Session #2 - CommScope Solutions for the Edge Network...Compact Node (CommScope ADN1) New (Gen3) Low...

CommScope Solutions for the Edge NetworkCommScope Virtual Workshop

Confidential

May 20th, 2020

CommScope Reference Architectures

CommScope Solution Overview:Centralised Access Architecture

© 2020 CommScope, Inc. | CommScope Restricted–Highly Confidential2

CommScope E6000

IP Packets over Ethernet Data IP Packets over DOCSIS QAMMPEG Packets over Video QAM

Internet

Back-office services

Video SPTS Feed

CommScope AgileMaxRFoG

CommScopeRFoG ONU

Optical HE Network

D3.1 CPE

CommScope HFC Node

STB

Broadcast & VoD

TV

Analog Optics for HFC networks

CommScope CH3000

ServAssure™ NXT AnalyzeAlarm Central

CommScope 1.2GHz Amps

CommScope Solution Overview:R-PHY with Virtualized MAC Core

IPv6 Grandmaster Clock Source

coax

InternetBack-office

services

IP Packets over Ethernet IP Packets inside L2VPN Tunnel over Ethernet Data IP Packets over DOCSIS QAMMPEG Packets over Video QAM

Vid

eo M

PTS

STB

Pre-encrypted video stream

Broadcast & VoD

vManager Clients

NC2000Node with 1x1 RPD

TV

@ Subscriber

CIN Network

VUE

vManager


D3.1 CPE

vCore

ICX7850



CommScope Solution Overview:RMD with Virtualized Management Plane

IPv6 Grandmaster Clock Source (*)

InternetBack-office

services

IP Packets over Ethernet Data IP Packets over DOCSIS QAMMPEG Packets over Video QAM


vManager Clients

CIN Network

VUE

vManager


ICX7850

coaxTV

STB

Broadcast & VoD

@ Subscriber

2x2 RMD

NC4000Node with RMD

D3.1 CPE

IP Packets over Ethernet and inside L2VPN Tunnel over Ethernet



(*) Note:

• CommScope’s RMD solution will support both asynchronous and synchronous video mode support for RMD.

• Asynchronous video mode does not require PTP 1588v2 for RMD

Vid

eo M

PTS

CommScope Solution Overview:R-OLT with Virtualized Management Plane


IP Packets over Ethernet Data and Video IP Packets

STBIPTV

TV

@ Subscriber

CIN Network

R-OLT

ARRIS NC4000R-OLT Node

Ethernet Optics from CIN in Hub to R-OLT Device

PON ONU CPE

PON Splitter

X32

ICX7850

xPON to ONU

InternetBack-office

services


vManager Clients

vManager

Headend optics


CH3000 Chassis Platform


CH3000 Chassis Platform

FEATURES

• Fits all active and passive modules

• Front and/or back loading

• Blind mate connections

• AC and/or DC powering

• Local/Remote monitoring management,

including:– Nodes– VHubs

Headend and Hub Solutions

UNIVERSAL FLEXIBLE POWERFUL RELIABLE

MWL Forward Transmitter Evolution (CH3000)

2010

SINGLE Density

1 TX per slot

4 TX/RU

12 W per TX

AT3545G

2013

DOUBLE Density

4 TX in 2 slots

8 TX/RU

10 W per TX

HT3540H

QUAD Density

8 TX in 2 slots

16 TX/RU

6 W per TX

HT3580H

2018


BEFORE: Single Density Transmitters and Digital Return Receivers


Std EIA Rack, 42 Rack Units (RU)

• Rack 1 – 168 AT3545G• Rack 2 – 168 AT3545G• Rack 3 – 112 AT3545G• Rack 3 – 56 DR3002• Rack 4 – 168 DR3002

448 1x1 Nodes supported• Total US + DS Segments – 448• Total RU – 168• Total Maximum power use: 10,472W• Includes Fwd path Optical muxing Back

plates and CX3002 Ethernet

1x1 Nodes

Now: Quad Density Transmitters and Digital Return Receivers

© 2020 CommScope, Inc. | CommScope Restricted–Highly10

• Rack 1 – 448 HT3583H

• Rack 1 – 52 DR3450N

• Rack 2 – 60 DR3450N

448 1x1 Nodes supported

• Total US + DS Segments – 448

• Total RU – 57

• Integrated Muxing not shown

• Total Maximum power use: 5023W

• Includes Forward path Optical muxing Back plates and CX3002 Ethernet

1x1 Nodes

Now: Quad Density Transmitters and Digital Return Receivers

Rack 1 – 448 HT3583H

Rack 1 – 52 DR3450N

Rack 2 – 60 DR3450N

448 1x1 Nodes supported

Total US + DS Segments – 448

Total RU – 57

Integrated Muxing not shown

Total Maximum power use: 5023W

Includes Forward path Optical muxing Back plates and CX3002 Ethernet

1x1 Nodes

1.218 GHz HT3562H Series Transmitters


High Performance Double Density Full Spectrum MWL Transmitter

• Full Spectrum Transmitters with 46 to 1218 MHz passband, up to 30 Analog RF channels

• High Performance Externally Modulated technology

• Up to 40 Wavelengths on DWDM ITU grid

• Features— 11.5 dBm Optical output power— RF level control: Manual or AGC— Up to 3 dB Internal Electronic Slope Adjustment to compensate for headend combining

and cable loss at high frequency, especially when loading extends to 1.218 GHz— Highest rack density and lowest power consumption for ExMod Technology: 24 TX/3RU including

redundant power supplies and muxing!

• Double density back plates— Separate BC and NC RF inputs in TX module— Back plate options with F connectors

• For combining at the CH3000: 1x4 BC splitter/amp and 4 individual NC inputs• For combining prior to CH3000: 4 BC inputs, 4 NC inputs, • Option for Optical Muxes in the back plate for Greater rack space savings!

HT3562H Double Density

Form Factor

CommScope 204 MHz Digital Return- In Development


• Introducing a new Quad Receiver for the CH3000 platform

• Use existing Backplate that supports 4x receiver cards (48 returns in 3RU)

• New Pluggable optical receiver SFPs, 10 Gbps

• Introducing a new Digital Transmitter for the NC4000 and NC2000 nodes

• Follow the multi-mode model of the current DT4250 Universal VHub

• Pluggable SFP Optics for maximum flexibility , 10 Gbps

• User Selectable modes to support both 5-85MHz return and 5-204MHz to offer an upgrade path

• Support for 204/258 MHz split

• “1-fer” and “2-fer” operational modes (1 or 2 RFs channels per Wavelength)

• Support for 5‐100 MHz mode ( currently used for 5-85 MHz) and 5-204 MHz modes

GA target Q3 2020 with initial phase “1-fer” modes

Evolution of the Cable Edge Network

CommScope DAAA Topology (Aggregator)

NodeAggregator

withRxD

Headend/Data Center

Terminating nodewithout RxD

Ruckus ICX CIN Switch

E6000 CCAP Core (MAC)

Management

Video Core (VUE)




Optimized for Low-to-Medium Density Fiber Deep deployments

Data Core (vCore)


CommScope 1.X GHz Nodes

© 2020 CommScope, Inc. | CommScope Restricted–Highly Confidential

OM4120

• Module compatibility (NC)

• Multi-architecture compatibility & scalability

• HFC and Fiber Deep• xPON via XE4202M• R-PHY via RPD (1x1 or 2x2)

with HFC Overlay• Roadmap includes 2x2 RMD

• 1.2 GHz – HFC 4x4 (S4)• Standard output

• 1.2 GHz – FD 1x2/2x2 (H4/H5)• High & Very High output

NC4000

• Module compatibility (NC)


• HFC and Fiber Deep• xPON via XE4202M• R-PHY via RPD (1x1)

• 1.2 GHz – HFC & FD 2x2• High output

NC2000

• Module compatibility (OM)


• HFC and Fiber Deep• xPON via FLM• R-PHY via RPD

• 1.2 GHz – HFC 4x4• Standard output

• 1.2 GHz – FD 1x2 & 2x2• Very High output

OM6000

• Module compatibility (OM)


• HFC and Fiber Deep• xPON via FLM or XE4202M • R-PHY via RPD (1x1 or 2x2)• Roadmap includes 2x2 RMD

• 1.2 GHz – HFC 4x4• Standard output

• 1.2 GHz – FD 1x2/2x2• High output

16

E6000n NC2000 - 1x1 RPD

1x1 for NC2000 node:• Full 1.2GHz and 204MHz spectrum capable• RPD R-PHY module with support for a single upstream

and downstream SG (i.e 1x1 segmentation)• 1.2 GHz RF Amplifier

• Up to 2x2 [email protected]/22dB tilt

Capability:• 1.2GHz downstream upper edge

• Up to 6 x 192MHz (OFDM or SC-QAM)• Up to 158 Annex B or 120 Annex A SC-QAM (up to

1002MHz)• 54/88/108/258 lower edge

• 42/65/85/204 MHz upstream split• Up to 2 OFDMA @ 96MHz per upstream• Up to 12 ATDMA (up to 85MHz) per upstream

• DOCSIS 2.0/3.0/3.1 and Broadcast/Narrowcast video• Dual SFP+ cage

• Daisy chain, Ring Topology, Link RedundancyNC2000 + E6000n (1x1 RPD)

NC2000 1x1 Remote-PHY Device


E6000n RD1322 - 2x2 RPD

2x2 for NC4000/S4 and OM41x0 nodes:• 1.2GHz downstream upper edge

• Up to 6 x 192MHz (OFDM or SC-QAM) per downstream• Supports full-spectrum narrowcast (data + video)• Up to 158 Annex B SC-QAM (54-1002MHz)• 54/88/108/258 lower edge

• 42/65/85/204 MHz upstream split• Up to 2 OFDMA @ 96MHz per upstream• Up to 8 ATDMA (up to 85MHz) per upstream

• DOCSIS 2.0/3.0/3.1 and Broadcast/Narrowcast video• Native support for SCTE 55-1/55-2 STB OOB• Optional Rx/Tx modules for HFC overlay

• Single Rx/Tx per node (identical spectrum on all 4 legs)• 54-750MHz forward Rx• 5-65MHz return path Tx

Retrofit available for previously deployed NC4/OM4 nodes requires lid and power supply upgrade

NC4000 + RD1322 (2x2 RPD) OM4120 + RD1322 (2x2 RPD)

RD1322 2x2 Remote-PHY Device


200MHz digital return for NC nodes

Universal module

• 1-fer and 2-fer modes

• Example 2 x 200MHz or 2 x 100MHz

• Uses 10G SFP

NC2000 already supports 200MHz

NC4000 will support 200MHz

• New lid motherboard for NC4000 to improve isolation


CommScope Compact Cabinet Node


Compact Node (CommScope ADN1) New (Gen3) Low Power RxD

Cabinet mount form factor (cable entry at bottom, 1x fiber (in lid), 2x RF (in base)):• Environmentals: IP65, -40C to +60C ambient• Target dimensions: 277x287x177mm (NC2000:

459x279x160 mm)• Single Hybrid, can be split to dual output if power budget

allows• Output level: 60dBmV @ 1218 MHz, 22dB slope (same as

NC2000)• Electronic Setup and controllable diplex filter• Local (220V AC) power option (local battery backup

capability being investigated)• Maximum power consumption:

Benefits of the CommScope RMD Program

• An End-to-End Product Suite (Nodes, Amps, CMs) Guaranteed to Work

• An Experienced DOCSIS® Design/Support Team in a Stable Company that will bethere with you as part of the Cable Industry… We are in it for the Long Run

• A Long-term Product Roadmap with a Clear Path to the Future of RMDs (DOCSIS 4.0 & Beyond)

• A Novel RMD Design Blending ASIC + FPGA

✓ Low-power with the use of High-Performance Broadcom ASICs

✓ Ability to add novel Future Features with the Flexibility of a Xilinx FPGA-based MAC

✓ Choosing FPGA enables use of proven CommScope software for RPD, DOCSIS MAC, and Data Forwarding

• A Powerful Combination of E6000® MAC Software & E6000n™ RPD

✓ E6000 MAC Software Application offers:

➢ Stability due to Field Hardening

➢ Stability due to Industry-Leading Software Testing Capability (automation, multiple scaling labs)

➢ Feature Richness (DOCSIS 3.1 plus many more features added over many years)

✓ E6000n RPD offers:

➢ Stability due to Field Hardening with a similar Gen 1 Design

• Novel & Useful Features that Differentiate Us from the Others (e.g., CommScope RF Steering Matrix)

© 2020 CommScope, Inc. | Confidential for Vodafone. Roadmap subject to Change without Notice.21

E6000n RD2322 – 2x2 Remote PHY & MACPHY Device (RxD)Software Capabilities

• E6000n RD2322 Rel. 1.0 Software Basis• MAC: E6000 CCAP Core (eCore) Rel. 9.0• PHY: E6000n RD1322 (2x2 RPD) Rel. 1.0

• Feature Highlights for E6000n RD2322 Rel. 1.0• Remote MACPHY Device (RMD) functionality• Layer 3 Converged Interconnect Network (CIN)

• Control/Management Plane – IPv4• Data Plane – IPv4 or IPv6• MPEG Video – DEPI Tunnels over IPv6

• Secure Boot• MACsec• 802.1x Authentication & Authorization• Each DS-SG: 128 SC-QAMs (48 DOCSIS) + 2x 192 MHz OFDM• Each US-SG: 12 SC-QAMs + 2x 96 MHz OFDMA• 20 years of advanced features ported forward & adapted from legacy ARRIS/CommScope CMTS/CCAP

platforms, including – Legal Intercept, Integrated Upstream Agility (IUA), data & modem load balancing, DOCSIS 3.1 DS data profiles & US IUCs, and hundreds more

© 2020 CommScope, Inc. | Confidential for Vodafone. Roadmap subject to Change without Notice.22

MB120 1.2 GHz Mini-Bridger Overview


• Support for 1218 MHz Downstream bandwidth

• Expanded Upstream bandwidth option of 204 MHz

• Increased gain to allow for RF module drop-in to existing 750 MHz and greater spacings

• Gallium Nitride (GaN) technology

• Compatible with legacy power supply grid by maintaining present DC power consumption

• No need to redesign power boundaries

• Mechanically compatible with existing MB750SH/MB860/MB100 housings

• Two active outputs (splittable to 3)

BLE120 1.2 GHz Line Extender Overview


• DOCSIS 3.1 support with 1218 MHz downstream bandwidth

• Expanded upstream bandwidth option of 204 MHz

Diplex options include:

• 42/54 MHz

• 65/85 MHz

• 85/102 MHz

• 204/258 MHz

• Increased gain to allow for RF module drop-in to existing 750 MHz spacings

• Gallium nitride (GaN) technology

• Mechanically compatible with existing BLE-75SH/BLE87/BLE100 housings

• New housing platform kit

Outdoor Line Passives

SSP-*S

Outdoor Taps

FFT*-*S

Indoor Line Passives

CSVxGD

RF Passives for D4.0


• Bandwidth: 5 – 1800MHz

• Nickel plated zinc housing

• Soldered back plate for maximum RF shielding

• 6kv ring wave surge protection on all ports

• Machined “F” port threads

• Available now

• Removable face plates

• Power passing (5/8" ports)

• Support for extended spectrum to 1.8GHz

• Face plate upgrade: to 1.65GHz with existing housings: 1H 2021

• Housing upgrade: to 1.8GHz: 1H 2022

E6000r Remote PHY Shelf

19” Rack-Mountable shelf, 2RU height, 10.4” (265mm) deep

Temperature-hardened -20oC to +65oC, front-to-back cooling with hot swappable fans, extended humidity range, ready for outdoor cabinet installation

Front connections for RF, SFP+, power

Dual redundant, load-sharing AC or DC Power Supply Units (PSUs)

Hosts 3 x E6000n Shelf RPD modules

• 9 x F connectors providing a total of 3 DS-SG x 6 US-SG

• Full spectrum DOCSIS 3.0/3.1

• RPDs managed via the CCAP Core

Same firmware as 1x1 RPD


E6000r High Density R-PHY Shelf

1RU height shelf, 19” rack-mountable and stackable

Datacenter environment 0oC to +50oC

6 hot swappable fans providing front to back cooling

AC or DC Power Supply Units, dual redundant and load-sharing

Hosts 8 x HD Shelf RPDs (1x2 DS:US)

• 24 x F connectors at the back, providing up to a total of 8 DS-SG x 16 US-SG

• 2 x SFP+ cages per RPD

• Full spectrum DOCSIS 3.0/3.1

• RPDs managed via the CCAP Core

Local console port


High Density R-PHY Shelf – Use Cases

• Head-ends and hub sites, especially where power space and cooling is a challenge• MAC Core located at a remote site

• Replacement of legacy CMTS infrastructure, • Overcomes channel density limitations and adds DOCSIS® 3.1 and R-PHY capability

• Adds local serving group capability to MAC Core only products• HD R-PHY Shelf and MAC Core in the same location


Cost-Effective High Performance CIN Switching – ICX

Optimized for DAA High Performance Cost-Effective

• Pre-integrated, end-to-end DAA solution

• MACsec Security to the R-PHY

• Scale-out network architecture

• Automated deployment• Better value for money• Common platform for all

architectures

• Standards-based• Multi-vendor interoperability• Open management & control• Cost-Effective Merchant-

Silicon• Lifetime Warranty


ICX7850 IP CIN Switches

Fully integrated with CommScope RPDs

S-Leaf supports 10G MACsec for hardware secure links to R-PHY and R-MACPHY

Flexible L2/L3 table profiles for deployment flexibilities

Supports ARRIS DWDM optics (same as ones in nodes)

General availability: Now!

ICX7850-48F/48FSLeaf / S-Leaf (Edge switching)

48-ports, 10GE downlinks (+MACsec)

Up to 8-ports, 40 or 100GE uplinks

ICX7850-32QSpine (Core switching)

32-ports, 40 or 100GE ports


CommScope 10G PON solution overview

10G EPON DAA OLT Deployment Scenarios


Optical Splitters

... ...N x 10G EPON (Up to 6)

NC/NH4000 R-OLT Modules

N x 10Gb Ethernet (DWDM)DistributedAccess Single Fiber

vOLT Manager

MgmtPlane

(Legacy)

vCM Manager

vCMsMgmtPlane

(Future)

OLT Manager

... ...N x 10G EPON (Up to 8)

Cabinet/MDU OLT Shelf

OLT Manager

N x 10Gb Ethernet (DWDM)Dense DistributedAccess

Single Fiber

vOLT Manager

MgmtPlane

(Legacy)

vCM Manager

vCMsMgmtPlane

(Future)

OLT Manager

Gigabit & Multi-Gigabit

Subscribers

OLT Manager

Commscope 10G EPON R-OLT XE4202M


• 2x10G Ethernet NSI ports per module– Uplink to CIN/S-Leaf switch/router– Multi-wavelength DWDM SFP+

optics

• 2x10G EPON ports per module– Subscriber PON XFP ports support

10G EPON and EPON – 10G/10G and 10G/1G 10G EPON– 1G/1G and 2G/1G Turbo EPON

• Three slot wide module for VHUB or Node– 10G EPON VHUB (up to three R-

OLTs)– RFoG with 10G EPON for an RFPON

VHUB– Existing or new RF Node

• Virtualized OLT Manager with DPoE v2.0– Utilize current DOCSIS management

systems for provisioning– Scalable to 200 R-OLTs– Manage R-OLT/ONUs like CMTS/CMs

XE4202M

R-OLT Manager

vOLT Manager

MgmtPlane

(Legacy)

vCM Manager

vCMs

OLT Manager

MgmtPlane

(Future)

Software Only SolutionCentralized & Scalable ManagementManage R-OLT/ONU like CMTS/CM

SDN Controller/vManager

Supports evolution to SDN & virtualization

Push models for telemetry collection

and monitoring

Netconf/Yang, Kafka, FluentD,

RestConf, OpenFlow

DOCSIS Backoffice and OSSs

Integration with conventional DOCSIS OSS/BSS systems

Utilizes familiar DOCSIS interfaces and protocols

CLI, SNMP, SYSLOG,

TFTP, DHCP, TACACS,

NTP/TOD, SSHv2

ONUR-OLT

ONUR-OLT

ONUR-OLT

Core Routers

S-LeafCIN

Network

vOLT: R-OLT Onboarding, Monitoring and ManagementvCM: ONU Registration, Service Flow Provisioning, Monitoring

Full R-OLT/ONU System Management

Management Data Path: TLS for secure access

R-OLT: JSON / TCP ONU: DPoE v2.0 Tunnels


10G EPON R-OLT Module Deployment Options


Nodes NC4000 RF Node NH4000 VHUB

NH4000 VHUB with RFoG

NH4600 DAA VHUB

NH2000 VHUB

Deployment Model

Mixed RF and EPON

10G EPON Only RFoG and 10G EPON

10G EPON Only 10G EPON Only

Available R-OLT Slots

3 9 6 9 6

R-OLT Modules 1 1, 2 or 3 1 or 2 1, 2 or 3 1 or 2

PON Serving Groups

Up to 2 x 10G EPON SGs





10GE Uplinks 2 Up to 6 2 or 4 Up to 6 2 or 4

Subs per Node* (Max with 1x128 split)

256 Subs 768 Subs 512 Subs 768 Subs 512 Subs

Timing Now Now Now Now Now

CommScope 10G AnyPON R-OLT Shelf XE6268S


• 2x100G Ethernet– NSI or Daisy Chain

• 6x10G Ethernet NSI ports per shelf– Uplink to CIN/S-Leaf

switch/router– Multi-wavelength DWDM

SFP+ optics

• 8x10G PON ports per module– Subscriber PON SFP+

ports support 10G EPON and EPON

– 1G/1G and 2G/1G Turbo EPON

– Also Support XGS and GPON

• Rack mounted 1RU Compact R-OLT Shelf (COLT)– Dense configuration for

multiple applications– Designed for installation in

CommScope cabinet systems

– Redundant Power Supply, AC and DC options

• Virtualized OLT Manager– Can build off of current

DPoE 2.0 management systems for provisioning

– GPON provision via EMS, GUI and NBI

– Scalable to 50 shelves

XE6268S

Future Product

Thank You

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Session #2 - CommScope Solutions for the Edge Network...Compact Node (CommScope ADN1) New (Gen3) Low...

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