passive optical lan (pol) case study cordis hotel

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Passive Optical LAN (PoL) Case Study Cordis Hotel Presented by Vaea Wright (AFL) With comments from Raymond Chan (Cordis)

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Page 1: Passive Optical LAN (PoL) Case Study Cordis Hotel

Passive Optical LAN (PoL)Case Study Cordis Hotel

Presented by Vaea Wright (AFL)With comments from Raymond Chan (Cordis)

Page 2: Passive Optical LAN (PoL) Case Study Cordis Hotel

Agenda

Why POL for Cordis? What Is a Passive Optical LAN? Gigabit Passive Optical Network (GPON) Operation and Management Value Proposition – Passive Optical LAN Introduction of Raymond Chan IT Manager 

Cordis Hotel

Page 3: Passive Optical LAN (PoL) Case Study Cordis Hotel

Why Passive Optical LAN for Cordis?

Page 4: Passive Optical LAN (PoL) Case Study Cordis Hotel

The Benefits No Cabinets on any of the room floors  Over 400 rooms to be cabled Split ratio 1:64 (Not 1:16) Fire penetrations needed No room for copper cabling Pre terminated cable used for ease of deployment Central management of system Future proofed infrastructure and 20+ km reach

Page 5: Passive Optical LAN (PoL) Case Study Cordis Hotel

What Is A Passive Optical LAN?

Page 6: Passive Optical LAN (PoL) Case Study Cordis Hotel

Passive Optical LAN

The Passive Optical LAN is a new application for an existing and proven technology (GPON)

GPON networks are Passive Optical Networks that share a single mode fibre to offer point‐to‐multipoint network connectivity to subscribers using passive optical components.

Page 7: Passive Optical LAN (PoL) Case Study Cordis Hotel

Passive Optical LAN

GPON was Initially designed as a replacement for Service Provider’s copper based access networks to allow …Higher bandwidthBetter reachIncreased reliabilityLower CAPEX and OPEXA future proof infrastructure

Page 8: Passive Optical LAN (PoL) Case Study Cordis Hotel

Copper V Passive Optical LAN

Page 9: Passive Optical LAN (PoL) Case Study Cordis Hotel

Copper V Passive Optical LAN

Page 10: Passive Optical LAN (PoL) Case Study Cordis Hotel

Copper V Passive Optical LAN

Page 11: Passive Optical LAN (PoL) Case Study Cordis Hotel

Copper V Passive Optical LAN

Ethernet Concentrator

(OLT)

Page 12: Passive Optical LAN (PoL) Case Study Cordis Hotel

Copper V Passive Optical LAN

Page 13: Passive Optical LAN (PoL) Case Study Cordis Hotel

Gigabit Passive Optical Network (GPON)

Page 14: Passive Optical LAN (PoL) Case Study Cordis Hotel

GPON ‐ The Underlying Technology Passive Optical Network (FiberLAN) is based on GPON 

(Gigabit Passive Optical Network) technology GPON is an industry standard recognized by the following 

organizations: ITU ‐ International Telecommunication Union  FSAN ‐ Full Service Access Network BICSI ‐ Building Industry Consulting Service International

GPON is a proven technology & has been deployed in thousands of networks worldwide.  Originally developed for carrier environments to 

provide: Ease of Management A Future proof infrastructure Cost effective & Low Maintenance delivery 

method of Data, Voice, & Video.

Page 15: Passive Optical LAN (PoL) Case Study Cordis Hotel

Applications

Page 16: Passive Optical LAN (PoL) Case Study Cordis Hotel

Copper Network

Page 17: Passive Optical LAN (PoL) Case Study Cordis Hotel

Copper Network

Page 18: Passive Optical LAN (PoL) Case Study Cordis Hotel

Copper Network

Page 19: Passive Optical LAN (PoL) Case Study Cordis Hotel

Network

Page 20: Passive Optical LAN (PoL) Case Study Cordis Hotel

Fibre Network

Page 21: Passive Optical LAN (PoL) Case Study Cordis Hotel

Fibre Network

Page 22: Passive Optical LAN (PoL) Case Study Cordis Hotel

Fibre Network

Page 23: Passive Optical LAN (PoL) Case Study Cordis Hotel

Copper V Fibre Network

Page 24: Passive Optical LAN (PoL) Case Study Cordis Hotel

Deployment in Cordis Hotel

TaskTo provide an alternative to Structured Cabling for the deployment of High Speed Access Networks for in‐building deployment

Page 25: Passive Optical LAN (PoL) Case Study Cordis Hotel

GPON Operation

Page 26: Passive Optical LAN (PoL) Case Study Cordis Hotel

GPON Operation

Page 27: Passive Optical LAN (PoL) Case Study Cordis Hotel

GPON Operation

Each PON supports a single optical fibre carrying 2 wavelengths at the rates of 2.4Gbps Downstream and 1.2Gbps Upstream

Up to 64 ONTs Default span of 20km, can be extended to 60Km 1490nm downstream (Broadcast) carrying Voice, Data and 

Switched Video traffic 1310nm upstream (TDMA) carrying Voice, Data 

and Video Signaling traffic

Page 28: Passive Optical LAN (PoL) Case Study Cordis Hotel

GPON Operation

GPON Standard Supports Overlay Wavelengths within the 15xx range

Currently used to support RF‐based video deliveryIn the near future will be used to support DWDM services

Page 29: Passive Optical LAN (PoL) Case Study Cordis Hotel

GPON Operation

Page 30: Passive Optical LAN (PoL) Case Study Cordis Hotel

Optical Lan Options

Page 31: Passive Optical LAN (PoL) Case Study Cordis Hotel

Operation and Management

Page 32: Passive Optical LAN (PoL) Case Study Cordis Hotel

Operational Advantage

Page 33: Passive Optical LAN (PoL) Case Study Cordis Hotel

Operational Advantage

Page 34: Passive Optical LAN (PoL) Case Study Cordis Hotel

Operational Advantage

Page 35: Passive Optical LAN (PoL) Case Study Cordis Hotel

FiberLAN Management (FL/OLTs)

Page 36: Passive Optical LAN (PoL) Case Study Cordis Hotel

Optical LAN Redundancy (Type B)

Page 37: Passive Optical LAN (PoL) Case Study Cordis Hotel

Prioritisation and Rate Limiting

Page 38: Passive Optical LAN (PoL) Case Study Cordis Hotel

The Value Proposition

Page 39: Passive Optical LAN (PoL) Case Study Cordis Hotel

Optical LAN Advantages

Page 40: Passive Optical LAN (PoL) Case Study Cordis Hotel

Lower Capital Expenditure

Page 41: Passive Optical LAN (PoL) Case Study Cordis Hotel

Smaller, Lighter and Stronger