2 U = 12 TAPS Remote management option with CLI or GUI Hot swappable Link failure propogation (LFP) Supports jumbo frames Flexible design - accommodates any 1G network scenario Scalable design - add modules as needed Remote Access Chassis options Chassis/TAPs* Power Supplies Voltage Current (nominal) Consumption (maximum) M1G1ACE 1U; up to 4 TAPs Dual Internal AC VAC 0.75A@115VAC Watts M1G1DCE 1U; up to 4 TAPs Dual Internal DC 36-60VDC 1A@48VDC 48 Watts Dimensions (WxHxD) x 1.75 x (441.96mm x 44.45mm x mm) M1G2ACE 2U; up to 12 TAPs Dual Internal AC VAC 1A@115VAC 115 Watts x 3.47 x M1G2DCE 2U; up to 12 TAPs Dual Internal DC 36-60VDC 2.8A@48VDC Watts (441.96mm x 88.14mm x mm) M1GC* Management card: Ethernet/GUI - and - Serial/CLI for M1GxxxE *Blanking plates are used if management card is not required or if not all TAP modules are populated. Management card and additional GT TAP modules can be added to chassis. Filtering TAP options M1GCCF M1GCSF M1GMCF M1GMSF M1GSCF M1GSSF 10/100/ 1000M 10/100/ 1000M 1G 1G 1G 1G Media Modes Monitor Breakout Aggregation Regeneration/ SPAN 2 Copper-RJ45 2 Copper -RJ45 Filtering Bypass Link Synchronization Yes Yes Yes Yes No Yes 2 Copper-RJ45 2 SFP Yes Yes Yes Yes No Yes 2 SX Multi-mode, passive LC-Fiber 2 SX Multi-mode, passive LC-Fiber 2 LX Single-mode, passive LC-Fiber 2 LX Single-mode, passive LC-Fiber 2 Copper -RJ45 Yes Yes Yes Yes No No 2 SFP Yes Yes Yes Yes No No 2 Copper -RJ45 Yes Yes Yes Yes No No 2 SFP Yes Yes Yes Yes No No sales@garlandtechnology.com 2017 Garland Technology 20

21 Bypass Bypass TAPs Bypass TAPs are used to connect a monitored network segment to an active in-line appliance and monitor the appliance s health. If your appliance goes off-line the bypass TAP will automatically switch to bypass mode keeping your network up while you resolve the issue. Bypass TAPs guarantee your security devices to see every bit, byte, and packet and guarantee 100% network up-time. Take your appliance off-line without interrupting network traffic for updates, maintenance and troubleshooting Supports breakout, aggregation, regeneration, and bypass modes 100% secure and invisible; no IP address, no Mac address; cannot be hacked Available in portable, plug & play, 1U modular systems and customizable 1U and 2U chassis Media conversion for 1G and 10G Jerry Dillard, CTO/Co-Founder of Garland Technology invented the bypass TAP APPLICATIONS TAP once and connect one primary and one back up in-band appliance and two out-of-band monitoring appliances. Take your in-band appliance off-line without interrupting data traffic for: Updates, Maintenance, Troubleshooting. security and monitoring of in-line appliances Media conversion for fiber, SR, LR, and ER. Monitor 4 in-line appliance with fail over assurance. Supports breakout, aggregation, regeneration, and bypass modes. High availability when network downtime is not an option. Flow sales@garlandtechnology.com 2017 Garland Technology 21

22 1G Portable Bypass TAPs Supports Breakout Aggregation Regeneration/SPAN Bypass Modes Bypass Supports breakout, aggregation, regeneration/span and bypass modes. Fully configurable, switches on back Supports: Copper RJ45, SFP, LC - single and multi-mode Plug and Play, no configuration Use alone, or fit 4 portables in a 1U rack mount kit Bypass TAP Invented by Jerry Dillard, CTO and Co-Founder Power over Ethernet (PoE) optional P1GCCBP 100/1000M 2 Copper-RJ45 Media Modes Packet Injection Monitor Breakout Aggregation Regeneration/ Bypass SPAN Support 2 Copper -RJ45 1U Rack Mount Kit - Hold up to 4 Portable TAPs PoE Support Yes Yes Yes Yes Yes No P1GCSBP 100/1000M Copper-RJ45 2 SFP Yes Yes Yes Yes No No P1GCCBPPOE+ 100/1000M 2 Copper-RJ45 2 Copper -RJ45 Yes Yes Yes Yes Yes Yes P1GCSBPPOE+ 100/1000M Copper-RJ45 2 SFP Yes Yes Yes Yes No Yes P1GMCBP P1GMSBP P1GSCBP P1GSSBP 1G 1G 1G 1G 2 SX Multi-mode, 2 SX Multi-mode, 2 LX Single-mode, 2 LX Single-mode, 2 Copper -RJ45 Yes Yes Yes Yes Yes No 2 SFP Yes Yes Yes Yes No No 2 Copper -RJ45 Yes Yes Yes Yes Yes No 2 SFP Yes Yes Yes Yes No No 1G Integrated Bypass TAP System 1U Chassis High Availability Solution Media INT1G8CCBP 1G 2 Copper-RJ45 6 Copper-RJ45 INT1G8SCBP 1G 2 LX Single-mode, LC-Fiber 6 Copper-RJ45 INT1G8MCBP 1G 2 SX Multi-mode, LC-Fiber 6 Copper-RJ45 6 Port High Availability (HA) solution; TAP once and connect one primary and one back up in-band appliance and two out-of-band monitoring appliances Supports: Copper RJ-45 and short and long range fiber (SX, LX, ZX) Dual internal power supplies High Availability solution in 1U design Media conversion: Fiber to Copper. Bypass TAP Invented by Jerry Dillard, CTO and Co-Founder. Modes Monitor Breakout Aggregation Regeneration Bypass Ports CDEFGH Ports CDEFGH Ports CDEFGH GH No Ports CDEF GH No Ports CDEF GH No Ports CDEF sales@garlandtechnology.com 2017 Garland Technology 22

23 Bypass 10G-1U Modular Bypass TAP System Scalable design with media conversion Media conversion for fiber: SR, LR and ER Monitor four in-line security appliances with fail over assurance Dual internal power supplies TAP modules are field upgradable Guarantee network uptime for 4 in-line appliances with fail over and dual internal power supplies. Convert 10G fiber media. Bypass TAP Invented by Jerry Dillard, CTO and Co-Founder. Chassis System M10G1ACv2 M10G1DCv2 M10GMSBPv2 M10GSSBPv2 M10GESBPv2 Description 10G-1U Chassis System: Supports up to 4 modular Bypass TAPs. Dual internal AC power supplies. Voltage: Volts, 100 Watt total power consumption with 4 TAPs 10G-1U Chassis System: Supports up to 4 modular Bypass TAPs. Dual internal DC power supplies. Voltage: Volts; 100 Watt total power consumption with 4 TAPs 10G 10G 10G Bypass TAP Module SR Multi-mode Fiber LR Single mode Fiber ER Single mode Fiber Media Modes Monitor Breakout Aggregation Regeneration/ SPAN Bypass 2 SR Multi-mode, LC-Fiber 2 SFP+ Cages Yes Yes Yes Yes 2 LR Single mode LC-Fiber 2 SFP+ Cages Yes Yes Yes Yes 2 ER Single mode LC-Fiber 2 SFP+ Cages Yes Yes Yes Yes *Theortical distance - defined as half a distance as stated by the IEEE standard. Available Pluggables & Cables: SFPTX SFPSX SFPLX SFP+SR SFP+LR SFP+ER SFP+SR10 SFP+LR10 TWINAX1M* Description SFP 10/100/1000 Copper RJ-45 Connector SFP 1000Base-SX Multi-Mode Fiber LC Connector SFP 1000Base-LX Single Mode Fiber LC Connector SFP+ Dual 1 Gigabit-SX / 10 Gigabit-SR Multi-Mode Fiber LC Connector SFP+ Dual 1 Gigabit-LX / 10 Gigabit-LR Single Mode Fiber LC Connector SFP+ 10Gigabit-ER Single-Mode Fiber LC Connector SFP+ 10Gigabit-SR Multi-Mode Fiber LC Connector - only supports 10G SFP+ 10Gigabit-LR Multi-Mode Fiber LC Connector - only supports 10G Twinax Copper Direct Connect Cable SFP+ 10Gigabit 1 Meter *Also available in 5 and 10 meters. sales@garlandtechnology.com 2017 Garland Technology 23

24 1U or 2U 1G Modular Chassis System Bypass TAPs Bypass Ideal for data centers and media conversion 1U holds up to 4 TAPS; 2U holds up to 12 TAPs Remote management option with CLI or GUI Hot swappable Supports: Copper RJ-45 and short and long range fiber (SX, LX, ZX) Bypass taps are configurable to breakout, aggregation, regeneration/span modes Flexible design - accommodates any 1G network scenario Scalable design - add modules as needed Remote Access Chassis options Chassis/TAPs* Power Supplies Voltage Current (nominal) Consumption (maximum) M1G1ACE 1U; up to 4 TAPs Dual Internal AC VAC 0.75A@115VAC Watts M1G1DCE 1U; up to 4 TAPs Dual Internal DC 36-60VDC 1A@48VDC 48 Watts Dimensions (WxHxD) x 1.75 x (441.96mm x 44.45mm x mm) M1G2ACE 2U; up to 12 TAPs Dual Internal AC VAC 1A@115VAC 115 Watts x 3.47 x M1G2DCE 2U; up to 12 TAPs Dual Internal DC 36-60VDC 2.8A@48VDC Watts (441.96mm x 88.14mm x mm) M1GC* *Blanking plates are used if management card is not required or if not all TAP modules are populated. Management card and additional GT TAP modules can be added to chassis. Bypass TAP options Management card: Ethernet/GUI - and - Serial/CLI for M1GxxxE M1GCCBP M1GCSBP M1GMCBP M1GMSBP M1GSCBP M1GSSBP Media Modes Packet Injection Monitor Breakout Aggregation Regeneration/ Filtering Bypass Support SPAN 100/ 1000M 2 Copper-RJ45 2 Copper -RJ45 100/ 1000M 1G 1G 1G 1G Packet Slicing (in Aggregation mode) Yes Yes Yes No Yes Yes Yes 2 Copper-RJ45 2 SFP Yes Yes Yes No Yes Yes Yes 2 SX Multimode, passive LC-Fiber 2 SX Multimode, passive LC-Fiber 2 LX Singlemode, passive LC-Fiber 2 LX Singlemode, passive LC-Fiber 2 Copper -RJ45 Yes Yes Yes No Yes Yes Yes 2 SFP Yes Yes Yes No Yes Yes Yes 2 Copper -RJ45 Yes Yes Yes No Yes Yes Yes 2 SFP Yes Yes Yes No Yes Yes Yes sales@garlandtechnology.com 2017 Garland Technology 24

25 Bypass The EdgeLens In-line Security Packet Broker System A Fail-safe Bypass TAP with Filtering, Aggregating and Load Balancing Supports filtering, aggregating, load balancing, and regeneration TAP a 1G link or 10G link and deliver data to 1G and 10G appliances TAP once and connect multiple in-line appliances Integrated 1U chassis bypass TAP system Dual AC hot swappable power supplies 1 Management port; 1 Console port Heartbeat packet health check failsafe for active, in-line appliances Session aware load balancing MPLS heading stripping VLAN tagging and stripping FILTERS: User definable filters of Layer 2, 3 and 4 Mac, IP, MAC, TCP, MPLS, UDP, IPv4/IPv6, Ethertype, source and definition Protocol: HTTP, VoIP, FTP VLAN ID User Defined Byte (UDB) Ingress and egress filtering Filtering TAP options Ports SFP/SFP+ Ports INT10G2SRBP10SFP+ 1G/10G 10 SFP/SFP+ INT10G2LRBP10SFP+ 1G/10G 10 SFP/SFP+ INT10G8SRBP16SFP+ 1G/10G 16 SFP/SFP+ INT10G8LRBP16SFP+ 1G/10G 16 SFP/SFP+ Bypass TAPs (1) 1G-SX/10G-SR TAP 2 fiber ports (1) 1G-SX/10G-LR TAP 2 fiber ports (4) 1G-SX/10G-SR TAP 8 fiber ports (4) 1G-SX/10G-LR TAP 8 fiber ports Power Consumption Dual Hot Swappable Power Supplies* 115 Watts AC 115 Watts AC 139 Watts AC 139 Watts AC Power Supply options PS10-HS-DC PS10-HS-AC Hot Swappable DC -48vdc Power Supplies Hot Swappable AC Power Supplies (*Two included with each EdgeLens order) (2) Two power supplies are required for each chassis Available Pluggables & Cables: Description SFPTX SFP 10/100/1000 Copper RJ-45 Connector SFPSX SFP 1000Base-SX Multi-Mode Fiber LC Connector SFPLX SFP 1000Base-LX Single Mode Fiber LC Connector SFP+SR SFP+ Dual 1 Gigabit-SX / 10 Gigabit-SR Multi-Mode Fiber LC Connector SFP+LR SFP+ Dual 1 Gigabit-LX / 10 Gigabit-LR Single Mode Fiber LC Connector SFP+ER SFP+ 10Gigabit-ER Single-Mode Fiber LC Connector SFP+SR10 SFP+ 10Gigabit-SR Multi-Mode Fiber LC Connector - only supports 10G SFP+LR10 SFP+ 10Gigabit-LR Multi-Mode Fiber LC Connector - only supports 10G TWINAX1M* Twinax Copper Direct Connect Cable SFP+ 10Gigabit 1 Meter *Also available in 5 and 10 meters. sales@garlandtechnology.com 2017 Garland Technology 25

26 NPB Packet Brokers (NPBs) Hybrid Bypass TAPs Packet Brokers (NPBs) are hardware devices that provide monitoring and security tools access to traffic from one to many network links. NPBs centralize network traffic making the tools function more efficiently by sharing packets between monitoring/security appliances. Additional features include: filtering, aggregating, regenerating, and load balancing. Available in 1G/10G/40G/100G network speeds Modular 1U, 2U Chassis or 1U Integrated Systems Supports all media - copper (TX), short range ( SX and SR) and long range (LX, ZX, LR, ER) fiber Multi-mode or single-mode All features are included - no per-port licensing fees 100% network visibility 100% secure and invisible; no IP address; no Mac address; cannot be hacked. APPLICATIONS High density solution Packet analysis Root cause analysis Historical lookback Validate policy changes Remote Managment Management of in-line security tools and out-of-band monitoring tools Load balancing for increased bandwidth demands EtherChannel (Port Channel Architecture) Media Conversion efficiency; only filter the packets required. sales@garlandtechnology.com 2017 Garland Technology 26

27 NPB The FAB Packet Broker System Supports: Filtering, Aggregating, and Load Balancing Integrated System Aggregate your network traffic to a single tool Load balance at high network speeds across multiple appliances Any-to-Any configurations: 1Gb, 10Gb and 40Gb All ports can be configured as input or monitoring Remote network management (RMON) with GUI or CLI interface AC or DC hot swappable power supplies Copper SFPs support 10/100/1000 base MPLS heading stripping VLAN tagging and stripping FILTERS: User definable filters of Layer 2, 3 and 4 Filters: IPv4/IPv6, L4Port,TCP, UDP, VLAN, MAC, Ethertype, IP Protocol, MPLS labels VLAN tag and MPLS header stripping Full line rate filtering Port locking Ingress and egress filtering Filtering TAP options Ports SFP/SFP+ Ports Copper Ports QSFP Ports (40G) Power Consumption Dual Hot Swappable Power Supplies* FAB10G8AC 1G/10G 8 SFP/SFP+ No No 156W AC FAB10G16AC 1G/10G 16 SFP/SFP+ No No 166W AC FAB10G24AC 1G/10G 24 SFP/SFP+ No No 176W AC FAB10G48AC 1G/10G 48 SFP/SFP+ No No 195W AC FAB10G40AC 1G/10G 16 SFP/SFP /100/ 1000M Copper FAB40G36AC 1G/10G/40G 32 SFP/SFP+ No No 160W AC 4-40G QSFP 195W AC Power Supply options PS10-HS-DC PS10-HS-AC Hot Swappable DC -48vdc Power Supplies Hot Swappable AC Power Supplies (*Two included with each EdgeLens order) (2) Two power supplies are required for each chassis Available Pluggables & Cables: Description SFPTX SFP 10/100/1000 Copper RJ-45 Connector SFPSX SFP 1000Base-SX Multi-Mode Fiber LC Connector SFPLX SFP 1000Base-LX Single Mode Fiber LC Connector SFP+SR SFP+ Dual 1 Gigabit-SX / 10 Gigabit-SR Multi-Mode Fiber LC Connector SFP+LR SFP+ Dual 1 Gigabit-LX / 10 Gigabit-LR Single Mode Fiber LC Connector SFP+ER SFP+ 10Gigabit-ER Single-Mode Fiber LC Connector SFP+SR10 SFP+ 10Gigabit-SR Multi-Mode Fiber LC Connector - only supports 10G SFP+LR10 SFP+ 10Gigabit-LR Multi-Mode Fiber LC Connector - only supports 10G TWINAX1M* Twinax Copper Direct Connect Cable SFP+ 10Gigabit 1 Meter *Also available in 5 and 10 meters. sales@garlandtechnology.com 2017 Garland Technology 27

28 1U or 2U 1G Modular Packet Broker System Port-to-Port Aggregator with Port Mapping Filtering Supports 1G networks Flexible design; accommodates any network scenario High density data center solution: 1U = 4 TAPS 2 U = 12 TAPS Scalable design - add modules as needed Remote Access with GUI or CLI Port Mapping to layers 2, 3, and 4 Multi-Tier Filtering supports MAC, VLAN, IP, DSCP, TCP, UDP Media Conversion: Fiber (SX, LX, ZX) and copper (TX) Highest density 1G integrated TAP packet broker on the market NPB Remote Access Chassis options Chassis/TAPs* Power Supplies Voltage Current (nominal) Consumption (maximum) Dimensions (WxHxD) M1G1ACE 1U; up to 4 TAPs Dual Internal AC VAC 0.75A@115VAC Watts M1G1DCE 1U; up to 4 TAPs Dual Internal DC 36-60VDC 1A@48VDC 48 Watts x 1.75 x (441.96mm x 44.45mm x mm) M1G2ACE 2U; up to 12 TAPs Dual Internal AC VAC 1A@115VAC 115 Watts x 3.47 x M1G2DCE 2U; up to 12 TAPs Dual Internal DC 36-60VDC 2.8A@48VDC Watts (441.96mm x 88.14mm x mm) M1GC* Management card: Ethernet/GUI - and - Serial/CLI for M1GxxxE *Blanking plates are used if management card is not required or if not all TAP modules are populated. Management card and additional GT TAP modules can be added to chassis. Link 1 Breakout Mode Aggregated with Link 2 Link 2 Breakout Mode Aggregated with Link 1 Scenario 2-2U In-Line & Out-Of-Band: These links will be passed through the TAPs in Breakout Mode then the chassis will aggregate the eastbound traffic and the westbound traffic and send the aggregated traffic to the WAF appliance. All the traffic that the WAF is not interested in will be filtered out to avoid oversubscribing the monitor ports. sales@garlandtechnology.com 2017 Garland Technology 28

29 NPB PB100 10G/40G/100G 24 and 32 Port Packet Broker System Supports Filtering, Aggregating and Load Balancing Monitor and Manage Your Aggregate network traffic to single or multiple tools Session/flow aware load balancing Up to 4,000 filter rules Packet modification Flow replication and port mirroring Multi-device stacking Data burst buffering Forward latency CLI management Telnet/SSH login SNMP support Hot swappable & redundant AC power supplies PB100G24AC * Time stamping with PB100G24AC PB100G32AC Filtering TAP options 40G Port 100G Port Power Consumption Watts SNMP /Syslog support PB100G24AC 10/40/100G (20) QSFP+ (4) QSFP load sharing AC Power Supplies 200 No PB100G32AC 10/40/100G (32) QSFP+ (32) QSFP28 AC Power Supplies 500 Yes Ports Available Pluggables & Cables: Description QSFP+40GBiDi QSFP+ 40Gigabit-SR-BiDi Multi-Mode Fiber LC Connector QSFP+40G QSFP+ 40Gigabit-SR Multi-Mode Fiber MPO-12 Connector QSFP+40-LR4 QSFP+ 40Gigabit-LR4 Single Mode Fiber LC Connector QSFP28-4SFP28-Cable_1 100 Gigabit Ethernet QSFP28 to (4) x 25 Gigabit Ethernet SFP28 Splitter Cable, 1 Meter PB100G24AC PB100G32AC sales@garlandtechnology.com 2017 Garland Technology 29

30 Cables Pluggables and Cables Management and Connectivity Connect your tools and TAPs to your network with quality made pluggables for copper and fiber optic networks. Garland Technology s offers SFP and SFP+ pluggables that support 10/100/1000M copper and 1 Gigabit, 10 Gigabit, and 40 Gigabit. Custom cable lengths are available in 1 and 1m increments. Pluggables: SFP/SFP+/QSFP+ SFPTX SFPSX SFPLX SFP+SR SFP+LR SFP+ER SFP+SR10 SFP+LR10 QSFP+40G QSFP+40G-LR4 QSFP+40GBiDi QSFP28-4SFP28-Cable_1 Description SFP 10/100/1000 Copper RJ-45 Connector SFP 1000Base-SX Multi-Mode Fiber LC Connector SFP 1000Base-LX Single Mode Fiber LC Connector SFP+ Dual 1 Gigabit-SX / 10 Gigabit-SR Multi-Mode Fiber LC Connector SFP+ Dual 1 Gigabit-LX / 10 Gigabit-LR Single Mode Fiber LC Connector SFP+ 10Gigabit-ER Single-Mode Fiber LC Connector SFP+ 10Gigabit-SR Multi-Mode Fiber LC Connector - only supports 10G SFP+ 10Gigabit-LR Multi-Mode Fiber LC Connector - only supports 10G QSFP+ 40 Gigabit-SR Multi-Mode Fiber MPO/MTP-12 Connector QSFP+LR Single-Mode Fiber LC Connector QSFP+ 40Gigabit-SR-BiDi Multi-Mode Fiber LC Connector 100 Gigabit Ethernet QSFP28 to (4) x 25 Gigabit Ethernet SFP28 Splitter Cable, 1 Meter Cables: TWINAX1M TWINAX5M TWINAX10M Description Twinax Copper Direct Connect Cable SFP+ 10Gigabit 1 Pre-cut Meter Twinax Copper Direct Connect Cable SFP+ 10Gigabit 5 Pre-cut Meter Twinax Copper Direct Connect Cable SFP+ 10Gigabit 10 Pre-cut Meter sales@garlandtechnology.com 2017 Garland Technology 30

31 Learn more About Garland Technology Garland Technology s contributions to the Fuel community will be invaluable, allowing members to benefit from news and education focused on its products as well as industry-wide trends. -Blake Wofford, President, Fuel User Group Garland Technology is all about connections - connecting your network to your appliance, connecting your data to your IT team, and reconnecting you to your core business. -Ashok Kumar, MD & CEO, RAH Infotech One of our internal goals is to guarantee network uptime and Garland helps us achieve that. In security implementations, we can manage our in-line devices without taking the network down. -Marty Bognanno, Manager of Infrastructure Security, Constellation Brands OUR WORLDWIDE CUSTOMERS TECHNOLOGY PARTNERS FOR JOINT SOLUTIONS Local, State, and Federal Governments Military International Governments Financial Services Education Energy Healthcare Manufacturing Telecommunications Library & Blog Resource Center for Access and Visibility Garland Technology partners with industry leaders in network security, access and visibility. These relationships with our technology experts and technology partners are the foundation of our educational mission to share our knowledge of network access and visibility with you, the network professional. Dive deeper into topic specific White Papers at the Garland Resource Library and our TAP into Technology blog at: garlandtechnology.com/library garlandtechnology.com/blog sales@garlandtechnology.com 2017 Garland Technology 31

32 Foundation of Visibility Starts with Seeing Every Bit, Byte and Packet Garland Technology network TAPs provide 100% network visibility, while providing anytime network access. A foundation of visibility starts with network TAPs that feed your monitoring and security tools all the data - every bit, byte and packet they need to successfully secure and monitor your network. Protecting your network with a stack of security and monitoring tools is a significant investment, however they are only as good as the data they receive. Dropped packets and over-subscribed ports leave your network blind to cyber threats. A Garland Technology network TAP will ensure your tools receive all the data for optimum functionality while extending the lifecycle of your network tools. New York + Texas + Germany GarlandTechnology.com sales@garlandtechnology.com sales@garlandtechnology.com 2017 Garland Technology