1.8 Future of Copper and Fibre in Asia

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 1/21

The Future of Cabling in Asia

Copper and Fiber Network Evolution

James Young,

Technical Director APAC,

Commscope

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 2/21

Agenda

Category 8 cable – Are you Joking?

PON – E vs G

Fiber – Great for speed, skills check for Contractors

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 3/21

TIA TR42.7 NG-BaseT Objectives

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 4/21

NGBase – T (but where)

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 5/21

40G – A delicated balance

Cabling Electronics

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 6/21

   A   D   C   E   N   O   B

Frequency (MHz)

75m

50m

25m

Improving

at a rate of

1.5 bits per

7 years1

1Projection : based on work by R.H. Walden, IEEE Journal on Communications

100m

75m

50m

25m

10GBASE-T

(400 MHz)

100m

75m

50m

25m

40Gbps

(1 GHz)

40Gbps

(1.6 GHz)

100Gbps

(3.2 GHz)

Feasibility of 40/100G on Cat-?

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 7/21

Next Generation Cabling

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 8/21

What is Cat 8?

Optimal Actua

l

7A

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 9/21

PON History

• Initial PON (1990s) were based on ATM framing (APON, BPON)• ATM-based BPON were inefficient, majority of traffic through the access network

was IP traffic.

• Ethernet based PON (EPON), QOS-aware Gigabit Ethernet (GbE) (VLANs,

prioritization, OAM) and integration with other Ethernet equipment.

• Gigabit-capable Passive Optical Network (GPON) proposed by FSAN

members (Quantum Bridge et. al) - dual Gigabit speed ATM/Ethernet PONto IEEE 802.3ah – had to continue this work within the ITU.

• EPON and GPON both draw on G.983, the BPON standard• (PON operation, ODN framework, wavelength plan, and application)

• designed to better accommodate variable length IP frames at Gigabit line rates.

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 10/21

EPON & GPON Basics

Ethernet Passive Optical Network (EPON)

Sometimes called GEPON (Gigabit Ethernet Passive Optical Network)

IEEE 802.3 standard, ratified as 802.3ah-2004 for 1Gbits/s

IEEE 802.3av standard for 10Gbits/s

Uses standard 802.3 Ethernet data frames

Gigabit Passive Optical Network (GPON) ITU Standard G.984

Downstream 2.488Gbits/s, Upstream 1.244/2.488Gbits/s

ITU Standard G.987 for 10Gbits

Downstream 10Gbits/s, Upstream 2.488/10Gbits/s

Uses GPON Encapsulation Method (GEM), fragmented packets or ATM(most implementations use GEM as ATM is expensive)

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 11/21

EPON & GPON Framing

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 12/21

Video

Data

POTS/VoIP

TDM

Security

Automation

ServicesSubscribersODN

Network

Residential

Medium

Multi-Tenant

Small

WDM

edge10

Splitter

1G PON

1G PON

Large

Splitter

1n

1n

Multi class Services

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 13/21

EPON Interoperability

GE PON

Optical Splitter

OLT

1

64SRW224

Cisco SwitchFP ONU

• SFP form-factor ONU

• Plugs into any SFP-enabled device

• Switches, routers, DAS,

specialized modems

• EPON manages ONU; In-band

management for device

Management /Provisioining

System

November 29, 2012

ONU

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 14/21

SubscribersODNRF VideoResidential

In-BuildingAntennas

Business

WDM

CommScopeOLT

Splitter/Optical Tap

1G PON

Splitter

1n

1n

CMTS/STBcontroller

VideoTransmitt

er

ReturnPath

Receiver

Video

EDFA

Combinernetwork

RF Video

CommScopeOLT

ONT

DASFiberNode

DASDonor

 Antenna

WDM

DAS Supported

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 15/21

PON Deployment

2.5 Million subscribers

Largest current customers Korean Telecom (KT) and LG

Deployments around the world

USA

Korea

India

Bulgaria

Russia

Czech Republic

Vietnam

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 16/21

NG Fiber Networks

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 17/21

Economics: 40/100GbE is more cost-effective over

multimode fiber that single-mode fiber

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 18/21

 Application Requirements

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 19/21

 Application Metrics

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 20/21

8/13/2019 1.8 Future of Copper and Fibre in Asia

http://slidepdf.com/reader/full/18-future-of-copper-and-fibre-in-asia 21/21

Scalable support for 40/100GbE