juniper’s mx 3d product overview next generation access · juniper’s mx 3d product overview...

Juniper’s MX 3D Product Overview Next Generation Access Pepe (Joseph) Garcia ([email protected]) Dir., Product Management May 2010

2 Copyright © 2009 Juniper Networks, Inc. www.juniper.net Juniper Confidential

This statement of direction sets forth Juniper Networks’ current intention and is subject to change at any time without notice. No purchases are contingent upon Juniper Networks delivering any feature or functionality depicted in this presentation.

Legal Statement


MX-SERIES HIGHLIGHTS

MX80 MX240 MX480 MX960

Capacity 80 Gbps 240Gbps

16 Port 10GE: 480 Gbps

480Gbps 16 Port 10GE: 1.4

Tbps

960Gbp 16 Port 10GE:

2.6Tbps

Chassis Size

•  27.75 x 17.5 x 23.5 •  2 RU •  24 Per 7’ rack

•  17.5 x 8.7 x 23.8 •  4 Slot / 5 RU •  9 per 7’ rack

•  17.5 x 14 x 23.8 •  8 Slot / 8 RU •  6 per 7’ rack

•  17.5 x 27.8 x 23.5 •  14 Slot / 16RU •  3 per 7’ rack

10 GbE/GbE ports

•  MX80: 4x10GE+ 2 MIC slots (=40-port GE)

•  MX80-48T: 4x10GE+ 48-port GE

12 / 120 With 16 Port 10GE: 48

Line rate: 36

24 / 240 With 16 Port 10GE: 96

Line rate: 72

48 / 480 With 16 Port 10GE: 176

Line rate: 132

DPC slots & FDX through-put/ Slot

N/A •  3 DPC slots

(2 with SCB redundancy)

•  40 Gbps/slot

•  6 DPC slots •  40 Gbps/slot

•  12 DPC slots (11 with SCB redundancy)

•  40 Gbps/slot

Packet fwrding capacity

45-70 Mpps 180 Mpps 360 Mpps 720 Mpps

Dependable hardware

•  Redundant Fan & Power

•  Passive Mid-Plane •  Redundant:

Routing Engines Switching Fabric (1+1) Fan & Power

•  Passive Mid-Plane

•  Redundant: Routing Engines Switching Fabric (1+1) Fan & Power

•  Passive Mid-Plane •  Redundant:

Routing Engines Switching Fabric (2+1) Fan & Power

Cooling Side-To-Side Side-To-Side Side-To-Side Front-to-back

High-Performance Ethernet Routers   Functions as an L2 switch,

L3 router or both simultaneously

  Advanced routing features: MPLS network virtualization, low-latency Multicast, QoS, IPv6, etc.

Scalable & Reliable   Fully redundant design

 Distributed packet forwarding

  Full set of JUNOS Routing   Robust JUNOS IPv4/IPv6

routing

  Rich MPLS L2 & L3 VPN services


Product Delivery History

Line cards

Systems

 3 Chassis introduced within 12 months  New line cards introduced every quarter

MX960 MX FPC MX240 Combo DPCs

Q107 Q207 Q307 Q407 Q108 Q208 Q308 Q408 Q109

SHIPPING

SHIPPING SHIPPING SHIPPING SHIPPING SHIPPING

SHIPPING SHIPPING SHIPPING

10/100/1000 RJ45 DPCs

MX 480

Service DPCs DPC-R DPC-X DPC-EQ 20G DPCs

SHIPPING SHIPPING

L2 Bridging NSR, ISSU Stateful Firewall, NAT L3 Routing, MPLS


Type 3 FPC

  Shipping Now

  Occupies 2 DPC slots

  PC form-factor PICs

  2 PICs per FPC

  PICs supported   1x OC192

  4x OC48 (OC192-NC)   4x OC48

  Encapsulations   PPP, FR, C-HDLC

  VPLS   Supports VPLS pseudo-wires


Type 2 FPC

  Shipping Now   Occupies 2 DPC slots   2 PB- PICs per FPC   PICs Supported

  Multi-rate PICs   1x OC48 - OC12 - OC3   4x OC3 - 4x OC12   4x OC3 - 1x OC12

  IQE PICs   4x ChOC12/ChSTM4   1x ChOC48/ChSTM16

  IQE channelization   OC3/STM1, T3/E3, T1/E1, NxDS0

  Encapsulations   PPP, FR, C-HDLC

  VPLS   Supports VPLS pseudo-wires


JUNOS Services Architecture with Services DPC

Forwarding Plane

Control Plane

  Stateful Firewall   IP NAT

  IP Sec   JFlow

Advance Services: Phase - 1

  DAA/DPI - P2P Recognition/Mitigation

  Application aware access lists (allow/drop/police)

  Per subscriber per application traffic statistics

  Clean-Pipe (FW, IDP) and DPI based security reporting for Biz and residential

  VoIP BGF for VoIP NNI

  Video Monitoring

Advance Services: Phase - 2

Service Plane SFW IDP NAT IPSec VoIP

NNI


MX960 COMPONENT REVIEW

DPC 40x1GE SCB

RE

Cable Management

Upper Fan tray

Lower Fan tray

Control Panel

Air Intake

DPC 4x10GE


HIGH DENSITY DPC ARCHITECTURE

  Dense Port Concentrator: SFPs or XFPs

  Line rate connectivity to the switch fabric

  4 packet forwarding engines (PFEs) per DPC

MX960 DPC

I ESE

I ESE

I ESE

I ESE


SCBs

LOGICAL LINE CARD AND SWITCH ARCHITECTURE

  2-3 Switch Control Boards (SCBs)

  Non-blocking any-to-any connectivity   ~2x speedup for

performance   SCBs fully redundant

  Graceful degradation   Packet Order maintained

  Sequence ID used on ingress

  Reorder buffer resequences on egress

  QoS Maintained   Strict Priority queuing on

ingress PFE   Parallel virtual paths for

high and low priority packets

I

I

I

I

I

I

I

I

Active

Standby

  4 active logical fabric planes   Every PFE connects to every logical fabric plane – SF chip   Fast failover time: ~1s

SF

I

I

I

I I

I

I

I

SF


Junos Trio: Uncompromised “3D Scaling”

Dense, Line rate 10GbEs, 100GbEs BANDWIDTH SCALE

Quality of Experience In-Line Services SERVICES SCALE

Fixed and Mobile Users SUBSCRIBER SCALE


Single Operating System, Common Hardware

MX and Junos Trio Chipset scale, flexibility, range and unmatched capacity

10GE Port Density

100 Gb/s

500 Gb/s

1 Terabits

2.5 Terabits

2 Terabits

1.5 Terabits

24 72 132 8

Juniper MX480

1.4 Tb/s

480Gb/s

Juniper MX240

80Gb/s

Juniper MX80

2.6Tb/s

Juniper MX960

Economics

Experience

Capacity


ECONOMICS – LOWER TCO, FASTER ROI

EXPERIENCE & ECONOMICS challenges to opportunities!

Network Efficiency


NETWORK VIRTUALIZATION DEPLOYMENT EXAMPLES WITH MPLS

Inter-DC L2 Stretch Multi-Tier Applications

Power Generation Stations

Transmission Distribution

Consumer

Internet

Smart Meter

Converged MPLS-based Network

Juniper Router

Utility Provider Administrative VPN Network

SCADA/Control System VPN Network

Juniper Router

Regulatory Compliance

VM1 DB1 DB1 VM2 VM2 VM1

VPLS over MPLS Core

Data Center 1 Data Center 2

MPLS

VLAN

Network Virtualization Layer

MX Series

MX Series

EX 4200

SRX Series SRX Series MX Series

DMZ Exnet Web Apps NOC NAS AAA DB

MPLS Services Edge Architecture


MX 16x10GE DPC (Shipping)

  Supported on MX960, MX480 and MX240   Uses 4 next generation Packet Forwarding

Engines

  Provides a total of 16 10GE ports per slot   12 10GE port are line rate per slot

  Supports all of the Layer3, MPLS and Layer2 feature set of the current MX product family

  Hardware support for Synchronous Ethernet


HIGH DENSITY MPC ARCHITECTURE

  Dense Port Concentrator: SFP+

  120 Gbps connectivity per Slot

  4 packet forwarding engines (PFEs) per DPC

MX960 DPC


Modular Port Concentrators   Advanced MX line cards to support the Universal Edge

  Full JUNOS L3 routing and L2 switching technology and Application services

  Support for Provider Edge, ESE and BBE feature set   In-line, distributed services

  Highly cost-optimized, advanced Ethernet   Enhanced QoS, performance and scale   High density GE and 10GE Ethernet   Roadmap to 100G Ethernet

  Modular Design   JUNOS Trio Chipset Advanced Silicon   Up to two modular interface cards per slot   Software license upgrades (X to R)


Increased Flexibility with Modular Line Cards

  Modular Port Concentrator (MPC)   Consists of up to 2 MIC slots   Integrated L2/L3 processing   Hierarchical QoS, shaping, and rate limiting   HW support for Synchronous Ethernet

  Modular Interface Card (MIC)   Up to two pluggable MICs per MPC   Flexibly mix and match GbE and 10GbE interfaces   2x10GbE, 20x1GbE, and 4x10GbE modules (MIC)

  Enables 8 ports of 10GE/slot   4:3 oversubscription

MIC

MPC


MPC Product Family

Queue Density

Value-centric

Enhanced Enet / MP BBE • VLAN Queue

MPC1-Q • 32K IFL • 128K I/E Queues • 30Gbps

Adv Services Edge • VLAN Queue

MPC2-Q • 64K IFL • 256K I/E Queues • 60Gbps

MPC2-EQ • 64K IFL • 512K Queues • 60Gbps

Cost-centric

VLAN Queue

Port Queue

MPC2 • 64K IFL • Port Queue • 60Gbps

MPC1 • 32K IFL • Port Queue • 30Gbps

Cost Optimized Enet • Port Queue


New MX80 Universal Edge Router

 Newest Member of the MX Series family of Universal Edge Routers  Two Versions

 MX80  Modular architecture for custom

configuration with two expansion slots for MIC cards

 MX80-48T  48 ports of 10/100/1000GbE with 4

additional ports of 10GbE

 Powered by Junos Trio advanced silicon


Modular Chassis Fixed Chassis

•  2 MIC Slots •  20x1SFP, 2x10 XFP, 40x1 RJ-45 •  100FX, 100BX

•  4x10GE XFP built in ports

•  1 Services Slot

•  2 UART ports (Clock input/output), BITS input

•  Hierarchical QoS (per VLAN queuing) •  License based queues

•  Synchronous Ethernet enabled

  48x1 RJ-45 ports   8 ports more than MIC   10/100/1000

  4x10GE XFP built in ports

  1 Services Slot

  Per Port Queuing 1H 2010

MX80 Models


DWDM XFPs on MX and T

  ITU grid DWDM optics   Supported on 10GE interfaces with XFP optics

  MX Dense Port Concentrators   T-series 4x10GE PIC

  Fully tunable across the C-BAND spectrum   Both 100Ghz and 50Ghz grid

  80Km Reach   Wavelength is set using JUNOS CLI   Full support for Digital Optical Monitoring

  Viewable via CLI at FRS   SNMP MIB support – targeted at 10.4


K2: NEW ROUTING ENGINES   New Routing Engines

  K2 Dual-core RE for MX   K2 Quad-core RE for MX

  Dual-core RE (supported on M and MX)   Dual-core 1.73 Ghz Intel Nehalem processor with integrated memory

architecture   Single core @ 1.73Ghz has better performance characteristics than

Pentium 2Ghz   8 & 16G DDR3 memory   Front pluggable SSDs

  Quad-core RE   Quad-core 1.73 Ghz Intel Nehalem processor with integrated memory

architecture   8 & 16G DDR3 memory (upgradeable in future)   Dual Front pluggable SSDs

  Support ALL 32-bit features on 64-bit JUNOS


100GE on MX

  Standardized 100GE support  NG SCB (Fabric) planned to support 100+G/slot with

full redundancy   SCB includes HW support for

–  Synchronous Ethernet –  JCS: Juniper Control System

  100GE line card - standards based solution   Will have new 100G PFE   Modular MPC type format   100GE target optics

–  CFP 100GBASE-LR4 10Km –  CXP 100GBASE-SR10 100m

  Support for 40GE –  QSFP (40GBASE-SR4, 40GBASE-LR4)


Virtual Chassis System   No Dependency on Dedicated Connectivity

Hardware   E.g Switches, Custom Matrix, etc.

  Leverage existing JUNOS Redundancy Mechanisms   GRES/NSR, LAG (Aggregated-Ethernet).

  Operational efficiency – Single control plane as visible externally   Better use of control plane resources   Network simplification and uplinks reduction   Fewer links required for same amount of

collective capacity   Multicast/Broadcast traffic reduced linearly per

shelf


Virtual Chassis for I/O and Service Plane Scaling

  Virtual-chassis can be used to increase I/O and service plane capacity of a service node under the control of a single control plane entity.

RE

SDPC DPC

RE-M RE-B

Virtual-Chassis

MX MX MX MX


Performance and Scalability

 High availability enables network convergence

 Embedded monitoring services

 Power of One: JUNOS

Operational Efficiency

 L2-L7 services  Offers network

automation as needed

 Customized service delivery point

Flexibility

 Line rate performance  100G ready  Superior Multicast

Juniper’s High Performance Ethernet solution

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