What is GPON? Hows it work? Does it cost more? Does it cost less? - - PowerPoint PPT Presentation

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What is GPON? Hows it work? Does it cost more? Does it cost less? - - PowerPoint PPT Presentation

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ATP Meeting - GPON What is GPON? Hows it work? Does it cost more? Does it cost less? Some pictures A panel 3/27/2015 Lets Imagine Promotes Cost 40% - inefficient use of Consumes 60% More bandwidth!! twice the power!! A Local

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ATP Meeting - GPON

What is GPON? How’s it work? Does it cost more? Does it cost less? Some pictures A panel

3/27/2015

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Let’s Imagine…

Cost 40% - 60% More

Consumes twice the power!!

Promotes inefficient use of bandwidth!!

A Local Area Network that…

This describes a Traditional LAN!

3/27/2015

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Passive Optical LAN

The infrastructure of tomorrow available today

“A Bandwidth Efficient LAN Architecture Providing Measurable CapEx & OpEx Savings”

An exciting new way…

3/27/2015

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Thoughts…

3/27/2015

Henry Ford Wisdom… “If I’d asked customers what they wanted, they would have said “a faster horse.”

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Thoughts…

3/27/2015

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Thoughts…

3/27/2015

“There aren’t many horse and buggies on the road and most of us don’t have typewriters sitting on

  • ur desks. So why are copper

networks still so widely used although they have been rendered

  • bsolete by next-generation

technologies?” Scott Forbes, CEO Forbes Media

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What is Passive Optical LAN?

Revolutionary Economical Efficient

3/27/2015

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What is Passive Optical LAN?

Fiber Based Local Area Network Point to Multipoint Topology

ITU G984.x ANSI/TIA 568C BICSI TDMM 13 Standards based/recognized technology

3/27/2015

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Why Passive Optical LAN?

Scale and Reach Singlemode Migration Easy MACs 20km/12.5mi One Time Every Year

Cable Tray, Conduit, and Pathways Sleeving, Coring, and Fire Stopping Unknown Bandwidth Capacity Only upgrade users that need it Can save 8-10 minutes per MAC No 300m / 90+10m limitations

~40-60% CapEx ~50-75% OpEx Construction Reduced Costs Technically Future Proof

3/27/2015

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Why Passive Optical LAN?

Five 9s = 5.26 min/yr Three 9s = 8.76 hr/yr

Nearly six 9s (99.9999) of availability with POL using FSAN-B Redundancy POL electronic components are designed and manufactured to have a service life greater than 25 years as required by carriers, compared to 5-8 years with Enterprise grade equipment Five 9s (99.999) with POL vs. Three 9s (99.9) with switches High Availability Carrier Grade Electronics

3/27/2015

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What should you know?

Standards Based Local Area Network Enterprise Management Ethernet Frame Transport 802.1x – 802.1Q – PoE Point to Multipoint Multiple Services Guaranteed Bandwidth Single Strand of SM Fiber No Access and Distribution

Similar Different

3/27/2015

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Where did it come from?

Carrier FTTH O N T Carrier FTTH

Copper Cabling MMF
  • No TR/IDF
  • No Power
  • No Cooling
  • No BBU
  • No Horizontal Pathway

Copper Cabling

ONTs

Copper Cabling
  • No Riser Pathway
  • No Horizontal Pathway
  • Fiber Hubs and Terminals
  • Minimal Pathway Required
  • No Power, Cooling or BBU
  • No TR/IDFs Required

MDU Single Dwelling Voice Video Data

3/27/2015

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What’s the difference between a…

30 Story Apartment Building and a 30 Story Office Building

3/27/2015

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Target POL users

Hospitals Campuses Universities Hotels and Casinos Government and Military High Occupancy Buildings (Call Centers) Multi-Tenant Units (Commercial and Residential)

3/27/2015

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Basic OLS Schematic

PASSIVE

(No Power Required)

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Traditional LAN vs. OLS (GPON)

Traditional LAN Optical LAN

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On a Campus

Optical LAN

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Distance and Loss

OLT

12.5mi / 20km

Up to100m (Solid Conductor Cable)

OLT Output = +3dBm ONT Range =

  • 12.5dBm to -26dBm

Minimum of

15.5dB

loss required!

ONT

1x32 Passive Equipment (TE)

Cat6

3/27/2015

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Passive Optical LAN: Total Cost of Ownership Savings

Expense 250 Users 500 Users 1000 Users Campus 5000 Users Campus 10,000 Users

TCO

32% 46% 57% 68% 68%

CapEx

31% 41% 48% 55% 55%

OpEx

40% 50% 65% 70% 70%

  • Power

48% 61% 68% 75% 75%

  • Cooling

48% 61% 68% 75% 75%

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“Eco-Friendly”

Reduction in non-renewable materials Green Benefits Reduction in cabling costs Reduction in power consumption Floor space savings Ceiling space and fire load savings

  • Reduced Power Requirements
  • Savings between 40% to 60%
  • Reduced HVAC Requirement
  • A Fortune 500 company saved about

$450K on the Power distribution network (HVAC, backup etc) for a building project with 2000 Ethernet ports

  • Reduction in Non-renewable materials
  • Reduction of up to 8000 pounds of plastic

and copper versus a Cat 6 install for building of 4000 Ethernet ports

  • Floor Space Savings
  • Traditional layer-2 solutions are bound by

the 300ft Ethernet limitation

  • Fire Load Savings
  • Savings in Sprinkler Systems
  • Fire Load and ceiling space savings
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Largest Enterprise PON Deployment

3/27/2015

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Members Include:

Association For Passive Optical LAN

3/27/2015

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IDF Office Space MDF

What Changes in GPON???

Floor

n

Access Switches WLAN Short CAT- 5/6

Core Router Distribution Switch

Copper- based Ethernet LAN

2-8 Port

ONTs

Fiber 8 Fiber 1

PON 1 PON x

OLT

WAN

Floor

1

Access Switches Short CAT- 5/6

GPON

Long CAT- 5/6 Long CAT- 5/6

Fiber 32 Fiber 1

WLAN

28000 28000 +

Ethernet Ports Served

4 8 32

Heavy Du Duty Ca Cable Trays Heavy Du Duty Ca Cable Trays Multi-Mode Fiber Single- Mode Fiber

(20km reach)

Light weight or no Ca Cable Trays Light weight or no Ca Cable Trays

Long PoE Cables Long PoE Cables Short PoE Cables Short PoE Cables

8 8 8 UP UPS AC AC Fir Fire S e Suppr uppres ession ion HV HVAC UP UPS AC AC Fir Fire S e Suppr uppres ession ion HV HVAC

3/27/2015

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Key Value Advantages of GPON

Lower TCO (Total Cost of Ownership) “Green” IT (Save Power) High Availability and Security

Advantages

Future-Proof Infrastructure

3/27/2015

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Arena District Conference Room

3/27/2015

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ONT Office Installation

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Under Cubicle Work Surface

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FDDH #2

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FDDH #3

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FDDH-Could Serve up to 3500 Users

3/27/2015

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Easton Closet

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Easton Comm Plan

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Easton Comm Plan

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Easton ONT

3/27/2015