1G Bypass Modular Network TAP : Garland EdgeSafe

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Network test access points (TAPs) are hardware tools that allow you to monitor and access your network. Bypass TAPs (active TAPs), also referred to as a ‘bypass switch’, are used with inline, active security appliances such as next generation firewalls and intrusion prevention systems. Garland Technology bypass TAPs are purpose-built hardware devices that let you see every bit, byte and packet.^®

Bypass TAPs are used to connect a monitored network segment to an in-line active appliance and monitor the device’s health. If your security device goes off-line for any reason the bypass TAP will automatically ‘switch to bypass mode’ keeping your network link up while you to resolve the issue.

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 and port.
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).
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).

Bypass TAPs are fully configurable and support multiple modes: tap ‘breakout,’ aggregation, regeneration/SPAN and bypass.
TAP module are hot swappable and interchangeable.
Accommodates GT legacy modular TAPs.
Network Failsafe Technology: during failsafe in-line appliances still receive packets. Garland failsafe technology recognizes power outages and automatically closes the relay circuitry in less than 8 milliseconds, then reconnects the two network devices connected to Ports A & B.
Supports jumbo frames and passes physical errors.
Supports link failure propagation (LFP).
Packet slicing and packet injection (aggregate mode for copper network port TAPs).
Dual internal AC or DC power supplies.
100% secure and invisible; no IP address, no MAC address; cannot be hacked.
Tested and Certified
Made, tested and supported in the USA

Chassis Options
Model No.	Chassis/TAPs*	Power Supplies	Dimensions (WxHxD)
M1G1ACE	1U; up to 4 TAPs	Dual Internal AC	17.40” x 1.75” x 13.45” (441.96mm x 44.45mm x 341.63mm)
M1G1DCE	1U; up to 4 TAPs	Dual Internal DC	17.40” x 1.75” x 13.45” (441.96mm x 44.45mm x 341.63mm)
M1G2ACE	2U; up to 12 TAPs	Dual Internal AC	17.40” x 3.47” x 13.45” (441.96mm x 88.14mm x 341.63mm)
M1G2DCE	2U; up to 12 TAPs	Dual Internal DC	17.40” x 3.47” x 13.45” (441.96mm x 88.14mm x 341.63mm)
M1GC*	Management card: Ethernet/GUI – and- Serial/CLI for M1GxxE
Blanking plates are used if managment card is not required or if not all TAP modules are populated. Management card and additional GT TAP modules can be added to chassis. The 1G – 1U/2U Modular Chassis System with optional CLI or GUI remote management replaces the 1G – 1U/2U Modular Chassis System with Serial or Non-serial port management [Including M1G1AC, M1G1ACS, M1G2AC, M1G2ACS, M1G1DC, M1G1DCS, M1G2DC, M1G2DCS]. Read the EOL document.

Bypass TAP Options
Model No.	Network Speed	Media		Modes					Packet Injection Support & Packet Slicing*
Model No.	Network Speed	Network	Monitor	Breakout	Aggregation	Regeneration /SPAN	Filtering	Bypass	Packet Injection Support & Packet Slicing*
M1GCCBP	10/100/1000M	2 Copper-RJ45	2 Copper-RJ45	Yes	Yes	Yes	No	Yes	Yes
M1GCSBP	10/100/1000M	2 Copper-RJ45	2 SFP	Yes	Yes	Yes	No	Yes	Yes
M1GMCBP	1G	2 SX Multi-mode, passive LC-Fiber	2 Copper-RJ45	Yes	Yes	Yes	No	Yes	Yes
M1GMSBP	1G	2 SX Multi-mode, passive LC-Fiber	2 SFP	Yes	Yes	Yes	No	Yes	Yes
M1GSCBP	1G	2 LX Single-mode, passive LC-Fiber	2 Copper-RJ45	Yes	Yes	Yes	No	Yes	Yes
M1GSSBP	1G	2 LX Single-mode, passive LC-Fiber	2 SFP	Yes	Yes	Yes	No	Yes	Yes