belden ecs pon-iecep qc-nov 2015

© 2015 Belden Inc. | belden.com | @Belden Inc.

Network Infrastructure

Trends

Enterprise Connectivity Solution

and Passive Optical Network

Dominic A. Marquez

© 2013 Belden Inc. | belden.com | @Belden Inc. 2

Enterprise

Connectivity Solutions

Structured Cabling

Fundamentals


• Network Topologies

Evolution of Structured Cabling

RING BUS STAR


Structured Cabling Systems

• What is a Structured Cabling System?

- can be perceived as the pillars and columns of the organization’s ITnetwork.

- collective configuration of cables and associated hardware which,when installed, on premises / buildings, provides a comprehensivetelecommunications infrastructure.

• It function as an important foundation of the IT network on whichmany services are supported:

- Data Information Transfer

- Voice Telecommunications

- Monitoring and Surveillance System

- Building Automation & Control System


Standards for Structured Cabling

ISO/IEC 11801IT Generic Cabling for

Customer PremisesANSI/TIA 568Commercial Building

Telecommunications

Cabling Standard

EN 50173Performance

Requirements Of

Generic Cabling

Systems

AS/NZ 3080

IT Generic Cabling for

Customer Premises


Standards Organizations

American National Standards Institute - This group

coordinates and adopts national standards in the U.S.

Telecommunications Industry Association - Best known for

developing cabling standards with the EIA, leading trade

association for the information, communications, and

entertainment technology industry.

Electronics Industries Alliance - Known for developing cabling

standards with the TIA, ceased operations on February 11, 2011.

EIA standards are now managed by the Electronic Components

Association (ECA).


Standards Organization

International Organization for Standardization - This group is the

world’s largest developer of standards and includes standards groups

from member nations around the world.

International Electrotechnical Commission - This international

standards organization prepares and publishes international

standards for all electrical, electronic, and related technologies.


Standards Organization

Building Industry Consulting Service International, Inc. -

This association supports the information transport systems

(ITS) industry with information, education, and knowledge

assessment.

Institute of Electrical and Electronics Engineers, Inc. -

international organization and a leading developer of

standards in a broad range of disciplines, including electric

power, information technology, information assurance, and

telecommunications.

National Electrical Manufacturing Association - is the voice

of and forum for the electrical and medical imaging industries

serving manufacturer members.

National Fire Protection Association - This is the North American

organization of fire prevention and an authoritative source on public

safety.


• CODES

− The key purpose of codes is safety.

− Do not address performance of telecommunications systems.

− Promulgated as models, which most local municipalities adopt.

− Once adopted as ordinances, the codes have the force of law and are

enforced through local building inspectors.

• STANDARDS

− Ensure design and installation consistency

− Establish performance and technical specifications

− Supports multi-product and multi-vendor environment

− No legal implications

Codes and Standards


Codes and Standards

NEC ANSI/TIA/EIA/ISO/IEC

75 Years+ 25 Years

Codes Standards

Purpose: Safety Performance

Compliance: Force of Law Voluntary (Mandatory)

Sanctions: Fines Halt in Project


• 11801 Edition 2: Generic Cabling for Customer Premises

• 14763-1 Part 1: Administration

• 14763-2 Part 2: Planning and Installation

• 14763-3 Part 3: Testing of Optical Fiber Cabling

• 15018: Generic Cabling for Homes

• 18010: Pathways and Spaces for Customer Premises

• 24702: Generic Cabling for Industrial Premises

• 24764: Generic Cabling Systems for Data Center

• 61935-1: Testing of Balanced Communications Cabling

ISO / IEC Standards


• Structure of Generic Cabling (Subsystems and Elements)

ISO / IEC 11801

CD BD FD CP TO

Campus

Backbone

Cabling

Subsystem

Building

Backbone

Cabling

Subsystem

Horizontal Cabling Subsystem Work

Area

Cabling

Generic Cabling System


• Hierarchical Structure of Generic Cabling System

ISO / IEC 11801

TOTO TOTO

Campus Distributor

Telecommunication OutletTO

CD

FD

CP CP

BD

FD

TOTO TOTO TO

FD

CP CP

BD

FD

Building Distributor

Floor Distributor

Consolidation Point

Horizontal

Cabling

Building

Backbone

Cabling

Campus

Backbone

Cabling


ANSI / TIA Standards

• 568-C.0 Generic Telecommunications Cabling for Customer Premises

• 568-C.1 Commercial Building Telecommunications Cabling Standards

• 568-C.2 Balanced Twisted Pair Cabling and Components

• 568-C.3 Optical Fiber Cabling Components

• 568-C.4 Broadband Coaxial Cabling and Components

• 569-B Commercial Building Standards for Pathways and spaces

• 570-C Residential Telecommunication Infrastructure Standards

• 606-B Administration Standards for Commercial Telecommunications

• 607-B Grounding (Earthing) and Bonding for Customer Premises

• 758-B Customer Owned Out Side Plant

• 862-A Building Automation Systems Cabling

• 942-A Telecommunications Infrastructure Standard for Data Centers

• 1005 Telecoms Infrastructure Standards for Industrial Premises


• Functional Elements of Generic Cabling System

ANSI / TIA 568 C.0

DC

DB DB

DA

EOEO EO EO

DA

EO EO EO

CP CP CP CP

Cabling

Subsystem 1

Cabling

Subsystem 2

Cabling

Subsystem 3

Distributor C

Distributor B

Consolidation Point

Distributor A

Equipment Outlet


• Commercial Building Hierarchical Star Topology

ANSI / TIA 568 C.1

MC

IC IC

HC

TOTO TO TO

HC

TO TO TO

CP CP CP CP

Horizontal

Cabling

Intra-

Building

Backbone

Cabling

Inter

Building

Backbone

Cabling

Main Cross-Connect

Intermediate Cross-Connect

Consolidation Point

Horizontal

Cross-Connect

Telecommunication Outlet


Standard Terminologies

ISO/IEC 11801 2nd Edition Amendment 2

Generic Cabling for Customer Premises

ANSI/TIA-568-C.1 SeriesCommercial Building

Telecommunications Cabling Standard

Campus Distributor (CD) Main Cross-connect (MC)

Building Distributor (BD) Intermediate Cross-connect

Floor Distributor (FD) Horizontal Cross-connect (HC)

Telecommunications Outlet Telecommunications Outlet

Campus Backbone Inter-building Backbone

Building Backbone Intra-building Backbone

Horizontal Cabling Horizontal Cabling


Accommodation of Functional Elements

Building Backbone

FD / HC

CD / MC

FD / HC

EF

TO

CP

TO

CP

FD / HC

BD / IC

FD / HC

EF

TO

CP

TO

CP

TO

Horizontal Cable

Campus Backbone

CP


• Distributors Configuration

ANSI / TIA 568 C.0

Cross-ConnectionInter-Connection

Equipment Outlet

Connecting Hardware

Connecting Hardware

Patch Cord

Patch Cord

Patch Cord

Active Equipment

Equipment Outlet

Connecting Hardware

Active Equipment

Horizontal Cable Horizontal Cable


Horizontal Cabling System

Work Area Telecommunications Room

Horizontal Cable

TO

FD

TO

TO


Consolidation Point (CP)

CP

TOTO

TO TO

TO

Horizontal Cable


Multi-User TO Assembly (MUTOA)

MUTOA

Horizontal Cable


Horizontal Cabling Length

CCCEQP

EQP

Cord

Patch

CordFloor

Distributor

C C TEC

Channel Link = 100 m (max)

CP Link

Permanent Link = 90 m (max)

CP

TO

WA

Cord


Backbone Cabling System

CD

BDFD

FD

FD

Building Backbone

Campus Backbone


Backbone Cabling Length

HC

HC

MC

IC

A

BC

Media Type A B C

100 Ohm

Twisted Pair800 m 300 m 500 m

62.5 um Optical

Fiber2000 m 300 m 1700 m

50 um Optical

Fiber2000 m 300 m 1700 m

Single Mode

Optical Fiber3000 m 300 m 2700 m


• Centralized Network

Building Cabling Architecture

Splice / Inter-

connect

Pull

Through

Work Area

Work Area

Work Area

Floor

Distributor

Horizontal Cabling

Equipment

Rack


• Distributed Network

Building Cabling Architecture

Floor

Distributor

Building

Distributor

Floor

Distributor

Building

Backbone

Building

Backbone

Equipment

Rack

Equipment

Rack

Equipment

Rack

Work Area

Work Area

Work Area

Horizontal Cabling


Centralized Fiber Optic Cabling

TO

TO

TO

Equipment

Backbone

Cabling

Horizontal

CablingTE

TR

TR

Splice /

Interconnect

Splice /

Interconnect

Pull Through

Cable

ER


• 100-ohm Twisted-Pair Balanced Copper Cable

• Optical Fiber Cable

Transmission Cables


Twisted Pair Cable Construction

Wire Drawing

Insulation

Twisting

Stranding

Jacketing


100-Ω Balanced Twisted Pair Categories

CategoryTransmission

(Mhz)

Performance

(TIA / ISO)

Data Rate

(Mbps)

CAT 3 16 Category 3 / Class C 10

CAT 5e 100 Category 5e / Class D 100

1000

CAT 6 250 Category 6 / Class E 1000

CAT 6A 500 Category 6A / Class EA 10000

CAT 7 600 - / Class F 10000

CAT 7A 1000 - / Class FA 10000

CAT 8 ???? ? / ? ?????


Twisted Pair Cable Constructions

Designation New Designation Description

UTP U/UTP Unshielded Twisted pair

FTP F/UTP Foil over UTP

S-FTP SF/UTP Screen and Foil over UTP

F-FTP F/FTP Foil over Foiled Twisted Pair

S-STP S/FTP Screen over FTP

U/UTP

F/UTP

SF/UTP

F/FTP

S/FTP


Cable Jacket Fire Rating

ClassificationFire

PerformanceUL Test Notes

CM –

Communications

Metallic

General PurposeUL 1581 (Vertical Tray)

Cable may not transmit flame for more

than 4 ft., 11 in. It shall not penetrate

floors or ceilings, i.e., may only be used

within a single floor.

CMR –

Communications

Metallic Riser

Riser RatedUL1666

Cable must not transmit flame from one

floor to another for more that 12 feet

when placed vertically in a building shaft

(called a riser shaft).

CMP –

Communications

Metallic Plenum

Plenum Rated

NFPA 262 (replaced

UL910)

Cable must have both resistance to

flame spread for not longer than 5 feet

(1.5m) and reduced smoke generating

properties.

These cables are approved for

placement in air handling ducts and

chambers (plenums) without the use of

fire-proof conduit.

The purpose of the rating is to lessen the

transmission of fire and visible smoke to

unaffected parts of the building.

Toxicity is not measured.

LSZH – Low Smoke

Zero HalogenLow Smoke & Fume

UL1685 (Vertical Tray Fire

Propagation and Smoke

Release)

Cable will extinguish fire itself if no other

external heat/fire is applied.


8-Pin 8-Conductor

Insulation Displacement Connector

RJ-45 Plug RJ-45 Jack


• Eight Position Modular Jack Pin-Pair Assignment

100-Ω Balanced Twisted Pair Termination

1 2 3 4 5 6 7 8

Pair 3 Pair 1 Pair 4

Pair 2

WG G WO BL WBL O WBR BR

1 2 3 4 5 6 7 8

Pair 3

Pair 1 Pair 4Pair 2

WG GWO BL WBLO WBR BR

T568AT568B


100-Ω Balanced Twisted Pair Termination

Punch Down Tool

RJ45 Plug Crimper

Rapid Termination Tool


Gigabit Transmission

TX

RX

RX

TX

10 / 100 Mbps 1 / 10 Gbps

TX

RX

TX

RX

TX

RX

TX

RX

RX

TX

RX

TX

RX

TX

RX

TX

R

J

4

5

R

J

4

5

R

J

4

5

R

J

4

5


Wire Map

Straight Open Shorted

Split Pair Reverse Pair Crossed Pair


• Insertion Loss (IL)

• Return Loss (RL)

• Near End Cross-talk (NEXT)

• Equal Level Far End Cross-talk (ELFEXT)

• Alien Cross-talk (ANEXT)

• Attenuation Cross-talk Ratio (ACR)

• Power Sum NEXT (PS NEXT)

• Power Sum ELFEXT ( PS ELFEXT)

• Power Sum ACR (PS ACR)

• Propagation Delay

• Propagation Delay Skew

100-Ω Balanced Twisted Pair Parameters


Optical Fiber Structure

250 µm

Buffer orPrimary Coating

(Singlemode) 9 µm

(Multimode) 50 µm

(Multimode) 62.5 µm

Core

Core/Cladding Boundary

Cladding

125 µm

Secondary Coating

900 µm


Optical Fiber Transmission

Multimode Step Index Optical Fiber

Refractive

Index Profile

Step Index

Cross

Sectional

View

High Order Mode

Low Order Mode

Axial Mode

N2

N1

Refractive Index (N) =Speed of Light in Vacuum

Speed of Light in Medium

θ

Critical Angle (θ) = Sin-1 (N2)(N1)2 2-


Transmitter Light Sources

• Light Emitting Diodes (LED)

− Used for multimode: 850 nm or 1300 nm

− Wide beam width fills multimode fibers

− Wider spectrum (typically 50 nm)

− Inexpensive

− Cannot modulate as fast as lasers

• VCSEL – Vertical Cavity Surface Emitting Laser

− Used for multimode at 850 and 1300 nm

− Quite narrow spectrum

− Narrow beam width (does not fill multimode fibers)

− Much less expensive than FP or DFB lasers

• Fabry-Perot (FP) and Distributed Feedback (DFB) Lasers

− Used for singlemode: 1310 nm or 1550 nm

− Narrow spectrum (can be less than 1 nm)

− Narrow beam width (does not fill multimode fibers)

− Highest power and fastest switching–Most expensive (especially DFB)



Light Signal

Received

Signal

Refractive

Index Profile

Multimode Step Index Optical Fiber Step Index

Cross Sectional

ViewModal

Dispersion

Multimode Graded Index Optical Fiber

Supports 850nm and 1300 nmGraded Index

Modal

Dispersion

Laser Signal

Singlemode Optical Fiber

Supports 1310 nm and 1550 nmStep Index

Only one mode, No mode modal dispersion

Light Signal

Transmitted

Signal


Fiber Optic Cable Classification

Optical Fiber TypeWavelength

(nm)

Attenuation

(dB/km)

Overfilled Launch

Bandwidth

(MHz.km)

Effective Modal

Bandwidth

(MHz.km)

OM1

62.5 µm

850 3.5 200 -

1300 1.5 500 -

OM2

50 µm

850 3.5 500 -

1300 1.5 500 -

OM3

50 µm

850 3.5 1500 2000

1300 1.5 500 -

OM4

50 µm

850 3.5 1500 4700

1300 1.5 500 -

OS1

9 µm

1310 1.0 - -

1550 1.0 - -

OS2

9 µm

1383 0.4 - -

1550 0.4 - -



RX

TX

TX

RX

Connector

Connector

Connector

Connector

Transmitter

Input

Signal

Coder or

Converter

Light

Source

Source-to-Fiber

Interface

Fiber-to-light

Interface

Light

Detector

Amplifier/Shaper

Decoder

Output

Signal

Fiber-optic Cable

Receiver


ApplicationOM1 OM2 OM3 OM4 OS1 OS2

Wavelength 850 1300 850 1300 850 1300 850 1300 1310 1550 1310 1300

10/100 BASE-SXDistance 300 300 300 300

Attenuation 4.0 4.0 4.0 4.0

100 BASE-FXDistance 2000 2000 2000 2000

Attenuation 11.0 11.0 11.0 11.0

1000 BASE-SXDistance 275 550 1000 1040


1000 BASE-LXDistance 550 550 600 600 5000 5000

Attenuation 2.3 2.3 2.3 2.3 4.5 4.5

10G BASE-SRDistance 33 82 300 550


10G BASE-LRDistance 10km 10km

Attenuation 6.2 6.2

40G BASE-SR4Distance 100 150

Attenuation 1.9 1.5

40G BASE-LR4Distance 10km 10km

Attenuation 6.7 6.7

Distance vs Application


Fiber Optic Cable Construction

Tight Buffer

Loose Tube

(With 250µ Coating)


Optical Fiber Connector

Subscriber Connector

(SC)

Lucent Connector

(LC)

Multi-fiber Push On

(MPO)


Fiber Optic Cable Termination

Epoxy / Polish No Epoxy / Polish

Mechanical Splice Fusion Splice


• Optical Loss Test Set (Light Source Power Meter)

Optical Fiber Link Test

A B

RE

F

Tx

Rx

A B

RE

F

Tx

Rx

Mandrel or EF

Mandrel or EF

Launch cord Tail cord

Panel 1 Panel 2

Link under test

Launch cordTail cord

Link loss

Power Loss Budget = Connector Loss + Splice Loss + Cable Loss


Optical Fiber Link Test

• Optical Time Domain Reflectometer

Launch Cord

Cable Connector Splice Fibre EndTail Cord

Noise

Flat top on response

curve indicates that the

pulse width is too wide

Dead Zone

OTDR


Passive Optical

Network

Emerging

Telecommunications

Building Cabling


Scale

− Your cabling infrastructure and network must grow

according to your needs.

Flexibility

− Your cabling infrastructure and network must

support your various needs of your extended LAN

(voice, data, video, wireless, security, building

management).

Scale and Flexibility are Critical in Today’s

LAN space


Passive Optical Network Standardization

1995 20041999 2002

FSAN starts first

formal PON activity

155MBps APON ITU

G.983 series

Enhanced to BPON

622/155 Mbps

FSAN starts GPON

work G.984 series =

extension of G.983

series up to 2.4 Gbps

ITU approves

GPON


− PON is a point-to-multipoint network that sends its signals on one

strand of single mode fiber and utilizes passive optical splitters

making use of wavelength division multiplexing (WDM) technology

to split the transmission onto multiple fibers

− POLAN is an alternative to traditional LAN

What is Passive Optical Network?


Passive Optical Network

OLT ONT

ONT

ONT

VOICE DATA VIDEO

2.4 Gbps Downstream

1490

nm

1310

nm

VOICE DATA VIDEO

1.2 Gbps Upstream

Packet

Voice

Ethernet

Data

IP / RF

Video

POTS

VOIP

CCTV

WAP

TV

1:321:8

1:64

Splitter


Traditional LAN vs. Optical LAN

Legacy Copper-based LAN

• Active Ethernet switches for LAN core, aggregation and access functions

• Cable infrastructure- CAT6- Multimode Fiber

Optical LAN

• Passive Optical Network, OLT, ONT

• Cable Infrastructure

- Singlemode Fiber


Traditional LAN

Router

Dist. Switch

Dist. Switch

Duplex MMF

CAT6

CAT6

FD

FD

Core Switch

BD

Power

HVAC

Racking

UPS

24 port Workgroup

Switches per floor

Home-run cabling

to each user

Enterprise Multi-service

Router in Data Center

REQUIRESYES NO


Optical LAN

Power

HVAC

Racking

UPS

Workgroup switchesFDH and / or FD

Home-run cabling Fiber drops from the

FSB or FHD to the ONT

Enterprise Multi-service

Router in Data Center

REQUIRESYES NO

Router

ONT

Simplex SMF

CAT6

FD

FD

Core Switch OLT

FDH

ONT

CAT6

FSB

BD


• Top Level System View

Traditional LAN Solutions Key Elements

WAN

Application Services

CORE

LAN

Switch

`

Switch

Optional

Consilodation

PointMM Fiber jumper

Voice

CAT5 copper cable

MM Fiber for Data , CAT 5 copper for voice application

Data Center Riser Closet Distribution

Junction box

X = Connection required

X

XC = Cross Connect cable

X

X

XC

X X

X X C

P

X

XC

XCX

X

XCX

DataMM Fiber

Requires this

much cable

884 lbs.- 144 MMF x 55m (Horizontal) = 390 lbs.

- 144 Cat 5E x 55m (Horizontal) = 494 lbs.

144 User Example


• Top Level System View

Optical LAN Solutions Key Elements

12 mile reachNo Power, Cooling, or Network Element Maintenance

Requires this

much cable182 lbs.

- 144 SMF x 55m = 182 lbs.

This is technically the

“Horizontal Cabling”

– Copper runs can be

up to 100 meters.

144 User Example

Router

WAN

Application Services

Router

Data Center Riser Closet Raised Floor Desktop

1-56

12 fibers

1-12

Fiber Panel iFDH iFDT

`

`

OLT ONT

CORE

LAN

Switch

PNP

PNP PNP

PNP

PNP

PNP

= Plug-n-Play (no splicing required)


A Simpler Way to Improve LAN Performance

Reduced power and

cooling

Less time spent on

maintenance

Significant space

savings

Greater distances

Inherent security


Where Optical LAN Can Be Used?

Hotels

Dormitories

Hospitals

Sport Venues

Conference

Centers

Campus

Buildings


Optical LAN Best Fit For …

Healthcare

Education

Hospitality

• Converged Services

• ONTs to Address Multiple Services

• Converged Infrastructure

• Reduction of Space Requirements

Proliferation of Networks

• Separate ONTs, Fiber Strands, and Splitters

• Separate Uplinks

Discrete Networks

• Central Management

• Reduction in Infrastructure Cost

• Reduction in Power and Cooling Cost

Support of Network


Deploying a PON

ER

OLT

Fiber Panel

Work Area

Copper Cable

Copper

Patch Cord

Outlet

Fiber Panel & Splitter

ONT

Copper Patch Panel

TR

• ONT located in TR

servicing a floor

• Hybrid solution

• Brown field

ER/TR

OLT

Fiber Panel & SplitterZone

SM Fiber Cable

ONT

Copper

Patch

Cords

• ONT servicing

several work areas

• Remote or local

power

ER/TR

ONT

OLT

Fiber Panel & SplitterWork Area

SM Fiber Cable

Copper

Patch Cords

• ONT located in

the work area

• Remote or local

power


PON Active Equipment

Photos courtesy of Motorola

1.6” (H) x 5.5” (W) x 6.5” (L)

Belden

PON

Solution

OLT – Optical Line Terminal

ONT – Optical Network Terminal

Edge Router


OLT Installation

Motorola OLT Tellabs OLT


Distribution Hub Installation


ONT Installation

Desk Top

Under Desk

Wall - Surface MountWall – Recessed Box


The Belden Approach

• We embrace all technologies required

• We engineer the best solutions for your needs

End-to-end Expertise

• Structured solution

• Modular fiber connectivity

• Easy installation

POLAN Approach


Belden POLAN Solution

Complete flexibility to architect

a scalable system

• FX UHD Housing & Shelves

• FX UHD Splitter Cassettes

• FX UHD Splice Cassettes

• FX Patch Cords

• FX Distribution and Composite

Cables


FX UHD Splitter Cassettes


Deploying a highly flexible and scalable

passive optical LAN is now possible

Belden POLAN Solutions


A Rich Heritage

• Founded by Joseph Belden

in 1902 in Chicago

• A long history of innovation for

communications technologies

• Early customers

included Thomas Edison

• John Stroup, CEO

• Headquartered in St. Louis, MO

• 8,500 employees

• NYSE: BDC

• Operations in North and South America,

Europe, Middle East, Africa and Asia Pacific

• Revenue $2.31B

• 20+ Sales Offices; 25+ Manufacturing Facilities

Radio in the

1920s

TV in the

1950s

Computer Networking

in the 1980s and 1990s

Joseph Belden Thomas Edison

Business Platforms Applications Vertical Markets

Delivering highly engineered signal transmission

solutions for mission-critical applications in a

diverse set of global markets

Industrial

Enterprise

Broadcast

Data

Video

Sound

Belden Today


• Global advancement and

efficiency is driving devices and

machines to become more

intelligent and connected

• A massive growth in data, audio,

and video must be captured and

transmitted securely and in real-

time

• Belden’s innovative solutions meet

current and future network

infrastructure demands in mature

and emerging markets

The Transformation to a Connected World

Belden is at the center of this transformation,

delivering innovative signal transmission solutions

Industrial

Automation

Data

Centers

Enterprise

Broadcast

Healthcare

Machine

Builders

Security

Energy

TransportationLive Streaming

Video


Belden: Leading the Way in an Interconnected World

Certainty

Unmatched product and manufacturing

excellence for mission-critical

applications

Innovation

Continuous advancement of signal

transmission solutions for a wide-range of

enterprise, industrial and broadcast

applications

Trust

A global partner providing the network

expertise and support that helps enable

our customers' success

Customers Rely on Belden for…


Expertise in Network Engineering, Design, Deployment

and Implementation

Application Specialists

Broadcast Enterprise Industrial Security

Lead innovator in the

delivery of multi-

platform and live event

broadcasts, via

computers, tablet

devices and smart

phones, as well as the

traditional television set

Extensive infrastructure

portfolio spanning data

centers, LAN, building

automation and

physical security

deployments

Pioneers in the

development of

Industrial Ethernet

products and security

standards for networks

in mission-critical

applications

Leader in delivering

advanced threat

protection, security, and

compliance solutions

that secure mission-

critical networks

Technology Alliance Program

NERC Alliance Network


Five Business Platforms Delivering

Innovative Connectivity Solutions

BroadcastEnterprise

Connectivity

Industrial

ConnectivityIndustrial IT

Network

Security

• Connectors

• Industrial Cable

• Patch Cords

• Distribution Boxes

• Customized Connectivity Solutions

• Ethernet Switches and Routers

• Security Devices

• Network Management Software

• Racks and Enclosures

• Copper and Fiber Connectivity

• Ethernet, Fiber Optic and Coaxial Cabling

• Custom Infrastructure Solutions

• Routers and Interfaces

• Broadcast Connectors

• Broadband Connectivity

• Multi-Viewers and Monitoring and Control Systems

• Playout Systems

• Vulnerability Assessment

• Security Configuration Management

• Log Intelligence

• Analytics and Reporting

http://www.alphawire.com/en/default.aspx



Cable and Connectivity

Interfaces and Routing

PlayoutSystems

Camera Mounted Fiber Solutions

Monitoring Systems

In-Home Network

Outside Plant

Broadcast SolutionsLeading Video Production Solutions and Connectivity Systems

Leading provider of production, distribution and connectivity systems for television

broadcast, cable, satellite and IPTV industries

Key Markets• Outside Broadcast

• Sport Venues

• Broadcast Studios

• Service Providers (Cable,

Broadband, Satellite, Telecom)

Key Applications• Live Production Signal Management

• Program Playout for

Broadcasters

• Monitoring for Pay TV

Operators

• Broadband Connectivity

• Tap-to-TV

Solutions Representative Customers


Enterprise Connectivity SolutionsTechnology Innovation with Highest Reliability and Ease of Use

The industry’s most extensive portfolio of IP- and legacy-based

infrastructure and connectivity solutions for enterprise

Key Markets• Data Hosting

• Healthcare

• Education

• Financial

• Government

Key Applications• LAN

• Data Centers

• Access Control

• Building Automation

Solutions Customers

Copper and

Fiber

Connectivity

Racks and

Enclosures

Copper and

Fiber Cabling


Industrial Connectivity SolutionsHigh Performance Networking Components and Machine Connectivity Products

Physical network and fieldbus infrastructure components and on-machine connectivity

systems customized to end user and OEM needs providing reliability and confidence of

performance for a wide range of industrial automation applications

Key Markets• Automotive Production

• Machine Building

• Power Generation

• Oil & Gas

Key Applications• Network/Fieldbus

Infrastructure

• Sensor/Actuator

Connectivity

• Power, Control and

Data Transmission


Industrial and I/O Connectors

Customer-Specific WiringDistribution BoxesI/O Modules/Active

IP/Networking Cables

Industrial Cables



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Industrial IT SolutionsMission Critical Networking Solutions

Purpose-built mission-critical networking systems that provide the highest

confidence of reliability, availability and security

Key Markets• Discrete

• Process

• Energy

• Transportation

Systems

Key Applications• Network Infrastructure

• Wireless

• Security

• Embedded


Network Management

Software

Security Devices Ethernet Switches Routers and

Gateways

Wireless Systems

http://www.ford.co.uk/

http://www.ford.co.uk/

http://www.shell.com/

http://www.shell.com/


Network Security SolutionsAdvanced threat protection, security, and compliance solutions for mission-critical networks

Market leader in delivering highly specialized and proven software and

services to prevent, detect and respond to critical business cyberthreats.

Key Markets Key Applications


Vulnerability

Assessment

Targeted Attack

Detection

Threat

Analytics

• Utilities and energy

• Retail and consumer

• Healthcare and pharmaceuticals

• Financial services and insurance

• Government

• Media and telecom

• Continuous security monitoring

• Enterprise network security

• Critical server security

• Point of sale system security

• Advanced threat detection

• Policy and regulatory compliance


The Belden Advantage

Focused global operations,

manufacturing, R&D and highly

trained channel partners deliver

innovative solutions for our

customer’s most vital systems

Belden is committed to R&D and

innovation with leading patents

and solutions for our customer’s

evolving global communication

needs

Manufacturing, sales, distribution,

service and support resources

located close to our customers and

markets to reliably meet the unique

local challenges of their business

Belden Regional Customer Interface R&D

Superior Quality Reliable Delivery Short Lead TimesExecuting best-in-class

processes and innovation

Ensuring availability

throughout the value chain

Reducing cycle times

for fast product delivery

With its global reach, experience, agility and portfolio, Belden

delivers the highest quality experience to our customers


Trust, Focus and Technology Innovation

• Financially strong and resourceful, we are a long term partner invested in your success

• Focused resources, capabilities and the confidence to ensure our customer’s most vital systems

• Uncompromising innovations to help the success of our customer’sevolving communication needs in the industrial and enterprise connectivity, broadcast and industrial IT markets


Throughout Belden’s history…

…we have worked with great

organizations

…helping them behind the

scenes

…to innovate and change the

world for the better.

Quietly helping change the world

belden ecs pon-iecep qc-nov 2015

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