1 © Nokia 20161 © Nokia 2016

Alexander NosowDecember 2016

7x50 Portfolio Update7x50 Portfolio Update7x50 Portfolio Update7x50 Portfolio Update

2 © Nokia 2016

IP/MPLS portfolio

IP COREIP COREIP COREIP CORE IP EDGEIP EDGEIP EDGEIP EDGE IP AGGREGATIONIP AGGREGATIONIP AGGREGATIONIP AGGREGATION ACCESSACCESSACCESSACCESS

7950 XRS 7750-SR

VSR

7705 SAR

7210 SAS

3 © Nokia 2016

7x50 Product Family

Edge Routing

7750 SR-12e 7750 SR-12 / -7 7750 SR-3e/-2e/-1e 7750 SR-a8/-a4

7.2 Tb/s HD4 Tb/s HD2 Tb/s HD

1.2 Tb/s HD800 Gb/s HD400 Gb/s HD

400 Gb/s HD200 Gb/s HD

400G per slot FD 200G per slot FD 200G per IOM FD 100G per IOM FD

9 IOM/IMM slots22 RU

5 or 10 IOM/IMM slots14RU / 8 RU

1-3 IOM slots4 MDA-e’s per IOM13 RU / 10RU / 6RU

1-2 IOM slots4 MDA-a’s per IOM

7RU / 5RU

Terabit IP/MPLS multiservice router

Terabit Ethernet, IP/MPLS

Mid-scale Ethernet, IP/MPLS

Fabric-less, Mid-to-Small scale Edge Router

Fabric-less, Mid-to-Small scale Access router

ETSI 300mm compliant

7950 XRS-40 7950 XRS-20

32Tb/s HD 16 Tb/s HD

800G per XCM FD 800G per XCM FD

20 XCM slots40 XMA slotsTwo 19” racks

10 XCM slots20 XMA slotsOne 19” rack

Multi-Chassis Core Routing

Single-Chassis Core Routing

Core Routing

4 © Nokia 2016

The Evolution of Wire-Speed Line Cards

7750 SR

7950 XRS2003

2008

20102013

2017+

100G IMM (FP2)

• 1x100GigE IMM

• 3x40GigE IMM

• 12x10GigE IMM

50G IMM (FP2)

• 1xOC768c IMM

20G IOM

• 10xGigE MDA

• 1x10GigE MDA

50G IOM/MDA-XP/IMM

• 5x10GigE IMM

• 48x1GigE IMM

• 20xGigE MDA-XP

• 2x10GigE MDA-XP

FP4 based SFM/XMA/IMM200G IMM (FP3)

• Combo IMMs

400G IMM (FP3)

• 4 x 100GigE IMM

5 © Nokia 2016

FP3 Flexibility by Design

200 Gb/s LayoutIMM 200 Gb/s Layout

1-Port

100 GE

Switch

Fabric

XB

XB Q3

P3 P3

1-Port

100 GE

CPU

T3

IMM 400 Gb/s Layout

Q31-Port

100 GE

Switch

Fabric

XB

XB Q3

P3

1-Port

100 GE

1-Port

100 GE

1-Port

100 GE

P3

P3 T3

CPU

P3

Q3

T3

Packet Processor

Traffic Manager

Fabric Tap

Unique Three Chip Architecture

Maximizes the Feature Set

Increases Longevity

Ensures Deterministic Behavior

Maintains Backwards Compatibility

6 © Nokia 2016

7750 SR-e Family

7750 SR-1e 7750 SR-2e 7750 SR-3e

Height/depth 6 RU/538 mm 10 RU/538 mm 13 RU/538 mm

System capacity (HD) 400 Gb/s 800 Gb/s 1.2 Tb/s

Resiliency Redundant CPM, power, fans Redundant CPM, power, fans Redundant CPM, power, fans

MDA-e slots 4 8 12

IOM-e slots 1 2 3

GE/10GE/100GE ports 160/40/8 320/80/16 480/120/24

7 © Nokia 2016

7750 SR-e: System architecture

Chassis Control

Module (CCM-e)

Media Dependent

Adapter (MDA-e)

Integrated Service

Adapter (MS-ISA2-e)

Input/Output

Module (IOM-e)

Control Processor

Module (CPM-e)

Management and console

interfaces, timing,

alarms

Port interfacesLayer 4-7 service

processing blades

Slot-level control,

memory and interconnect

System-level control,

routing and processing

2 CCM-e per system 4/8/12 MDA-e per

SR-1e/2e/3e

4/8/12 ISA2-MS-e per

SR-1e/2e/3e

1/2/3 IOM-e per

SR-1e/2e/3e2 CPM-e per system

CPUCPUCPUCPU

CPM-e

XBXBXBXB IOM-e

ME-ISA2-MS

MDA-e

CCM-e

Mid-plane

FRONT REAR

8 © Nokia 2016

7750 SR-e forwarding plane

Ingress

Egress

FP3 200G

complex

IOM-eMDA-e

• 100 Gb/s FD throughput per MDA-e

.

.

.

• Fabric-less IOM-e interconnect

P3 P3

Q3

T3

CPU

XB

FP3 for high performance, full service scale up to 200 Gb/s per IOM-e

9 © Nokia 2016

7750 SR-2e chassis components

7750 SR-2e front view 7750 SR-2e rear view

Cable guide

CCM-e

(‘A’ and ‘B’)

MDA-e

(slots 1-8)

Air intake

Power supplies

(up to 8)

CPM-e

(‘A’ and ‘B’)

IOM-e

(up to 2)

Fan tray

10 © Nokia 2016

7750 SR-e thermal designThermal design

• Innovative mechanical design � angled MDA card cage

- Enables true front-to-back NEBS-compliant design

• Crafted for optimal airflow and reduced noise

• Air intake areas enlarged for maximum airflow

Cooling

• Front-to-back airflow

• Internal redundant fans

• Removable/replaceable fan filters

• Variable speed for power efficiency

• Fan status/information via NMS/CLIFront air

intake

Rear air

exhaust

Efficient, resilient, scalable thermal design

11 © Nokia 2016

Media Dependent Adapters (MDA-e’s)

1-port 100GE CFP2

10-port 10GE SFP+

MDA-e type Feature highlights

10-port 10GE SFP+

6-port 10GE SFP+

• LAN or WAN PHY support

• OTU1e/OTU2/OTU2e framing

• FEC & ITU-T G.709

• Can use low-power 10G tunable DWDM SFP+

1-port 100GE CFP2 • OTU4 framing

• FEC & G.709

20/40-port GE SFP/cSFP • High-density GE

40/20-port GE cSFP/SFP

High performance – 100 Gb/s FD per MDA-e

Flexible media configurations - 4 MDA-e per IOM-e

12 © Nokia 2016

Integrated Service Adapter (ME-ISA2-MS)

ME-ISA2-MS Feature highlights

Hardware specs • 32 Core processor & 32GB RAM• Supports a 40G data path• Actual throughput dependent on function

Applications • Application Assurance (AA)

• Broadband (NAT/LNS)

• Tunnel: IPSec, GRE and IP-in-IP

Performance • ME-ISA2-MS is up to 4 x MS-ISA performance

• Increased scale and packet processing

bandwidth

• Increased bandwidth, flow scale & flow

setup rates

ME-ISA2-MS

IOM-e

FP3

40G ISA I/O 40G ISA I/O

ME-ISA2-MSME-ISA2-MS

Deliver advanced services through in-line Layer 4-7 processing

13 © Nokia 2016

7750 SR-7-B & 7750 SR-12-B ChassisNew backplane for the SR-7/-12

2000200020002000 2001200120012001 2002200220022002 2003200320032003 2004200420042004 2005200520052005 2006200620062006 2007200720072007 2008200820082008 2009200920092009 2010201020102010 2011201120112011 2012201220122012 2013201320132013 2014201420142014 201720172017201720162016201620162015201520152015

• Supports up to 400G FD per slot with FP4 (target)• Better power efficiency per GB with FP4• Fully backward compatible & release independent

New BackplaneExisting Backplane• Remains orderable for existing deployments• Supports up to 200G FD per slot today

7750 SR-7/-12 Backplane Revisions

Continued investment protection

14 © Nokia 2016

The New 7750 SR-12-B and SR-7-B

* Target with FP4 cards and SFM6

Chassis Built Prior to 2008Per Slot Max

Switch Capacity FD

Chassis built in 2008 to present dayPer Slot Max Switch Capacity FD

Chassis Built end of 2016

Mix of T2/T3 Cards All T3 Based Cards Mix of T3/T4 Cards All T4 Based Cards

SFM6 (FP4 based)

50 Gbps redundant 100 Gbps redundant 200 Gbps redundant 200/400G redundant* 400 Gbps redundant*

SFM5 50 Gbps redundant 100 Gbps redundant 200 Gbps redundant 200Gbps redundant 200 Gbps redundant

SF/CPM4 50 Gbps redundant 100 Gbps redundant 100 Gbps redundant 100 Gbps redundant 100 Gbps redundant

SF/CPM3 50 Gbps redundant 50 Gbps redundant 50 Gbps redundant 50 Gbps redundant 50 Gbps redundant

15 © Nokia 2016

7750 SR – Double Policer Scaling with the IOM4-e-BHigher Scale Unlocked

Doubles policer scale in R14.0.R4

IOM4-e-B introduced in R14.0.R4

Provides added policer scale for FP2 migration to FP3

IOM4-e-B IOM4-e IOM4-e-B

Policer Scale

256k ingress/egress256k ingress dedicated & 256k egress dedicated

Extensive list of MDA-e’s available:• 10-port 10GE SFP+• 6-port 10GE SFP+• 1-port 100GE CFP2• 40-port GE cSFP (20-port GE SFP)• MS-ISA2• 2-port 100GE CFP4• 2-port 100GE QSFP28/QSFP+

16 © Nokia 2016

Additional MDA-e cards for IOM4-e, IOM4-e-B & IOM-e

Increased capacity per MDA-e over existing MDAs

2-port 100GE CFP4 MDA-e

40-port 1GE cSFP (20-port 1GE SFP)

MDA-e

• Complements existing 1-port 100GE CFP2 MDA-e introduced in 13.0.R4

• Doubles 100G density for SR-7/-12 and ESS-7/-12

• Beta in 14.0.R4

• Clause 91 FEC & 1588 supported in 14.0.R6

• High density GE with cSFPs

• Minimizes fiber usage and clutter

• 1588 supported

Multi-rate 2-port QSFP28 MDA-e

• 2-port 100G QSFP28 / 40GE QSFP+

• Clause 91 FEC & 1588 supported 14.0.R6

17 © Nokia 2016

IMM P-160 for on-device GE density

SR-12e SR-12 SR-7

1440 ports 1600 ports 800 ports

• Nokia patented “drawer” innovation adds 2nd row of SFP cages

• Supports standard SFP’s and/or compact SFP’s

- Enabling double-density via BiDi technology

• 200G FP3 based IMM

- Delivers full line rate on all 160 ports

• All resources shared between all ports

• Supported in SR-7, SR-12 and SR-12e

18 © Nokia 2016

2 x GE RJ.5 cSFPA Nokia In-House Innovation

P160, 40-port GE cSFP MDA-e

72pt GE cSFP/SFP C-XMA: IPCore & LSR

40-port GE cSFP MDA-e

44-port GE cSFP MDA-a

22-port GE cSFP IMM-b (SAS-R6, SAS-R12)

7750 SR

7950 XRS

7750 SR-a

7750 SR-e

7210 SAS

• Double copper port density on any existing cSFP MDA, IMM or C-XMA

• RJ.5 to RJ45 cable adapters available

• Supported across all platforms in the portfolio

• 7750 SR, 7750 SR-a, 7750 SR-e, 7950 XRS & 7210 SAS

19 © Nokia 2016

Satellites for offSatellites for offSatellites for offSatellites for off----device density device density device density device density Local/Remote 1 GE/10 GE Ethernet Aggregation

• Access ports on satellites map to 7x50 ports

• Local and Remote satellites

• 4 x 10GE Uplink + 24/48 RJ45/SFP 1GE access

• 4 x 100GE Uplink + 64 SFP+ 1/10 GE access

• No local switching on satellite

• 7x50 Host + all satellites – one NE for management

7x50Host

7210 SAS-S

1-4 10GE uplinks

1-4 100GE uplinks

7210 SAS-S 10G

7210 SAS-S 7210 SAS-S 10G*

20 © Nokia 2016

High Voltage DC (HVDC)

AC

DC

DC

AC

AC

DC

DC

DC

Mother-board

Battery

480VAC

100 ~200V

AC 31 2 4

UPS Router

AC

DC

DC

DC

Mother-board

Battery

480VAC

48VDC

1 2

Rectifier Router

AC

DC

DC

DC

Mother-board

Battery

480VAC

260-400VDC

1 2

Rectifier Router

AC

Pow

er

-48V

Pow

er

HV

DC

• Power conversion steps = 4• Common and widespread• Not optimized for efficiency• Many components and higher complexity

• Power conversion steps = 2• Widely used in telecom, less common in datacenters

• Higher efficiency & reliability compared to AC � fewer components

• Power conversion steps = 2• Reduced currents compared to -48VDC which results in thinner cable requirements � lower installation costs

21 © Nokia 2016

HVDC support on 7950 XRS & 7750 SR-12e platforms

First Core/Edge routers to support HVDC• HVDC on 7950 XRS-40, XRS-20 and 7750 SR-12e

• New HVDC APEQ & power cable

• Voltage range 260V – 400VDC, 13Amps

• 3000W per APEQ

Backward Compatible design• Similar design to existing AC APEQ

• Power connections at front of APEQ instead of via the rear panel � Backward compatible design

• One power connection per HVDC APEQ

Right: HVDC 8 Guage Wire• Width = 1.5 in, height = 1 in.• Weight = 0.1lbs/in.

Left: LVDC 2 Gauge Wire• Width = 6 in. height = 1 in.• Weight = 0.5lbs/in.

12 cable pairs: One per APEQ on the XRS

Huge weight, space, power efficiency and cost savings through cabling alone

22 © Nokia 2016

• Coherent 100G Polarization Multiplexed - Quadrature Phase Shift Keying (PM-QPSK) Modulation

• C-Band 50GHz Tunable DWDM

• OTU4 framing

• ITU-T G.709 OAM

• Access Reach: up to 80km without optical amplification (loss limited)

• Metro: up to 600km enabling multi-vendor interoperability with “Staircase” FEC

• Long-Haul: up to 1000km with SD-FEC 1000km

• In customer field trials since March’16

1-Port 100G Coherent PM-QPSK tunable DWDM

IP-Optical IntegrationIntegrated Coherent 100G DWDM IMM for 7750-SR

Multi-vendor interworking (FEC, OAM)

• Nokia part of first multi-vendor 100G IPoDWDMfield trials

• IMM is productized as part of the multi-vendor IPoDWDM optical and FEC profiles

23 © Nokia 2016

• Coherent 100G Polarization Multiplexed - Quadrature Phase Shift Keying (PM-QPSK) Modulation

• C-Band 50GHz Tunable DWDM

• OTU4 framing

• ITU-T G.709 OAM

• Access Reach: up to 80km without optical amplification (loss limited)

• Metro: up to 600km enabling multi-vendor interoperability with “Staircase” FEC

• Long-Haul: up to 1000km with SD-FEC

2-Port 100G Coherent PM-QPSK tunable DWDM XMA

IP-Optical Integration – Available Q4’16Integrated Coherent 100G DWDM XMA for the 7950 XRS

Multi-vendor interworking (FEC, OAM)

• Nokia part of first multi-vendor 100G IPoDWDMfield trials

• XMA is productized as part of the multi-vendor IPoDWDM optical and FEC profiles