sled local gov pov october 2016 v2

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X440-G2 (L3 - Value 1G to 10G)

PoE

Fiber

DC

Policy

SummitStack-V (WITHOUT any

additional license required).

Upgradeable 10GbE (PN 16542 or 16543).

Policy built-in (simplicity with multi-auth).

EXOS 21.1 or

higher

Value with Automation

First Extreme

Switch to support

Cloud Value

X460-G2 (Advanced L3 1-40G) Multirate Option

PoE

Fiber

DC

Policy

Fit The Swiss Army Knife of Switches Half Duplex

½ & ½3 Models

This is where: 10G on

existing copper Cat5e

and Cat6 extend the

life of the installed

cable plant. Great for

1:N Convergence.

X620 (1OG Copper or Fiber)

Speed Next Gen Edge

Lowered TCO via

Limited Lifetime Warrantee

Wallplate AP

AP + Camera

Outdoor Wave 2

Multi-Gigabit

Wireless

High Density

-pack or Wedge

Facebook

Extre

me

Supp

ort

XoS

Platform

Config L2/L3

Analytics

Any OS

Any Bare Metal Switch

Policy

Disaggregated Switch

CAPEX or OPEX (you choose)?

Reduced Risk (just witness or take action)

Time is the critical Factor with XYZ Account Services...

Infrastructure

Business model

Ownership

Considerations

Management

Location

32 x 100Gb

64 x 50Gb

128 x 25Gb

128 x 10Gb

32 x 40Gb

96 x 10GbE Ports

(via4x10Gb breakout)8 x 10/25/40/

50/100G

10G

Next Gen: Spine Leaf

X670 & X770 - Hyper Ethernet

Common Features

Data Center Bridging (DCB) features

Low ~600 nsec chipset latency in cut through mode.

Same PSUs and Fans as X670s (Front to back or Back to

Front) AC or DC.

X670-G2 -72X (10GbE Spine Leaf) 72 10GbE

X670-48x-4q (10GbE Spine Leaf) 48 10GbE & 4 QSFP+

QSFP+

40G DAC

Extreme Feature Packs

Core

Edge

AVB

OpenFlow

Advance

Edge

1588 PTP

MPLS

Direct Attach

Optics License

Extreme Switches

include the license

they normally need.

Like any other

software platform

you have an

upgrade path.

QSPF28

100G DAC

Thin & Crunchy

XoS Platform with one track of software.

Speed with Features (Simple).

Metro Functionality like ATM or SONET

Flexible Horizontal or Vertical stacking

Purposed for Broadcom

(ASICs)

So What, Who cares?

Deliver XYZ Account, the

value of HP with the feature

function of Cisco.

XYZ Account Business Value

Why E

xtre

me?

Summit

Summit

Policy delivers automation..

Thick & Chewy

Know and control

the who, what, when, where and the user

experience across your XYZ Account

Network.

Control with insight...

Wh

y E

nte

rasy

s?

XYZ Account Strategic Asset

Custom ASICs

S & K Series

Chantry

Motorola

Air

Defense

So What, Who cares?

Flow Based Switching

Simplicity w Policy

Wired and Wireless

100% insourced support

Today you get both

Control

So What, Who cares?

Fit

Speed

Unique

Value

Unique

Control

Summit G2

Yesterday - Cabletron Changed the game w Structured wiring

(remember Vampire taps, Coax ethernet ect.)

Today - Extreme Delivers Structured networking

Policy

Summit

Who?

Where?

When?

What device?

How?

QuarantineRemediateAllow

Authentication

NAC Server

Summit

Netsite

Advanced

NAC Client

Joe Smith

XYZ Account

Access

Controlled

Subnet

Enforcement

Point

Network

Access

Control

This is where

if X + Y, then Z...

LLDP-MED

CDPv2

ELRP

ZTP

If user

matches a

defined

attribute

value

ACL

QoS

Then place

user into a

defined ROLE

A port is what it is because?This is where you easily Identify

the impact and Source of

Interference Problems.

Detailed Forensic Analysis

Device, Threats, Associations,

Traffic, Signal and Location

Trends

Record of Wireless Issues

Network Trend Analysis

Historical Analysis of

Intermittent Wireless

Problems

Performance Trends a

Spectrum Analysis for

Interference Detection

Real-time Spectrograms

Proactive Detection of

Application Impacting

Interference

Visualize RF Coverage

Real-time RF Visualizations

Proactive Monitoring and

Alerting of Coverage Problem

ADSP for faster Root Cause Forensic

Analysis for SECURITY & COMPLIANCE.

Event

Sequence

Classify

Interference

Sources

Side-by-side

Comparative

Analysis

Air Defense

App

lic

atio

n

Expe

rie

nc

e

Full C

ontext

App

App

Analytics

App

Stop the

finger-pointing

Application Network Response.

Flow or Bit

Bucket

Collector

3 million Flows

Sensors

X460 IPFix 4000 Flows

(2048 ingress, 2048 egress)

Sensor PV-FC-180, S or K Series (Core

Flow 2/ 1 Mi llion Flows)

Flow-based Access Points

From the controller (8K Flows

per AP or C35 is 24K Flows)

Flows

Why not do this in the

network?

10110111011101110 101101110111011101

6 million Flows

Business ValueContext BW IP HTTP:// Apps

Platform Automation Control Experience Solution Framework

Is your network faster today than

it was 3 years ago? Going forward

it should deliver more, faster,

different

X430-G2 (L2 - 1G to 10G)

PoE

Distribute content

from a single source

to hundreds of displays

Ethernet as a Utility

(PoE)

Injectors

Up to 75

Watts

XYZ AccountXYZ Account

XYZ Account Data Center

XYZ Account CoreXYZ Account Edge

XYZ Account Wireless

Make your XYZ Account

network Extreme.





network Extreme.

Elastic Fit Fabric





network Extreme.

Elastic Fit Fabric

Introduce a separate Control Plane for CJIS & FIPS-140

RELIABILITY TO GO:

NETMOTION WIRELESS

MOBILITY XE MOBILE VPN

Introduce a separate control plane to Ensure that

users are authorized is of greater concern in a

mobile deployment where devices can more easily

be misplaced, lost or stolen.

CJIS Authentication -Law enforcement agencies

face increasingly stringent requirements for

authentication, which is required to access

federal criminal databases

FIPS 140-2 validated AES encryption secures

data sessions as devices traverse networks.

Persistence through coverage gaps, areas of

weak signal strength, or when users suspend

their devices; applications pause, then resume

when a connection returns.


RELIABILITY TO GO:

NETMOTION WIRELESS
















Public Safety Video Surveillance

Reduced deployment costs (CAPEX)

Little to no operational costs (OPEX)

Rapid deployment time (days not months)

Router

Video

Server

Video

Monitor

Router

Video

Server

Video

Monitor





Router

Video

Server

Video

Monitor

Video Arraignment (Local courts)

Why Extreme for Smart City? Every WLAN We

Design Must Support Real-Time Applications

delivering more real-time access to information,

better collaboration & enhanced situational

awareness.

Increase security for Public safety with built-

in NAC perimeter control.

Decrease operational expense through policy

automation Implement interoperability among

agencies

Better control City infrastructure upgrades,

featuring L2 failover and hardening for

emergency/disaster readiness

Legislative / Courts Infrastructure






awareness.





agencies





NASCIO Top 10 Initiatives for 2017

Security and Risk Management

Cloud Services

Consolidation/Optimization

Business Intelligence and Data

Analytics

Legacy Modernization

Enterprise Vision and Roadmap for IT

Budget and Cost Control

Human Resource / Talent

Management

Agile and Incremental Software

Delivery

Disaster Recovery / Business

Continuity



Cloud Services



Analytics





Management


Delivery


Continuity

XYZ Account Network Services & Optimization layer:

This is where aggregation delivers services at wire-speed (in hardware).

Availability with 50 ms failover through Ethernet Rings or Rings on Rings like legacy

SONET, FDDI or ATM (Support for both EAPS and ERPs).

Optimization needs to happen. Think of control, performance, scalability, QoS buckets

needs to be applied as a service Ethernet like a MUX (Service provider functionality).

Metro Ethernet (VMAN, Q-in-Q, EAPs)

B

D E

C

A

B

D E

C

A

X

Spanning Tree Root Node

Or EAPS Master

FAILURE

B

D E

C

A

B

D E

C

A

B

D E

C

A

Spanning Tree Re-

Convergence Messages Complex & Slow

Exponentially worse as more

nodes added

Recovered

Network

Healthy

Network

EAPS Re-

Convergence Messages Deterministic & Fast

Simple scaling as more nodes

added

Failure

Re-convergence

Recovery

EAPS:

Simpler,

faster

Ethernet Rings

(without STP)

SONET like

B

D E

C

A

B

D E

C

A

X


Or EAPS Master

FAILURE

B

D E

C

A

B

D E

C

A

B

D E

C

A

Spanning Tree Re-



nodes added

Recovered

Network

Healthy

Network

EAPS Re-



added

Failure

Re-convergence

Recovery

EAPS:

Simpler,

faster

Ethernet Rings

(without STP)

SONET like

Ethernet BusEthernet BusLooks like








B

D E

C

A

B

D E

C

A

X


Or EAPS Master

FAILURE

B

D E

C

A

B

D E

C

A

B

D E

C

A

Spanning Tree Re-



nodes added

Recovered

Network

Healthy

Network

EAPS Re-



added

Failure

Re-convergence

Recovery

EAPS:

Simpler,

faster

Ethernet Rings

(without STP)

SONET like

Ethernet BusLooks like

The XYZ Account handshake layer, A complete

Smart City solution which includes...

Wireless networks provide capacity to

aggregate data to control center; Wireless

networks enable reach to almost anywhere in

the city.

Video Surveillance, mobile response, Traffic

control, metering communication; video

surveillance and workforce connectivity.

Wireless networks are the only solution for

mobile coverage. Offload Cellular network

deployments require ; Maintain network

coherence and provide superior in-building

solutions for data and voice customers

Smart City solution






the city.









Smart City solution

City-Wide Wi-Fi Services, the XYZ Account solution is

designed to fit for efficient delivery of broadband

applications to any Metro Environments (Leveraging

Stadium experience). Supporting a fully outdoor and

easy to deploy solution

Enabling flexible installations that cover

communication towers, rooftops, street light poles

with diverse power feeding and backhaul and

antenna options supporting mobile applications for

rural and urban deployments.

Supporting multiple applications such as voice,

internet access, video surveillance, data access,

public safety and enterprises .

Reducing CAPEX and OPEX, Flexibility, start with

what you need and grow as you go maintaining low

entry price options.

Monetize the Metro Spectrum


















Government Formula grants (Law Enforcement)

Formula grants: Grant award amounts are calculated

by a formula, and actual funding amounts vary. Award

calculations may consider factors such as population,

census data, and local violent crimes rates.

Grants are a excellent way for law enforcement

agencies to obtain the necessary funding to meet their

needs to provide programs and services. For many

departments their budgets are not adequate to support,

sustain, or expand agency needs.

Examples of this formula grants: Edward Byrne Memorial

Justice Assistance Grant, Juvenile Justice Accountability

Block Grants Program, Office of Violent Crime VOCA

Compensation Formula grants.















FEDERAL LAW ENFORCEMENT GRANTS

These three departments provide a large

share of funding for law enforcement

agencies. Show me the money

Department of Justice: Enforces the law and

defends the interest of the United

States.(http://www.usdoj.gov)

Department of Homeland Security: Prevents

terrorist attacks within the United States and

reduces America's vulnerability to terrorism and

minimize the damage from potential attacks and

natural disasters. (http://www.dhs.gov)

Department of Transportation: Ensure fast, safe,

efficient, accessible, and convenient

transportation. (http://www.dot.gov)
















Florida State Contract Status

Outline current contract vehicles held by Extreme

or Partner(s). Florida – WSCA contract active –

expires 2019. Active – WSCA Price Agreement,

Number AR1471: NASPO WSCA - Contracted price

with state per contract terms

38% on all products including software.

12% on HW Maintenance and

6% on SW Maintenance

Florida Tri Consortia Contract – We Matched the

same discounts as WSCA – PCS or CDW.













RELIABILITY TO GO:

NETMOTION WIRELESS




















Router

Video

Server

Video

Monitor






awareness.





agencies







Cloud Services



Analytics





Management


Delivery


Continuity








B

D E

C

A

B

D E

C

A

X


Or EAPS Master

FAILURE

B

D E

C

A

B

D E

C

A

B

D E

C

A

Spanning Tree Re-



nodes added

Recovered

Network

Healthy

Network

EAPS Re-



added

Failure

Re-convergence

Recovery

EAPS:

Simpler,

faster

Ethernet Rings

(without STP)

SONET like

Ethernet BusLooks like






the city.









Smart City solution


























































Heading

XYZ Account 2016 DesignE

xtre

me

Ed

ge

PoE E

xtre

me C

ore

10G

2016 Design

1G 2.5G/5G 10G 40G

Jeff Green

2016

Rev. 1

Florida

Lege

nd

Le

ge

nd

PoE

802.3at (PoE+)

Cat5e

30W

30W30W

60W

UPOE

No Cabling Change from PoE+

Cat5e

NBASE-T Alliance Copper Max Distances

Cat 7 Shielded 100 m

Cat 6a Shielded 100 m

Cat 6a Unshielded 100 m

Cat 6 Shielded** 100 m

Cat 6 Unshielded** 55 m

Need Correct

UTP, Patch Panel

and Adapter.

known as IEEE 802.3bz

Greenfield - Cat 6a (2.5, 5G & 10G) 100m

Cat 6 (2.5G, 5G & 10G) 55m

Brownfield - Cat 5e (2.5&5G) 100M

Requires X620 or

X460 Switch for

Multi-rate Support

plus Client that

supports Multi-rate.

10G Passive (PN 10306 ~ 5m, 10307~ 10M)

10G SFP+ Active copper cable (upto 100m)

40G Passive (PN 10321 ~3m, 10323~ 5m)

40G Active (PN 10315~10M, 10316 ~20m, 10318~ 100m)

40G Fan-out (PN 10321 ~3m, 10322 ~5m, PN 10GB-4-

F10-QSFP ~10m, PN 10GB-4-F20-QSFP ~20m, )

10G Passive (PN 10304 ~1m, 10305~3m, 10306~5m)

SFP+ DAC Cables

QSFP+ DAC Cables

10 LRM 220m (720ft/plus mode conditioning) (PN 10303)

10GBASE-T over Class E Cat 6 (55M) (10G)

10GBASE-T over Class E Cat 6a or 7 (100M) (10G)

10 SR over OM3 (300M) or OM4 (400M) (PN 10301)

10 LR over single mode (10KM) 1310nm (PN 10302)

10 ER over single mode (40KM) 1550nm (PN 10309)

10 ZR over single mode (80KM) 1550nm (PN 10310)

802.3bz 10GBASE-T (100M) for Cat 6 (5G)

10G Fiber

10G Copper

802.3bz 10GBASE-T (100M) for Cat 5e (2.5G)

OM3 50 µm (550m/SX) Laser, LC (PN 10051H)

OM1 62.5 µm (FDDI 220m/OM1, LC (PN 10051H)

OM2 62.5 µm (ATM 275m/OM2), LC (PN 10051H)

OM4 50 µm (550m/SX) 2Km, LC (PN 10051H)

1G Fiber (50 µm)

1G Fiber (62.5 µm)

Single-fiber

transmission uses

only one strand of

fiber for both

transmit and

receive (1310nm

and 1490nm for

1Gbps; 1310nm and

1550nm for

100Mbps)

LX (MMF 220 & 550m), SMF 10km, LC (PN 10052H)

ZX SMF 70km, LC (PN 10053H)

10/100/1000 (UTP to 100m) SFP (PN 1070H)

SR4 at least 100 m OM3 MMF (PN 10319)


LR4 at least 10 km SMF, LC (PN 10320)

LM4 140m MMF or 1kM SMF, LC (PN 10334)

Optics

Optics +

Fan-out

Fiber Cable

QSFP-SFPP-ADPTQSFP-SFPP-ADPT – QSFP to SFP+ adapter

ER4 40km SMF, LC (PN 10335) Internal CWDM

transits four wavelengths over single fiber.

MPO to 4 x LC Fanout 10m (PN 10327) for use

with (PN 10326) MPO to 4 x LC duplex

connectors, SMF

LR4 Parallel SM, 10km SMF, MPO (PN 10326)

25/50/100G

CR10 > 10 m over copper cable (10x10 Gb/s /Twinax (7M))

SR10 > 100 m over OM3 MMF (10x10 Gb/s / Multimode (100M))

SR10 > 125 m over OM4 MMF (10x10 Gb/s/ (100M) Data Center)

LR4 > 10 km over SMF (4x25 Gb/s SMF/WDM (10km) Campus)

ER4 > 40 km over SMF (4x25 Gb/s SMF/WDM (40km) Metro)

Optics and DAC Cables

Extreme Networks will restrict the integration of non-qualified 3rd party optical devices within 40G and 100G product environments,

unless you purchase the EXOS 3rd Party 40G/100G Optics feature license to allow such integration.

Proprietary got you Keyed Optics

Model Number Description

10GB-LR271-SFPP 10Gb CWDM LR, SM, Channel 1271nm, LC




MUX-CWDM-01 4 Channel O-Band CWDM Mux/Demux

MUX-RACK-01 Rack mount kit for MUX-CWDM-01

40GB-LR4-QSFP 40Gb 40GBASE-LR4, SM 10Km, LC

CWDM

MUX-CWDM-01

DACs

Notes:

Collapsed (1-tier) Spine

Summit Summit Spine

Leaf

Storage

Summit

Management

Storage

Summit

Storage

Summit

Storage

Summit

Storage

Summit

Storage

Summit

Summit Summit

4 x 72 =248 10Gs

Preparation Netsite Operation

Motion

Each network-tier adds another

two hops, which adds latency.

Latency can impact system

performance and CPU cycles.

FCOE looks like legacy Fibre

Channel and eliminates the

processing overhead associated w

TCP/IP.

Ultralow Latency

Non-Blocking,

Lossless Fabric,

Lossless Ethernet,

Virtualization,

Convergence 2.0

(Microseconds')

Collapsed (1-tier) Spine

Summit Summit Spine

Leaf

Storage

Summit

Management

Storage

Summit

Storage

Summit

Storage

Summit

Storage

Summit

Storage

Summit

Summit Summit

4 x 72 =248 10Gs

Preparation Netsite Operation

Motion

Each network-tier adds another

two hops, which adds latency.

Latency can impact system

performance and CPU cycles.

FCOE looks like legacy Fibre

Channel and eliminates the

processing overhead associated w

TCP/IP.

Ultralow Latency

Non-Blocking,

Lossless Fabric,

Lossless Ethernet,

Virtualization,

Convergence 2.0

(Microseconds')

Traditional control

LDAP NAC DHCP Radius Captive

Portal

DNS MDMLDAP NAC DHCP Radius Captive

Portal

DNS MDM

XYZ Account ServicesUser Repositories or Corporate Control


Portal

DNS MDM


NAC

Analytics

Netsite

Extreme (Wired and wireless) Control

Cloud Based control

On-prim / off-prim

Traditional control


Portal

DNS MDM


NAC

Analytics

Netsite

Extreme (Wired and wireless) Control

Cloud Based control

On-prim / off-prim

Extreme and selected microwave gear

In the Extreme Networks microwave transportation implementation, there were several options for the L2 hello protocol that

would satisfy the reliability requirements. The two primary options considered were 802.1AG Continuity Check Messages (CCM)

and Extreme Link Status Monitoring (ELSM). The architecture of the microwave radios and the virtual chassis at each

location is critical so that no single point of failure can impact the mission.

Flap Timers: The Extreme Networks implementation of G.8032 incorporates flap-timers to mitigate the network impact of

high-speed failure/recovery operations within the network. For example, if a crane were to spin around near to a roof-top

microwave transmitter, the link might fluctuate as the crane spun into and out of the microwave signal. In a lesser network

design the link would flap which means it would fail and restore constantly and might potentially cause an interruption of

service each time the link flapped.

Spanning Tree to Slow: In implementations such as spanning tree convergence might be slow enough that the network would

remain out of service as the link fluctuated. After some engineering discussion it was determined to set the programmable

G.8032 wait-to-restore timer to five seconds.

Hello Protocols: Since microwave link failures can find their origin in thunderstorms, fog, ice, intermediate transport domain

failures, or even moving machinery, each link in the network must have a hello protocol implemented which enables the

detection of logical faults. On a LAG port, these hello timers must operate on each link of the LAG. This means that the link

is now intelligent enough to wait until the physical link has been stable for 5000ms before moving traffic onto it. By the way,

this is why G.8032 restorals are so lightning fast.

Extreme and selected microwave gear

In the Extreme Networks microwave transportation implementation, there were several options for the L2 hello protocol that

would satisfy the reliability requirements. The two primary options considered were 802.1AG Continuity Check Messages (CCM)

and Extreme Link Status Monitoring (ELSM). The architecture of the microwave radios and the virtual chassis at each

location is critical so that no single point of failure can impact the mission.

Flap Timers: The Extreme Networks implementation of G.8032 incorporates flap-timers to mitigate the network impact of

high-speed failure/recovery operations within the network. For example, if a crane were to spin around near to a roof-top

microwave transmitter, the link might fluctuate as the crane spun into and out of the microwave signal. In a lesser network

design the link would flap which means it would fail and restore constantly and might potentially cause an interruption of

service each time the link flapped.

Spanning Tree to Slow: In implementations such as spanning tree convergence might be slow enough that the network would

remain out of service as the link fluctuated. After some engineering discussion it was determined to set the programmable

G.8032 wait-to-restore timer to five seconds.

Hello Protocols: Since microwave link failures can find their origin in thunderstorms, fog, ice, intermediate transport domain

failures, or even moving machinery, each link in the network must have a hello protocol implemented which enables the

detection of logical faults. On a LAG port, these hello timers must operate on each link of the LAG. This means that the link

is now intelligent enough to wait until the physical link has been stable for 5000ms before moving traffic onto it. By the way,

this is why G.8032 restorals are so lightning fast.

CJIS & FIPS-140RELIABILITY TO GO:

NETMOTION WIRELESS

MOBILITY XE MOBILE VPNIntroduce a separate control plane to Ensure that users are

authorized is of greater concern in a mobile deployment where

devices can more easily be misplaced, lost or stolen.

CJIS Authentication -Law enforcement agencies face

increasingly stringent requirements for authentication, which

is required to access federal criminal databases

FIPS 140-2 validated AES encryption secures data sessions as

devices traverse networks.

Persistence through coverage gaps, areas of weak signal

strength, or when users suspend their devices; applications

pause, then resume when a connection returns.

CJIS & FIPS-140RELIABILITY TO GO:

NETMOTION WIRELESS

MOBILITY XE MOBILE VPNIntroduce a separate control plane to Ensure that users are

authorized is of greater concern in a mobile deployment where

devices can more easily be misplaced, lost or stolen.

CJIS Authentication -Law enforcement agencies face

increasingly stringent requirements for authentication, which

is required to access federal criminal databases

FIPS 140-2 validated AES encryption secures data sessions as

devices traverse networks.

Persistence through coverage gaps, areas of weak signal

strength, or when users suspend their devices; applications

pause, then resume when a connection returns.

Video Arraignment

Why Extreme for Smart City? Every WLAN We Design Must

Support Real-Time Applications delivering more real-time

access to information, better collaboration & enhanced

situational awareness.

Increase security for Public safety with built-in NAC

perimeter control.


automation Implement interoperability among agencies

Better control City infrastructure upgrades, featuring

L2 failover and hardening for emergency/disaster

readiness


Video Arraignment

Why Extreme for Smart City? Every WLAN We Design Must

Support Real-Time Applications delivering more real-time

access to information, better collaboration & enhanced

situational awareness.

Increase security for Public safety with built-in NAC

perimeter control.


automation Implement interoperability among agencies

Better control City infrastructure upgrades, featuring

L2 failover and hardening for emergency/disaster

readiness


Heading

XYZ Account 2016 DesignE

xtre

me

Ed

ge

PoE E

xtre

me C

ore

10G

2016 Design

1G 2.5G/5G 10G 40G

Jeff Green

2016

Rev. 1

Florida

Lege

nd

Le

ge

nd

PoE

802.3at (PoE+)

Cat5e

30W

30W30W

60W

UPOE

No Cabling Change from PoE+

Cat5e

NBASE-T Alliance Copper Max Distances

Cat 7 Shielded 100 m

Cat 6a Shielded 100 m

Cat 6a Unshielded 100 m

Cat 6 Shielded** 100 m

Cat 6 Unshielded** 55 m

Need Correct

UTP, Patch Panel

and Adapter.

known as IEEE 802.3bz

Greenfield - Cat 6a (2.5, 5G & 10G) 100m

Cat 6 (2.5G, 5G & 10G) 55m

Brownfield - Cat 5e (2.5&5G) 100M

Requires X620 or

X460 Switch for

Multi-rate Support

plus Client that

supports Multi-rate.

10G Passive (PN 10306 ~ 5m, 10307~ 10M)

10G SFP+ Active copper cable (upto 100m)

40G Passive (PN 10321 ~3m, 10323~ 5m)

40G Active (PN 10315~10M, 10316 ~20m, 10318~ 100m)

40G Fan-out (PN 10321 ~3m, 10322 ~5m, PN 10GB-4-

F10-QSFP ~10m, PN 10GB-4-F20-QSFP ~20m, )

10G Passive (PN 10304 ~1m, 10305~3m, 10306~5m)

SFP+ DAC Cables

QSFP+ DAC Cables

10 LRM 220m (720ft/plus mode conditioning) (PN 10303)

10GBASE-T over Class E Cat 6 (55M) (10G)

10GBASE-T over Class E Cat 6a or 7 (100M) (10G)

10 SR over OM3 (300M) or OM4 (400M) (PN 10301)

10 LR over single mode (10KM) 1310nm (PN 10302)

10 ER over single mode (40KM) 1550nm (PN 10309)

10 ZR over single mode (80KM) 1550nm (PN 10310)

802.3bz 10GBASE-T (100M) for Cat 6 (5G)

10G Fiber

10G Copper

802.3bz 10GBASE-T (100M) for Cat 5e (2.5G)

OM3 50 µm (550m/SX) Laser, LC (PN 10051H)

OM1 62.5 µm (FDDI 220m/OM1, LC (PN 10051H)

OM2 62.5 µm (ATM 275m/OM2), LC (PN 10051H)

OM4 50 µm (550m/SX) 2Km, LC (PN 10051H)

1G Fiber (50 µm)

1G Fiber (62.5 µm)

Single-fiber

transmission uses

only one strand of

fiber for both

transmit and

receive (1310nm

and 1490nm for

1Gbps; 1310nm and

1550nm for

100Mbps)

LX (MMF 220 & 550m), SMF 10km, LC (PN 10052H)

ZX SMF 70km, LC (PN 10053H)

10/100/1000 (UTP to 100m) SFP (PN 1070H)



LR4 at least 10 km SMF, LC (PN 10320)

LM4 140m MMF or 1kM SMF, LC (PN 10334)

Optics

Optics +

Fan-out

Fiber Cable

QSFP-SFPP-ADPTQSFP-SFPP-ADPT – QSFP to SFP+ adapter

ER4 40km SMF, LC (PN 10335) Internal CWDM

transits four wavelengths over single fiber.

MPO to 4 x LC Fanout 10m (PN 10327) for use

with (PN 10326) MPO to 4 x LC duplex

connectors, SMF

LR4 Parallel SM, 10km SMF, MPO (PN 10326)

25/50/100G

CR10 > 10 m over copper cable (10x10 Gb/s /Twinax (7M))

SR10 > 100 m over OM3 MMF (10x10 Gb/s / Multimode (100M))

SR10 > 125 m over OM4 MMF (10x10 Gb/s/ (100M) Data Center)

LR4 > 10 km over SMF (4x25 Gb/s SMF/WDM (10km) Campus)

ER4 > 40 km over SMF (4x25 Gb/s SMF/WDM (40km) Metro)

Optics and DAC Cables

Extreme Networks will restrict the integration of non-qualified 3rd party optical devices within 40G and 100G product environments,

unless you purchase the EXOS 3rd Party 40G/100G Optics feature license to allow such integration.

Proprietary got you Keyed Optics

Model Number Description





MUX-CWDM-01 4 Channel O-Band CWDM Mux/Demux

MUX-RACK-01 Rack mount kit for MUX-CWDM-01

40GB-LR4-QSFP 40Gb 40GBASE-LR4, SM 10Km, LC

CWDM

MUX-CWDM-01

DACs

Notes:

Determining the Antenna Locations at Port Canaveral: The following factors determine the locations where you can place the antennas relative to one

another and the distances between them:

Type of antennas.

Length of cable connecting the antenna to the AP.

Data rate required.

The distance between the APs is calculated based on the free space Line of Sight and include the Fade margin. A Fade margin of 10 dB is used

to account for different environmental conditions.

In a LAN-to-LAN network, the distance between the buildings.

Obstructions in the signal path.

In a wireless infrastructure network, the area around the antenna where clients need to communicate with the AP.

Directional and omni-directional antennas could be installed on top of Cranes, because the cranes move omni-directional might make more since.

Low- Loss Antenna Cable (WS-CAB-LxxxCxx) Note: Extreme Networks does not recommend using the 75 ft. cable due to the loss factor. I quoted 6 feet

(1.83 meters) (WS-CAB-L400C06) to ensure you order the right cable length, carefully determine the distance between the locations where you intend

to mount the IdentiFi Wireless AP and outdoor antenna.

Line of Sight - The shape of the radio beam, defined as the Fresnel Zone, is

widest in the middle. The Fresnel Zone is shown as the gray area between the

antennas. The exact shape and width of determining the Antenna Locations is

determined by the distance between the antenna and frequency of the

radio signal

Line of Sight has to be clear of obstructions in order to be line of sight. In

addition to the Fresnel Zone height requirement, earth curvature may become

a factor in paths longer than 2 Km

5GHz Exclusion Range from Air Force Radars ( Nothing from 5630 to 5800) up for FCC

approval.

Lot of Unlicensed Spectrum (Ships have wireless).

Cranes are not stationary they move on the tracks

Containers 110' high Cranes 160' high (Steel everywhere).

Crane

Power (13 cameras each)

Scada Data

Low Bandwidth

Crane

Power (13 cameras each)

Scada Data

Low Bandwidth

Train Track

Crane

On Rails

Light Polls

Freight

Containers

Spectrum Full

Freight

Yard Variables

Train Track

Crane

On Rails

Light Polls

Freight

Containers

Spectrum Full

Freight

Yard Variables

Multi-Directional over

directional because

the Cranes move.

Multi-band: I configured the 180 Degree Antenna based on

the path of the crane on the track (one Antenna per 3865).

DualBand w 180 Degree

The WS-AO-DX07180N is a dual-band six port (3 for each band)

Sector antenna providing coverage of 2.4 GHz and 5 GHz broadband

wireless frequencies in a low profile housing. The antenna provides

optimal coverage for areas or events with a large number of mobile

data users. It is designed for outdoor installations utilizing 802.11a/

b/g/n multi-band wireless LAN access point radios.

An Omni-Directional or a sectored antenna - In a point-to-multipoint network, up to

nine WDS APs provide wireless links to connect up to nine LANs. One AP is designated

as the root (multipoint) AP connected to a wired infrastructure.This is an inside/

outside wireless network where one or more WDS APs are used to establish a

wireless backhaul and connect clients or LAN segments to the wired LAN.

The pole mount area is in the middle

of the antenna which allows you to

mount the antenna on the pole via

hose clamps. The kit includes the H

shape plate, hose clamps, nuts,

screws, and washers. You can use

different hose clamps for different

size of poles.

sled local gov pov october 2016 v2

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