EX Product and Technology

EX SERIES PRODUCT & TECHNOLOGY OVERVIEW

DECEMBER 2010

2 Copyright © 2010 Juniper Networks, Inc. www.juniper.net

AGENDA EX Series product line overview

Virtual Chassis technology Fixed GbE platforms (EX2200/EX3200/EX4200) Fixed 10GbE platforms (EX2500/EX4500) Modular platforms (EX8200)

Key technologies Unified Access Control Open Network for Unified Communications

Operational simplicity Junos Software Unified Network Management

Network design scenarios Campus and Branch Data Center


EX SERIES PRODUCT LINE OVERVIEW


JUNIPER PRODUCT PORTFOLIO

J Series

M Series

MX Series

T Series

TX Matrix Plus

IDP

WX

SA & UAC

APP-LAYER S

ERVICES

ROUTERSSECURITY

SRX5000

SRX650

SRX240

SRX210

SRX3000

EX2500

EX3200

EX8208

EX8216

EX2200

EX4200

EX4500

SWIT

CHES


BUILD HIGH-PERFORMANCE NETWORKS WITH EX SERIES ETHERNET SWITCHES

EX4500 EX8216EX8208

EX2200 EX3200

Operational Simplicity

Carrier-class Reliability

Integrated Security

EX4200


EX2200 LINE OF ETHERNET SWITCHES

Designed for branch and low-density wiring closets

Fixed configuration 24 or 48 ports PoE model options 4 SFP uplinks

Junos operating system L2 and RIP in

base license

Fixed power supply and fans

List price starts at $1,995

# Ports Port Type PoEPorts

Fixed Uplinks

Max Power Consumption(PoE Power)

24 10/100/1000B-T 0 4 SFP 100 (0) W

24 10/100/1000B-T 24 4 SFP 550 (405) W

48 10/100/1000B-T 0 4 SFP 100 (0) W

48 10/100/1000B-T 48 4SFP 550 (405) W


Fixed, standalone configuration

17.3W x 10D x 1.75H inches 43.9W x 25.4D x 4.4H cm 1 RU height

Fixed power, fans and uplinks Consistent management

Junos operating system Managed by NSM UAC integration

High performance Wire-rate, non-blocking 104 Gbps capacity

Management interfaces Console Out-of-band Ethernet

External RPS support

EX2200 SWITCH: FRONT AND REAR VIEWS

EX2200 Front View

EX2200 Rear View

GbEMgmt& USB

Console

4xGbEuplink ports

Singlefixed

powersupply

All portsPoE capablein PoE SKUs

RPS Fan Fan

Roadmap



Fixed, standalone configuration

Flexible uplink modules 4-port GbE (SFP) 2-port 10GbE (XFP) Dual-mode 4-port GbE/2-port 10GbE (SFP+)

Modular power and cooling Field-replaceable AC, DC PSU External RPS option

Field replaceable fan tray Full Class 3 PoE (15.4 W)

Runs Junos operating system with full OSPF and IP multicast in base license


Max Power Consumption

(incl. PoE)

24 10/100/1000B-T 8 112 (320) W

24 10/100/1000B-T 24 138 (600) W

48 10/100/1000B-T 8 167 (320) W

48 10/100/1000B-T 48 207 (930) W

Roadmap



EX3200 Front View

EX3200 Rear View

GbEMgmt

Console

OIR-capableUplink module

Power supplyFRU

At least 8POE ports

USB RPSconnector

cover

Fan

LCD

1 RU

Modular components Power supply Fan Uplinks Junos operating system

1 GB internal flash External USB flash

512 MB system memory

Management Console Out of band

Wire-rate performance


EX4200 LINE OF ETHERNET SWITCHESWITH VIRTUAL CHASSIS TECHNOLOGY

Virtual Chassis technology 128 Gbps virtual backplane Manage up to 10 as a single device Extend over 10GbE or GbE uplinks Master and backup route engines

Flexible uplink modules 4-port GbE (SFP) 2-port 10GbE (XFP) Dual-mode 4-port GbE/

2-port 10GbE (SFP+)

Fully redundant power and cooling Dual, hot-swappable AC, DC PSU External RPS option

Fan FRU, multiple blowers Full Class 3 PoE (15.4 W)

LCD display Runs Junos operating system with full

OSPF and IP multicast in base license


Max Power Consumption

(incl. PoE)

24 10/100/1000B-T 8 129 (320) W24 10/100/1000B-T 24 160 (600) W24 100B-FX/1000B-X N/A 108 (N/A) W48 10/100/1000B-T 8 181 (320) W48 10/100/1000B-T 48 224 (930) W

Roadmap



EX4200 Front View

EX4200 Rear View

VCP(Virtual

Chassis Ports)

USB

OIR-capableuplink module

At least 8POE ports

GbEMgmt

Redundant, hot swappable,load-sharing power supplies FRU

(Special external RPS adapter/panelcan be inserted in the PS slots

for external RPS option)

LCD

Console

1 RUModular components Power supplies, fan tray Optional uplinks Junos operating system1 GB internal flash External USB flash1 GB system memoryPerformance Wire-rate, non-blocking Local switchingHigh density Up to 480 GbE and

20 10GbE ports in 10RUVC cable length 0.5 meter ships with box 1, 3, 5 meter optionsManagement Console Out of band


EX SERIES FIXED-CONFIGURATION COMPARISON

Features EX2200 EX3200 EX4200

List Price (24T) $1,995 $3,000 $6,000

RIP in base image

Enhanced L3 features (OSPF, PIM) (License)

Advanced features(BGP, IS-IS, MPLS, IPv6 routing) X (License) (License)

Modular power supply and fans X

Modular uplinks X

DC power supply X

Fiber aggregation model X X

Redundant power and fans X X

Virtual Chassis technology X X

Acoustic noise 40dB - 45dB 47dB - 55dB 47dB - 54dB

Depth (inches) 10 16.4 16.4

Max. PoE power per port (total system PoE) 30W (405W) 15.4W (740W) 15.4W (740W)

Roadmap


ENHANCED LIMITED LIFETIME WARRANTY FOR 1GbE FIXED-CONFIGURATION EX SERIES SWITCHES

What is the enhancement to LLW?

What is the enhancement to LLW?

1. Lifetime software updates

2. Advance shipment of spares (next business day) from central depots

3. 90-day 24x7 JTAC support

Which Juniper products are covered?

Which Juniper products are covered?

1GbE fixed-configuration switches:

EX2200

EX3200

EX4200

Why the enhancement?

Why the enhancement?

Juniper is now the Number 3 switch

vendor and we are entering a new growth

phase.

These enhancements are designed to help Juniper rapidly gain additional market

share.

For products purchased Jan. 1, 2011 or later


EX2500 LINE OF 10GBE DATA CENTER SWITCHES

Fixed configuration 17.3″ (W) x 15″ (D) x 1RU (H)

Designed for the data center Top of rack Internal redundant power

and fans Front-to-back and

back-to-front airflow Low power consumption

(165W) Very low latency (~700 nsec)

Wire-rate performance

Model # Ports Port Type

EX2500-24F-FB 24 GbE/10GbE SFP+Front-to-Back airflow

EX2500-24F-BF 24 GbE/10GbE SFP+Back-to-Front airflow


EX4500 LINE OF 10GbE SWITCHES• 10GbE Ethernet switch

• 2RU, 40x 1/10GbE SFP/SFP+

• Two uplink modules (4 x SFP+/each)

• Available Q210

• Data center-optimized• Reversible airflow (2 SKUs - front-to-back; back-to-

front)

• Versatile mounting options

• Twinax/DAC support for ToR server access

• Hardware support for Data Center Bridging (DCB)

• 10GbE aggregation switch• Building/campus distribution and core

• Virtual Chassis enabled

• 128G Virtual Chassis compatible with EX4200

• High-speed optical Virtual Chassis

• Wire-rate performance on all ports

• Redundant power & fans

• Junos operating system• L2 and L3 in base

Roadmap (not available at FRS)

Model # Ports Port Type Uplinks Air Flow

EX4500-40F-FB-C 40 1/10GbE 8xSFP+ Front-to-back

EX4500-40F-BF-C 40 1/10GbE 8xSFP+ Back-to-front


EX4500 SWITCH: FRONT AND REAR VIEWSEX4500 Front View

EX4500 Rear View

USB

Optional 4x GbE/10GbEuplink module

40 fixed GbE/10GbE SFP/SFP+ ports

Redundant, hot swappable,load-sharing power supplies

LCD

Fixed form factor 2RU (3.4in H x 17.5in W x

21in D)Modular components

Power supplies, fan tray Optional uplinks Virtual Chassis module

Junos operating systemPerformance

Wire-rate, non-blocking Local switching

Latency ~2.7usec: Single PFE ~4.7usec: Two PFE

Scaling 24,000 MAC 10,000 IPv4 routes 4096 VLANs

Environmental 100-240V AC power, DC <8W/port

Management Console Out-of-band

Optional 4x GbE/10GbEuplink module

GbEMgmt and

Console ports

Field-replaceable fan tray with redundant blowers

Intra-connect Module and future Virtual Chassis ports

Roadmap (not available at FRS)


EX8200 LINE OF MODULAR ETHERNET SWITCHES High-performance chassis platforms

EX8208 – Eight line cards, 960 Mpps EX8216 – Sixteen line cards 1.92 Bpps 100 GbE ready Fully redundant routing engines

with N+1 redundant switch fabrics Up to 256 wire-speed, non-blocking

10GbE ports in a rack 320 Gbps capacity per line card

Virtual Chassis technology Two-member Virtual Chassis External Routing Engine (XRE) required

Fully redundant power and cooling Redundant, load-sharing PSUs

(AC, DC) Hot-swap fan tray with

redundant fans

Proven Juniper technology Switch fabrics, control plane Packet Forwarding Engine (PFE) Junos operating system

Module Description Max Ports Interface

48-port 10/100/1000B-T 384 or 768 RJ-45

48-port 100B-FX/1000B-X 384 or 768 SFP

8-port 10GbE 64 or 128 SFP+

40-port GbE/10GbE 320 or 640 SFP/SFP+

Roadmap


EX8208 SWITCH: FRONT VIEW

Fan tray (side-side

airflow)

6 PSU bays for N+1 or

N+N AC redundancy(6kW max)

LCD display

8 dedicatedline cards

1+1 redundantrouting engines

2+1 redundantswitch fabrics

14 RU, 21″ deep Passive backplane

Modular components Junos operating system Routing engines Switching fabrics Multiple power supplies Fan tray

High performance Distributed forwarding Juniper switch fabric

High density Up to 384 wire-rate GbE Up to 64 wire-rate 10GbE Up to 320 10GbE

Management Console Out-of-band J-Web


EX8216 SWITCH:FRONT AND REAR VIEWS

Fan tray (side-side

airflow)

LCD display

16 dedicatedline card slots

1+1 redundantRouting Engines

8 activeswitch fabrics

(rear of chassis)

6 PSU bays for N+1 ACor N+N DC

redundancy(12000W max)

Fan tray

21 RU (1/2 rack), 25″ deep Midplane architecture

Modular components Junos operating system 16 line cards 1+1 routing engines Eight switch fabrics Six 3kW power supplies Two fan trays

High performance Distributed forwarding Juniper switch fabric

High density Up to 768 wire-rate GbE Up to 128 wire-rate 10GbE Up to 640 10GbE

Large tables 512K route, 128K MAC,

64K firewall filter


22

EX SERIES GbE SWITCH SCALING NUMBERS

System Scaling EX2200 EX3200/

EX4200 EX8200

MAC table size 8K 24K 160K

Route table size (IPv4) 6.5K 16K 400K

QoS queues per port 8 8 8

Firewall filters 1.5K 7K 64K

Multicast groups 1K 8K 4K

LAG groups 32 32/64 255

Maximum LAG bandwidth 80Gbps 80Gbps 120Gbps


22

EX SERIES 10GbE SWITCH SCALING NUMBERS

System Scaling EX2500 EX4500 EX8200

Port Density 24 SFP/SFP+

48 SFP/SFP+ 128 SFP+

Performance Wire-rate Wire-rate Wire-rate

Latency 0.7us 4.7us 10us

MAC table size 16K 24K 160K

IPv4 routes 0 10K 640K

LAG ports x groups 12 x 12 8 x 64 12 x 255

Ideal deployment

Latency-sensitive 10GbE access

10GbE access,

small core

High-density core

EX8200EX8200

EX4500EX4500

EX2500EX2500


VIRTUAL CHASSIS TECHNOLOGY


MODULAR CHASSIS AND VIRTUAL CHASSIS TECHNOLOGY

Benefits of a Modular Chassis

High availability Redundant RE Redundant switch fabric Redundant power Redundant cooling

Easy to manage Single image Single configuration file One management IP address

Performance and scale Modular configuration High-capacity backplane

Additionally, Virtual Chassis offers: Physical placement flexibility Pay-as-you-grow expansion Lower power consumption Decreased heat generation Less consumed space

Route Engine

Line Card

128Gbpsbackplane


Master RE + line card

Backup RE + line card

Line cards…

Mix & match EX4200 models and EX4500

EX4200 AND EX4500 DELIVERS CHASSIS-CLASS FUNCTIONALITY

Flash Demo: Virtual Chassis

Consumes less power Saves rack space One Junos image One configuration file One management

IP address

Roadmap


EX4200 & EX4500 DELIVER CHASSIS-CLASS AVAILABILITY

Redundant hardware Load-sharing power supplies

Fans with multiple blowers

Routing Engines, fabrics, backplane cables

Junos operating system images, configuration files

Resilient Junos operating system Carrier-proven modular operating system

Separation of data, control, and management planes

Graceful Routing Engine Switchover (GRES)

Bidirectional Forwarding Detection (BFD)

Redundant Trunk Group (RTG)

Non-Stop Routing (NSR)

Non-Stop Software Updates (NSSU)

Video: Carrier-class demonstration

WP: Network convergence testing of EX4200

WP: Implementing HA in the Branch Office

Roadmap


EX4200 DELIVERS CHASSIS-CLASS PERFORMANCE

(48) 10/100/1000 + (2) 10GbE

64Gbps per Virtual Chassis port


Wire-rate performance Capacity: 136 Gbps Throughput: 101 Mpps

480 GbE ports 20 10GbE ports Backplane: 128 Gbps Capacity: 1.36 Tbps Throughput: 1010 Mpps


EX4200 & EX4500 VIRTUAL CHASSIS


64 Gbps per Virtual Chassis port

EX4200 and EX4500 Virtual Chassis

Up to 10 EX4200s, two EX4500s, or eight EX4200s / two EX4500s combined

Up to 480 GbE ports Up to 112 10GbE ports

Backplane: 128 Gbps

EX4500

EX4200

Roadmap


Master RE + line card

Backup RE + line card

Line cards…

EX4200 DELIVERS WIRE-RATE PERFORMANCE WITH DISTRIBUTED SWITCHING

A

B

C

D

Local Switching

Inter-Module Switching


EX4200 VIRTUAL CHASSIS CABLING

Option 1: Daisy Chain Ring Wiring Closets

Option 2: Braided RingData Center Top of Rack, Wiring Closets

Longest Virtual Chassis cable spans just three switches; max height or width is 25 meters

WP: Virtual Chassis Offers Chassis Class Functionality

WP: Virtual Chassis Implementation Best Practices

Longest Virtual Chassis cable spans entire Virtual Chassis; max height or width is 5 meters


EX4200 VIRTUAL CHASSIS CABLING

Extend height and/or width of Virtual Chassis by GbE or 10GbE uplinks Up to distance of optics (40km) Maximum circumference of 100km

Virtual Chassis Location #1 Virtual Chassis Location #2

GbE or 10GbE Virtual Chassis Extension

Dedicated Virtual Chassis

GbE or 10GbE Virtual Chassis Extension

Up to 40 km

Option 3: Extended Virtual Chassis Across wiring closets, data center racks or rows


LCDInitiate EZ Setup

EX4200:QUICK AND EASY DEPLOYMENT

J-Web Device ManagerUSB PortLoad image and config


EX4200:CHASSIS-CLASS MAINTENANCE

Master RE

Backup RE

Backup RE

Line Card 3

1) Issue recycle command

2) Attach new switch

3) RE downloads software & config


VIRTUAL CHASSIS TECHNOLOGY COST BENEFITS

Traditional Chassis EX4200 withVirtual Chassis

Technology

Space Requirements

Cooling Requirements

Power Requirements

Deployment Cost

Sparing Cost

10 Rack Units10 Rack Units

876 W876 W

2982 BTU/hr2982 BTU/hr

$61,965$61,965

$32,980$32,980

70%70%

28%28%

40%40%

29%29%

54%54%

Configuration

Campus wiring closet

144 10/100/1000B-T ports

All class 3 PoE ports

4 1000BASE-SX uplinks

Redundant power

632 W632 W

3 RU3 RU


$44,200$44,200

$15,150$15,150

Savingswith

VirtualChassis


Traditional Chassis

Space Requirements


Power Requirements

Deployment Cost

Sparing Cost

Savingswith

VirtualChassis


1060 W1060 W


$126,500$126,500

$66,000$66,000

2 RU2 RU

216 W216 W


$37,000$37,000

$18,500$18,500

86%86%

80%80%

83%83%

71%71%

72%72%

Configuration

Campus or data center switch aggregation

Full device redundancy

48 GbE SFP

Four 10GbE XFP

VIRTUAL CHASSIS TECHNOLOGY COST BENEFITS

EX4200 withVirtual Chassis

Technology


Traditional Chassis

Space Requirements


Power Requirements

Deployment Cost

Sparing Cost

Savingswith

VirtualChassis


6,328 W6,328 W

22,336 BTU/hr22,336 BTU/hr

$577,000$577,000

$78,500$78,500

800 W800 W

2,728 BTU/hr2,728 BTU/hr

$83,000$83,000

$37,500$37,500

87%87%

87%87%

88%88%

86%86%

52%52%

Configuration

Campus or data center 10GbE aggregation or core

Full device redundancy

96 10GbE SFP+

Wire-speed performance, all ports

EX4500 VIRTUAL CHASSIS 10GbE AGGREGATION COST BENEFITS

4 RU4 RU

EX4500 withVirtual Chassis

Technology


VIRTUAL CHASSIS TECHNOLOGY COMPARISON WITH STACKABLES

Virtual Chassis Typical Stackable

Chassis extension via 10GbE

Modular uplinks

Operational Simplicity

Chassis Like HA

Superior backplane capacityConfiguration Flexibility

Dedicated Master & Standby Routing Engines

Graceful Routing Engine Switchover (GRES)

Non-stop routing (NSR)/Non-Stop Software Upgrade (NSSU)

Redundant & hot-swappable internal PSUs

Field-serviceable fan tray w/ redundant fans

Licensing per RE, not per switch

Uses chassis module configuration & numbering / LCD

128Gbps 10-80Gbps

$$$ $$$

Roadmap


EX8200 VIRTUAL CHASSIS TECHNOLOGY

2x10GE LAG 2x10GE LAG

Active XRE Standby XRE

EX8200 VirtualChassis Switch

• Extends Virtual Chassis technology to the core

• Simplifies the architecture• Eliminates Spanning Tree and VRRP• Reduces the number of logical devices

• Enables large core and access• Two-member Virtual Chassis• Over 1200 10GbE ports per logical

device• Over 1400 GbE per logical device• Extend the Virtual Chassis to 40km

• Most available single control plane implementation

• No single point of failure• Control plane offload to external route

engineXRE200

XRE200

Roadmap


EX8208 CHASSIS OVERVIEW

Passive backplane Current switch fabric capacity 3.1Tbps Supports future scalability to 6.2Tbps

14RU height, 21″ depth Three chassis per standard rack All components accessible from

the front

LCD panel Allows easy system identification

and monitoring

Two shipping options Base configuration:

(1) SRE, (1) SF, fan tray, and (2) 2kW AC power supplies

Redundant configuration: (2) SRE, (1) SF, fan tray, and

(6) 2kW AC power supplies


EX8208 SWITCH FABRIC

Proven Juniper switch fabric technology Used in MX Series and T Series Switch Fabrics resident on SREs

and dedicated SF module

Resilient design 2+1 redundancy Two active, one standby SF Hot swappable

Credit-based fabric 4,096 WRED virtual output

queues per system Distributed scheduling Efficient multicast replication

in hardware

Switch Fabric

Switch Fabric and Routing Engine


64 x 10GbE ports 960 Mpps throughput Wire-rate multicast replication

EX8208: HIGHLY SCALABLE SWITCHING FABRIC

SRE0 SRE1

SF SF

320 Gbps

Line Card 0…

SF

320 Gbps

Line Card 7


EX8208 SWITCH ROUTING ENGINE (SRE)

Trusted Juniper Routing Engine technology

Routing Engine and switch fabric on same module

Carrier-class reliability 1 + 1 redundancy Master – Backup RE

High performance, capacity and scale

1.2GHz processor 2GB DRAM 2GB on-board flash storage

Flexible management 10/100/1000BASE-T port for out-of-band connectivity USB disk support for storing configs, logs and Junos images


EX8216 CHASSIS OVERVIEW

Passive mid-plane Current switch fabric capacity 6.2 Tbps Supports future scalability to 12.4 Tbps

21RU height, 25” depth Up to two chassis per standard rack Switch fabrics located in the back Targeted at data center, cloud computing

and campus core deployments

LCD panel

Three shipping options Each option ships with eight SFs and two fan trays Base configuration:

(1) RE and (2) 3000W AC power supplies Redundant configurations:

(2) REs and (6) 3000W AC supplies (2) REs and (6) 2000W AC supplies


EX8216 SWITCH FABRIC

Proven Juniper switch fabric technology

Used in MX Series and T Series

Resilient design Eight active load-balanced switch

fabrics in the back of the chassis 10GbE line-rate performance

maintained with single SF failure Hot swappable

Credit-based fabric 8,192 WRED virtual output

queues per system Single tier low-latency crossbar No head-of-line blocking Efficient multicast replication

Switch fabricmodule


Eight switch fabric modules connected to the mid plane

EX8216: HIGHLY SCALABLE SWITCHING FABRIC

…

320 Gbps

Line Card 0

SF SFSFSFSF SFSFSF

320 Gbps

Line Card 15

128 x 10GbE ports 1,920 Mpps throughput Wire-rate multicast replication


EX8216 ROUTING ENGINE (RE) Trusted Juniper Routing Engine technology

Dedicated Routing Engine modules

Carrier-class reliability 1 + 1 redundancy Master-Backup REs

High-performance, capacity and scale

1.2GHz processor 2GB DRAM 2GB on-board flash storage

Flexible management 10/100/1000BASE-T port for out-of-

band connectivity USB disk support for storing

configs, logs and Junos images


EX8200 EXTERNAL ROUTING ENGINE (XRE200) Enables EX8200 Virtual Chassis

technology Extends Virtual Chassis to the core Most available single-control plane

implementation Available 1H11

Simplifies management and reduces complexity

Reduces the number of managed logical core devices

Eliminates the need for Spanning Tree Virtual Chassis NSSU

Flexible connectivity to EX8200 RE 10/100/1000BASE-T 1000BASE-X SFP (up to 40km)

Control plane offload XRE200 runs routing, Multicast and LAG

protocols EX8200 RE provides chassis

management, monitoring and bring-up functions

Roadmap


XRE200: FRONT AND REAR VIEWS

XRE200 Front View

XRE200 Rear View40 fixed GbE/10GbE SFP/SFP+ ports


LCD

Fixed form factor 2RU (17.26 in W x 3.5 in H x

17.72 in D)Modular components

Power supplies, fan tray Two Virtual Chassis Control

Interface (VCCI) modulesPerformance

2.1GHz dual-core processor 4GB DRAM 4GB Flash storage

VCCI Interfaces 4 x 10/100/1000BASE-T RJ-

45 4 x 1000BASE-X SFP

Availability Dual, redundant 250W AC

power Dual, hot-swappable fan

traysManagement

Console Ethernet Out-of-band

VCCI module (blank)

GbEMgmt, Console ports and USB


VCCI module (4 x RJ45)

Roadmap


EX8200 GbE LINE CARDS

EX8200-48T 48 RJ-45 10/100/1000BASE-T interfaces Line-rate for any packet size or type (64-9,216 bytes) 48 Gbps, 71 million packets per second Up to 768 10/100/1000BASE-T per EX8216 10 to 25 s port-to-port latency depending on packet

size Eight queues, 42MB buffer per port

EX8200-48F 48 SFP 100/1000BASE-X interfaces Line-rate for any packet size or type (64-9,216 bytes) 48 Gbps, 71 million packets per second Up to 768 100/1000BASE-X per EX8216 10 to 25 s port-to-port latency depending on packet

size Eight queues, 42MB buffer per port


EX8200 LINE CARDS

EX8200-40XS 40 SFP/SFP+ GbE/10GbE interfaces 8 x 5-port groups, each group dedicated 10 Gbps 80 Gbps, 119 million packets per second Up to 640 10GbE per EX8216 CEE enabled

Eight queues, 512MB PFE + 1MB MAC buffer per port group

Available 2H10

EX8200-8XS Eight SFP+ 10GbE interfaces Line-rate for any packet size or type (64-9,216 bytes) 80 Gbps, 119 million packets per second Up to 128 10GbE per EX8216 10-15 s port-to-port latency depending on packet size Eight queues, 512MB buffer per port

Roadmap


Line Card 0

PFE2 PFE2 PFE2 PFE2

EX8200 CONTROL PLANE ARCHITECTURE

RE1

…

FIBFDBACL

RE0

Line Card 15

PFE2 PFE2 PFE2 PFE2

FIBFDBACL

512,000IPv4 Routes

160,000MAC Addresses

64,000Access Control Lists

Line CardCPU

Line CardCPU


EX8200 LINE CARD ARCHITECTURE (8-PORT 10GbE)

320 Gbps to Switch Fabric

LineCard

(8) 10GbEPorts

PFE2 PFE2 PFE2 PFE2

SwitchFabric

Interface

SwitchFabric

Interface

SwitchFabric

Interface

SwitchFabric

Interface

PacketProcessor

PacketProcessor

PacketProcessor

PacketProcessor

LineCardCPU

L2 and L3 (IPv4 & v6)Access control listsQoS markingRate limiting Port mirroringGRE tunnelingMPLS (2-label)

Congestion mgmt• 512Mb buffer/port• 100 ms of buffering

Traffic schedulerMulticast replication


160 Gbps to Switch Fabric

LineCard

EX8200 LINE CARD ARCHITECTURE (48-PORT GbE)

(48) GbEPorts

PFE2 PFE2

SwitchFabric

Interface

SwitchFabric

Interface

PacketProcessor

PacketProcessor

LineCardCPU

L2 and L3 (IPv4 & v6)Access control listsQoS markingRate limiting Port mirroringGRE tunnelingMPLS (2-label)

Congestion mgmt• 42Mb buffer/port• 50 ms of buffering Traffic schedulerMulticast replication


EX8208 POWER SYSTEM Auto-sensing power supplies

3000W AC at 200-240V 2000W AC at 200–240V 1200W AC at 100–120V

Efficient energy consumption Over 90% efficient power

supply design 6000W maximum system

power draw Carrier-class reliability

Up to six load sharing and hot swappable supplies per chassis

Supports N+1 or N+N power redundancy

EX8208 PSU Redundancy (2kW)

110V3+3

110V5+1

220V3+3

220V3+1

Available Power 3600W 6000W 6000W 6000W

Sample Configurations

(24) 10GbE (64) 10GbE

(8) 10GbE, (192) GbE (16) 10GbE, (288) GbE

EX8208 Configuration Tool


EX8208 COOLING AND ENVIRONMENTAL

Complete cooling redundancy Dual, redundant fan controllers Modular, hot-swappable fan tray

with 12 variable speed fans Cooling maintained with individual fan

failure; graceful system shutdown in thermal overload situations

Flexible thermal designs 0–40 degrees normal

operational range Hot-aisle, cold-aisle data center

designs supported with external baffles NEBS 3 environmental standards Variable speed

side-to-side cooling

Up to 2700ft3 (77m3) per minute


EX8216 POWER SYSTEM

3000W power supply 3000W AC at 200-240V

2000W auto-sensing power supply 2000W AC at 200–240V 1200W AC at 100–120V

Efficient energy consumption Over 90% efficient power

supply design Supports up to 15,000W system

power draw

Carrier-class reliability Up to six load sharing and

hot swappable supplies per chassis

Supports N+1 or N+N power redundancy

EX8216 PSU Redundancy

(3kW)

200W at 110V 5+1

2000W 220V 5+1

3000W 220V 3+3

3000W 220V 5+1

Available Power 6000W 10000W 9000W 15000W

Sample Configurations

(64) 10GbE (128) 10GbE (112) 10GbE (128) 10GbE

(8) 10GbE, (384) GbE

(32) 10GbE, (576) GbE

(32) 10GbE, (576) GbE

(32) 10GbE, (576) GbE

EX8216 Configuration Tool


EX8216 COOLING AND ENVIRONMENTAL

Complete cooling redundancy Dual, redundant fan controllers

per fan tray Modular, hot-swappable fan trays

with nine variable speed fans each Cooling maintained with individual fan

failure; graceful system shutdown in thermal overload situations

Flexible thermal designs 0–40 degrees normal operational range Hot-aisle, cold-aisle data center designs

supported with external baffles NEBS 3 environmental standards Variable speed

side-to-side cooling

Up to 4000ft3 (115m3) per minute


CHATSWORTH N-SERIES TERAFRAME NETWORK CABINET FOR THE EX8200

The Juniper N-Series TeraFrame Network Cabinet is precisely engineered to combat thermal challenges associated with network switches using side-to-side airflow in a hot aisle/cold aisle layout by utilizing these key components:

Network switch exhaust duct: Redirects hot exhaust air out the rear of the cabinet.

Network switch exhaust filler panels: Eliminate recirculation of hot air and isolate cold/hot air by using rubber gaskets to seal the switch chassis to the exhaust duct.

Network top panel: Standard with a five-piece top panel; includes center panel and four perimeter panels (front, sides, rear) with cable knockouts.

Snap-on fingers: Manage cables which enter the right side of the switch and have T-shaped finger openings that align with each RMU to organize your cables by line card.

App Note: Chatsworth Teraframe Rack for the EX8200


CHATSWORTH N-SERIES TERAFRAME NETWORK CABINET FOR THE EX8200

Additional standard features for this cabinet platform include:

Offset doors and side panels which provide extra space for cable – 600 MM inner frame & 800 MM outer frame.

Two pairs (4) of equipment mounting rails to provide front and rear support for 19” EIA-310-D compliant equipment and shelves.

Printed RMU markings and numbering for easy alignment.

Leveling feet and floor attachment brackets (casters are available as an accessory).

Fully welded four-post frame to support up to 2,500 Ibs (1134kg) of equipment.

Two EX8216’s Chatsworth

cabinet

Cold air enters right side of

cabinet

Exhaust duct redirects warm air

to the rear

Front of rack

cold aisle (front view)

Extra space allows for airflow and cables

Rack mounted cable shelf

Offset hinges

Snap on fingers

Chatsworth Part Number Description

NF4M-113C-C42 N-Series TeraFrame Network Cabinet for Juniper EX 8208 or 8216 Ethernet Switches, Black


KEY TECHNOLOGIES

UNIFIED ACCESS CONTROL


INTEGRATED NETWORK SECURITY WITH UNIFIED ACCESS CONTROL

Endpoint profiling, user authentication,

endpoint policy

Infranet Controller

Dynamic Role Provisioning

User access to protected resources

Unmanaged deviceswith MAC auth

ApplicationServers

SRX SeriesEX Series

WP: UAC and EX

1. Network protection2. Guest access3. Application and

role access4. Visibility and monitoring5. Identity-based QoS

Managed deviceswith UAC Agent

Policy Server

STRM

NSMPolicy Configuration

Reporting

Managed deviceswith 802.1X or MAC auth


EX SERIES:ACCESS CONTROL ENFORCEMENT PER USER

Permit/deny VLAN assignment Bandwidth limiting Traffic mirroring Traffic marking Traffic scheduling and

prioritization Support for multiple

supplicants per port

EX2200 Line 1.5K ACLs

EX3200 Line 7K ACLs

EX4200 Line 7K ACLs


802.1X SWITCH

FIREWALL

POLICYSERVER

IDENTITYSTORES

APPLICATIONS

UAC USE CASE #1: NETWORK PROTECTION

3

Control access to protected resources

WP: Top 5 Cases for NAC

EX Series

ISG/IDP

AppsData

Internet

InfranetController

AAA

1 Authenticate user, Profile end-point,

Determine location 1

1

2

2

Dynamically provision policy

enforcement


UAC USE CASE #1 ADVANCED:COORDINATED THREAT CONTROL

DATA CENTER

CAMPUS HQ WIRED/WIRELESS

IDP detects network threats

IC coordinates

with EX Series switch to remediate

the user

IC correlates network threat

to specific user/device

Signals anomaly information to Infranet

Controller (IC)

3

4

2

1

InfranetController

EX Series

User

ISG/IDP

Applications



DATA CENTER

CORPORATE OFFICE

UAC USE CASE #2: GUEST USER ACCESS

Guest role policy pushed to

enforcers

Bandwidth limiting Lower priority scheduling

Applications

Guest attempts to gain network

access

Guest tries toaccess corporate resources

and is blocked

Internet access is permitted

12

3

4


EX Series

Access Point

Guest

InfranetController

Firewall

INTERNET

WP: Guest Access Made Easy


CORPORATE OFFICE

DATA CENTER

UAC USE CASE #3:ROLE-BASED APPLICATION ACCESS CONTROL

EngineeringServers

FinanceServers

Engineering role policy pushed to enforcers

1

2 3

EngineeringEmployee

EX Series

InfranetController

Firewall



Data Center

CAMPUS BUILDING

UAC USE CASE #4: APPLICATION VISIBILITY AND MONITORING

FinanceServers

1

2

Corporate user logs on; access privileges

determined by role

Guest logs on; gets Internet access only

CorporateUser

Guest

EX Series

EngineeringServers

ISG/IDP

Internet

NetScreenManager

3

NetScreen Manager reports who is on network, what apps

they are accessing, where they are coming from

Access Point

InfranetController



UAC USE CASE #5:IDENTITY-BASED QOS

GuestUser

LANSwitch

InternetGatewayRouter

Bandwidth-limit guest traffic;

mark with low-priority DSCP

ERPServers

QoS policies stored on IC and sent to the EX Series switch, implementing dynamic QoS

policies per user session

MarketingUser

FinanceUser

Place ERP traffic in high-priority queue;

mark with high-priority DSCP

Place e-mail traffic in best-effort queue; mark with medium-

priority DSCP

E-mailServers

EX Series CorporateNetwork

InfranetController

Internet



OPEN NETWORKFOR UNIFIED COMMUNICATIONS


CARRIER-CLASS, OPEN STANDARDS NETWORK FORUNIFIED COMMUNICATIONS

Auto-sense IP phones LLDP, LLDP-MED

Power over Ethernet IEEE 802.3af Class 3 (15.4 W) IEEE 802.3at (30W) - EX2200

802.1X Access control Multiple supplicants per port

Granular QoS 8 queues per port on all ports Strict priority queuing

Carrier-class availability Redundant components Junos operating system

WP: Carrier Class Networking for Unified Communications

EX Series

VoIP VoIP

WP: Deploying IP Telephony with the EX Series


8 PoE ports in the-24T and -48T models

POWER OVER ETHERNET (POE) IN EX3200 & EX4200

Full Class 3 PoE (15.4W per port) Requires only one power supply IP telephony deployments need all PoE ports Lower costs with the “T” SKUs for low-density PoE

Wireless access points Surveillance cameras

24 or 48 PoE ports inthe -24P and -48P models


LLDP AUTOMATES PHONE RECOGNITION

Port Device Information

ge-0/0/0 Gateway xxxx

ge-0/0/1 IP phone xxxx

ge-0/0/2 PC xxxx

ge-0/0/3 Switch xxxx

… … …

ManagementApplication

Port Device Information

ge-0/0/0 Switch xxxx

ge-0/0/1 IP phone xxxx

ge-0/0/2 PC/Server xxxx

ge-0/0/3 PC/Server xxxx

… … …

SNMP

SNMP

I’m a

VoI

P G

atew

ay

I’m a

Pho

ne

I’m a

sw

itch

I’m a switch

I’m a

sw

itch

I’m a PC

I’m a switch

I’m a Phone

I’m a switch

I’m a

sw

itch

I’m a PC

EX Series

VoIP

EX Series

VoIP


GRANULAR QUALITY OF SERVICE

SAP; Oracle; HTTP; IP Telephony; Voicemail; Video Conferencing; Instant Messaging; ERP; HR; CRM; Backup Replication: E-mail: Video Network Management; SAP; ERP; Oracle; HTTP; IP Telephony; Voicemail; Video Conferencing; Instant Messaging; ERP; HR; CRM; Backup Replication: E-mail; Oracle Network Management; SAP; Oracle; HTTP; IP Telephony

8 queues per porton all ports

WP: QoS in the EX-series

7. Network Control… 6. Real-time Applications…5. Voice Traffic…4. Video… 3. Transaction Applications…2. Building Management…1. Best Effort…0. SNMP

Mark at Layer 2 (802.1p) or Layer 3 (ToS, DSCP) Classify at Layers 2-4 Today’s application mix requires 8 queues:

Real-time, transaction, bulk data, voice, video conferencing, control plane management, building management

QoS ACLs can be activated per session with UAC Consistent QoS configuration tools across Junos-powered devices


AVAYA INTEROPERABILITY TESTING

Completed by Avaya

Over 50 tests successfully completed

Final report available on Avaya Devconnect website

WP: Avaya TestingSource:


SHORETEL INTEROPERABILITY TESTING

Completed by Shoretel

Over 50 tests successfully completed

Final app note TPP10113 available on Shoretel website

Shoretel/EX Solution BriefSource:

EX4200-24T EX4200-48P EX4200-48P

Master Backup LC


PartnershipPartnership

IP TELEPHONY OPPORTUNITIES

InteroperabilityInteroperabilityInteroperabilityInteroperability

WP: Carrier Class Networking for Unified Communications

WP: Deploying IP Telephony with the EX Series


REDSKY E911 MANAGERTM OVERVIEW

Software that is installed on a server inside the enterprise

Automates the entire E911 process

Communicates with one or more PBX/call servers to track phone movements and location changes

Updates local and E911 services databases

Monitors the PBX/call server for 911 calls

Maintains a log of every event for audit compliance


OPERATIONAL SIMPLICITYJUNOS SOFTWARE

http://junos.juniper.net/


REALITIES OF THE NETWORK OPERATING SYSTEM Feature inconsistency

Varied implementations across platforms Features lost after upgrades

Software instability Susceptible to crashes, DDoS attacks,

performance degradation with features turned on

Latest features are in most problematic, untested pre-GD releases

Wasteful operations Squanders time on tedious and repetitive

tasks Few fail-safe mechanisms to protect

network and catch errors Risky, time-consuming fixes and

upgrades Long delays and problems with bug fixes Extensive validation required


JUNOS OPERATING SYSTEM

NSMXpress

One OS One Release One Architecture

SRX Tx MatrixFrequent Releases

10.0 10.1 10.2

–AP

I–

Modulex

SECURITY ROUTERS

J Series

M Series

T Series

EX4200

EX8208

EX8216

SWITCHES

EX3200

MX Series

EX2200

SRX3600

SRX5800

SRX210

SRX240

SRX650

SRX100

SRX5600

EX4500


WHAT MAKES JUNOS BETTER?

One OS Single source code base

Consistent implementation of features

Video: Why is Junos different?

SRX TX Matrix

Frequent Releases

10.0 10.1 10.2

Modulex

One Release Single software release track of feature supersets

Stable, predictable development of new features

One Architecture Modular software with resource separation

Highly available, secure and scalable software


ONE OPERATING SYSTEM

…

OS

PF

BG

P

MG

MT

IPv6

NSM

Single repository of source code

One implementation of control plane features

Eases training

Streamlines testing, qualification and deployment

Consistent user experience Single common management

interface and tools

UNIX familiarity

Redeploy equipment to new needs

SERVICE PROVIDERACCESS/EDGE

BRANCH OFFICE

SERVICE PROVIDER CORE

DATA CENTERCORPORATE HQ


ONE RELEASE:STABLE, PREDICTABLE ENHANCEMENTS

Single release track

Quality and schedule are the highest priorities Releases are a superset of the previous Achieve zero critical regression errors in each release

Fixed schedule; plan with confidence 4 new releases prescheduled per year* All product lines follow the same release schedule

Streamlines upgrades and reduces upgrade issues

10.110.09.69.59.4

Q209 Q309 Q409 Q110Q109

10.2

Q210

* Junos release data is based on historical information and is not intended to guarantee future deliverables.


INNOVATE RATHER THAN OPERATE YOUR NETWORK

10.0 10.1 10.2

Quarterly Updates

Simple

Predictable

Reliable

Switching

Routing Security

Ten years on-time, stable release delivery


ONE MODULAR SOFTWARE ARCHITECTURE

Standalone modules Protected memory for stability Contains faults, enables

rapid fault isolation Restart independently Enables flexible innovation

Separation of control and forwarding planes Scales performance,

enhances resiliency, and enables redundancy

Tailored services flexibility Create customized service

chains with high-performance

WP: Evolution of Network Operating SystemsPhysical Interfaces

Kernel

Con

trol

Pla

ne

Packet Forwarding

Dat

a P

lane

Open Management Interfaces

Ser

vice

s P

lane

ServiceApp 1

ServiceApp 2

ServiceApp 3

ServiceApp n

Ser

vice

s In

terf

aces

...

...

CLIScripts

NSM ToolkitJ-Web

Mod

ule

n

Inte

rfac

es

Man

agem

ent

Rou

ting


Product

Number of Release Trains

OS

Product


OS

Aggregation/Core Security WAN Router

L2/L3Switch

L2 Switch

L2 Switch

Access Switch

IPS

Linux

CAT 4948 or NX2K/5K

IOS-SG, NX-OS

Too many releases;inconsistent

NX 7000CAT 6500

NX-OSIOS-SX, CAT-OS


ASA55xx

PIX-OS 7.x

FWSM

PIX-OS6.x


EX4200 EX8200 / MX M

Junos Junos Junos

SRX

Junos

1

7200 ASR

IOS-mainline

IOS-XE


DATA CENTER NETWORKING SOFTWARE COMPARISON

IPS

Linux


Continuous systems availability Improve network availability and

delivery of applications and services

Automated operations efficiency Streamline operations, enhance

efficiency, and lower TCO

Open innovation flexibility Provide the flexibility to meet

changing business requirements

REDUCE COMPLEXITY, ACHIEVE EXCELLENCE, DELIVER DYNAMIC SERVICES

Network Availability Metric

AverageDecrease*

Frequency of Unplanned Events 24%

Duration of Unplanned Events 30%

Network Efficiency Metric

AverageTime Saved*

Troubleshooting 54%

Monitoring 24%

Increase Speed of Change

ReduceRisks

Decrease Cost &

Complexity

Network Flexibility Metric

AverageTime Saved*

Upgrading 23%

Adding Infrastructure 29%

** How Operating Systems Create Network EfficiencyLake Partners 2007 survey report of 122 cross-industry ops leaders. See full report at: http://www.juniper.net/lakepartners


Critical Categories of Enterprise Network Operational Costs

Baselinefor AllNetwork OperatingSystems

Switch and Router

DowntimeCosts

(based on reduction in

frequency and duration of unplanned

Network events)

Switch and Router

Maintenance & Support

Costs

(a “planned events”

category)

Switch and Router

Deployment Time Costs

(the “adding infrastructure”

task)

UnplannedSwitch and

Router Events

Resolution Costs

(the time needed to resolve unplanned

network events)

PROVEN LOWER TCO: FORRESTER REPORT, FEB 2009

54%*LowerWith Junos

27%*LowerWith Junos

25%*LowerWith Junos

40%*LowerWith Junos

Overall Switch and Router

NetworkOperations

Costs

(the combined total savings associated

with planned, unplanned, planning and

provisioning and adding infrastructure tasks)

.

41%*LowerWith Junos

Multiple network operating system versions are the silent killers of efficiency*Forrester Consulting Single Network Operating System Study 02/09


OPERATIONAL SIMPLICITYUNIFIED NETWORK MANAGEMENT


UNIFIED MANAGEMENT FOR EX SERIES SWITCHES

TelnetSSHXML

HTTPHTTPS

XML

NetConfDMISyslogSflow

SNMPSyslog

Juniper EX SeriesOpen, standards-based management

Junos CLI Telnet, SSH Junoscript: Automated

Configuration, Operations

J-Web Quick Setup with Templates Dashboard View Performance Monitoring

Juniper NSM and Junos Space

Discovery & Configuration Policy Management Inventory Management Log Management

Device Management Network & Security Management Third-party NMS

Juniper STRM Threat Detection Event Log Management Compliance & IT Efficiency


DEVICE MANAGEMENTJUNOS XML APIS—JUNOS SCRIPT AND NETCONF

EX Series switches support the standard Junos XML APIs

Allow config scripts driven from customized external clients (XML or Perl) or third-party NMS / OSS

e.g. 1: External trap & RADIUS authentication triggered config—lets you set MAC address and VLAN on a switch port

e.g. 2: Centralized VoIP manager pushes 802.1x, VLAN and CoS-based configs dynamically based on new location for a user

xnm-cleartext / xnm-ssl / telnet / ssh

CLI handles initial authentication

request

response


DEVICE MANAGEMENTAUTOMATION WITH JUNOS SCRIPTS

Commit scripts Enable automated compliance checks & change management for all

configurations on EX Series switches e.g. Reject guest VLAN tag configuration on access switch trunk ports—restrict guest

access to a floor Macros allow operators to simplify complex configurations and self-heal errors

e.g. Apply predefined Data+VoIP port template on any switch port that gets a description matching a particular string “data-phone”

Operations scripts Allows custom output for diagnosis and event management

e.g. Combine two different show commands to get a custom output for better analysis

Event policies & scripts Automated predefined responses to events creating self-monitoring networks

e.g. When a switch’s trunk port goes up & down, run “show interfaces” and “show alarms” CLI, parse data, save it to a file and send this to a server

http://junos.juniper.net/scripts/


SIMPLIFY OPERATIONS WITH THEJ-WEB MANAGEMENT USER INTERFACE

Easy initial setup Enables fast deployment with minimum

configuration steps

Dashboard with Chassis View Dynamic status update of system and ports

Feature configuration Templates: Ports, VLAN, 802.1X, Security

and QoS Networking: VLAN, PoE, LLDP, Link

Aggregation, Chassis, Port Mirroring Security: 802.1X, ACL

Performance monitoring Real-time monitoring graphs System, ports, VLAN, PoE, chassis 802.1X, Port Security

Troubleshooting & maintenance Firmware & configuration upgrade / rollback Basic troubleshooting tasks


J-WEB DASHBOARD—SINGLE VIEW OF SYSTEM HEALTH

Chassis View for EX3200 and EX4200

Dynamic status update of system, ports and LCD panel data

System health status Memory utilization,

CPU temp, CPU utilization, fan status

Capacity utilization of resources

Ports, Mac-table entries, VLANs configured

Top 10 alarms view


J-WEB DASHBOARD—TEMPLATE-BASED CONFIGURATION

Single-click role-based port templates, including:

Desktop, IP phone, access point, router uplink, switch uplink

Click-and-enable GUI configurations

VLANs, LLDP, PoE, Link Aggregation, CoS, ACL

Click-to-CLI Covers all configuration

options in CLI


J-WEB DASHBOARD—MONITORING, TROUBLESHOOTING AND MAINTENANCE

Performance monitoring Real-time monitoring

graphs System, ports, VLAN,

PoE, Virtual Chassis Virtual Chassis ports

and members 802.1X, port security

Troubleshooting & Maintenance

Firmware & configuration upgrade / rollback

Basic troubleshooting tasks: TDR, Ping, Traceroute


NETWORK MANAGEMENTNSM AND NSMXPRESS™

Device management Device topology discovery, tracking Role-based administration Tracking end-hosts, free ports URL link to J-Web

Configuration management Role-based port templates Configuration version management

Inventory management Hardware & software inventory Viewing device licenses

Monitoring & troubleshooting Log filtering & reporting Status monitoring

Centralized change management Configuration version management Software version tracking & updates

Ease of deployment Appliance-based form factor


NSM — DEVICE MANAGEMENT

Flexible device addition and/or deletion

Secure auto-discovery — SNMP, SSH, IP address seed

Manual device addition and synch-up

Continuous device synch-up for status, configuration and inventory

Streamlined and scheduled device update


NSM — TOPOLOGY DISCOVERY

Standards-based topology discovery of Juniper routers, switches and security devices

Hierarchical segmentation of network maps

Quick device search, map panning & zoom-in

Easy search for end-host connections off switch ports—any vendor switch

Free port search for switch ports


NSM —INVENTORY MANAGEMENT

Hardware inventory including device model, serial number, line cards, PSU, fan and PoE

Software inventory including Junos version, license state


NSM —TEMPLATE-BASED CONFIGURATION

Click & select-based configuration

All device feature details

Customizable device configuration templates

Pre-selected options Applied to one or more

devices

Port templates Pre-defined port roles—

desktop, VoIP phone, access point, uplink to router, etc.

Based on best practices


NSM — UAC AND EX SERIES SWITCH MANAGEMENT

Wizard-based interface to map EX Series switches to one or more Infranet Controllers (ICs)

Allows port level turn-up of 802.1x-based access control for one or more switches


NSM —CONFIGURATION CHANGE MANAGEMENT

Facilitates regular synch and backup of device configuration file with NSM database

Allows archival and versioning

Can compare two different configurations:

From within NSM database

Between NSM version and running configuration on the device


NSM —SOFTWARE IMAGE MANAGEMENT

Centralized software image version tracker for the devices

Also stores firmware updates and entire image files

Allows centralized software upgrade or downgrade for several devices at a time

Includes Junos change management controls for images


NSM —EVENT VISIBILITY MANAGEMENT

Centralized syslog-based event management

View event details in real time and for historical records

Event filters for zeroing on specific types of events

Predefined & user-customizable filters available for all device types

Actionable triggers can be set

Event reports for analyzing event trends and historical tracking

Predefined & user-customizable reports available

Reports can saved / printed


JUNOS SPACE ORCHESTRATESTHE NEW NETWORK

The New Network With Junos SpaceThe New Network With Junos Space

SecuritySwitch

managementVirtual switch management

DiagnosticsAsset

management

In One Location:•Security Design•Ethernet Design•Virtual Control•Service Now•Service Insight•Network Activate

In One Location:•Security Design•Ethernet Design•Virtual Control•Service Now•Service Insight•Network Activate

Consequences:

• Improved top and bottom line benefits

– Rapid scaling of application infrastructure

– Reduced opex

• Optimal security, scale and resource efficiency

Characteristics:

• Common, cross-device platform for automation of virtual and physical networks

• Plug & play application environment

• User-centric, task-oriented interface

• Correlated network, security, app and user intelligence


SIMPLIFIED MANAGEMENT OF VIRTUAL AND PHYSICAL NETWORKS

End-to-end network management:

• Physical and virtual from a single pane of glass

Industry’s only Web-based solution:

• Automated, GUI based - eliminates human errors

Open architecture:

• No proprietary lock-ins – works with open API’s

Most scalable solution:

• Manage hundreds of hosts from a single instance.

Increased Application AvailabilityIncreased Application Availability

Reduced ComplexityReduced Complexity


SECURITY THREAT RESPONSE MANAGER (STRM)

Juniper STRM Appliance

Threat DetectionDetect Day 0 threats; detect right threats at the right time

Log ManagementLog management and generic reporting engine

CompliancePolicy safety net & audits

Application VisibilityApplication flow identification & consumption per application

Key Features


STRM —FLEXIBLE & USEFUL REPORTING

220+ out-of-the-box report templates

Fully customizable reporting engine: creating, branding and scheduling report delivery

Compliance reporting packages for PCI, SOX, FISMA, GLBA and HIPAA

Reports based on control frameworks: NIST, ISO and CoBIT


STRM AND EX SERIES SWITCHES

STRM collects information from EX Series switches via:

Syslog sFlow (9.3R2.8 onwards)

sFlow Used to monitor traffic at wire speed on

all interfaces simultaneously STRM uses this data to provide network

traffic visibility information EX Series switches support raw packet

headers to enable deep packet inspection

Up to four sFlow collectors can be configured per switch

Can be enabled on all interfaces except: Layer 3 VLAN-tagged interfaces

LAG interfaces (sFlow can be enabled on the members)

WP: Monitoring Network Traffic using Sflow in the EX Series

Traffic Data

Analysis

sFlow Collector

sFlow Agents


Vendor Product Description Junos Release

Tivoli NetCool OmniBus v7.2

Centralized fault management, and trap and alarm correlation and device monitoring 9.2

Tivoli IP Network Manager v3.7

iP based layer 3 network visualization and topology based event correlation 9.0

OpenView NNM v7.5 Device discovery, collection of traps and alarms, anddevice health monitoring

9.2R2.1 5

OpsWare Network Automation Centralized configuration & change management 9.x

VistaInsight v3.0 Centralized performance management 9.0

Smarts v7.03 Centralized fault management including discovery, alarm correlation 9.2R3

Spectrum v8.1 Centralized fault management including discovery, and trap and alarm correlation and device monitoring 9.2R3

eHealth v6.0 Centralized performance management 9.2

NetworkAuthority Automation Policy based configuration & change 9.2R3

Orion Network Performance Monitor

Comprehensive fault and networkperformance management platform 9.0

R-Series NCCM Network Configuration and Change Management 9.2

Comptel / Axiom Service Activation Service Activation and provisioning 9.2R3

THIRD PARTY NETWORK MANAGEMENTIntegration through standards-based Junos APIs: NetConf, SNMP v1/v2/v3, Telnet, SSHv3, HTTP/HTTPs


SERVICE NOW AUTOMATES DIAGNOSTICS

30x reduction in mean-time to recover30x reduction in mean-time to recover

In device script based failure monitoringIn device script based failure monitoring

Lights off incident creation with Juniper JTACLights off incident creation with Juniper JTAC

Internet

JuniperSupportSystem

AI ScriptsInstalled

Service Now &Service Insight

JMBHardwareSoftware

ResourcesConfiguration

Service Now

Gateway

JuniperJuniperCustomer or Partner NOCCustomer or Partner NOC

Customer Network

Customer Network

Automated global event correlation increases Service Intelligence Automated global event correlation increases Service Intelligence

Service Insight


NETWORK DESIGN SCENARIOS: CAMPUS AND BRANCH


Closet A1Closet A1

Closet B1Closet B1

IDF 1IDF 1

Closet C1Closet C1

Closet D1Closet D1

CoreCore

Building 1Building 1

Building 2… (to Bldng N)Building 2… (to Bldng N)

IDF 2IDF 2

10GBASE-x10GBASE-x

10/100/1000BASE-T10/100/1000BASE-T

1000BASE-x1000BASE-x

LegendLegend

AggregationAggregation

AccessAccess

Closet A2Closet A2

Closet B2Closet B2

Closet D2…NCloset D2…N

Closet C2… NCloset C2… N

PROBLEMS WITH LEGACY CAMPUS LAN ARCHITECTURE

Oversubscribed interfaces requires additional links

Each wiring closet and each aggregation core device must be managed

14 managed LAN devices


IDF 1IDF 1

CoreCore

IDF 2IDF 2


AccessAccess

EX4200 Virtual Chassis across wiring closets

Up to 50% fewer uplinks

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC

EX4200 VCEX4200 VCCloset A2

Closet A2Closet B2

Closet B2Closet D2…N

Closet D2…NCloset C2… N

Closet C2… N

Closet A1Closet A1

Closet B1Closet B1

Closet C1Closet C1

Closet D1Closet D1

Fewer (10) managed LAN devices

Did you know?

Virtual Chassis can save you up to 33%

from a standard configuration

Did you know?

Virtual Chassis can save you up to 33%

from a standard configuration

LAN SIMPLIFICATION #1: ACCESS


Building 2… (to Building N)Building 2… (to Building N)


AccessAccess

Closet A1Closet A1

Closet B1Closet B1

Closet C1Closet C1

Closet D1Closet D1

LAN SIMPLIFICATION #2: AGGREGATION



IDF 1IDF 1

CoreCore

IDF 2IDF 2


Fewer aggregation uplinks No blocked links, independent

of Layer 2

EX8200 for the LAN core

EX4200-24FVC

EX4200-24FVC EX4200-24F

VC

EX4200-24FVC

EX8200EX8200

EX8200EX8200 Eight managed LAN devices

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC


Closet A2Closet B2



Closet C2… N


EX8200EX8200

EX8200EX8200

AccessAccess

Closet A1Closet A1

Closet B1Closet B1

Closet C1Closet C1

Closet D1Closet D1

EX4500 AT THE CAMPUS AGGREGATION AND CORE



IDF 1IDF 1

IDF 2IDF 2


10GbE uplinks from closets Support up to 48 Virtual

Chassis configurations with redundant links

Cost-effective aggregation solution

Cost-effective core solution

EX4200 Virtual Chassis

EX4200 Virtual Chassis EX4200

Virtual Chassis

EX4200Virtual Chassis EX4200

Virtual Chassis

EX4200Virtual Chassis EX4200

Virtual Chassis

EX4200Virtual Chassis

Closet A2Closet A2

Closet B2Closet B2



EX4500EX4500

EX4500EX4500

EX4500EX4500

CoreCore

EX4500EX4500




EX4200-24FEX4200-24F

IDF 1IDF 1

IDF 2IDF 2

Core VC 2Core VC 2

EX4200-24FEX4200-24F

EX4200-24FEX4200-24F

EX4200-24FEX4200-24F

Core VC 1Core VC 1

EX4200-24FEX4200-24F

EX4200-24FEX4200-24F

Simplified architecture Up to ten IDFs per VC

EX4200-24FVC #1

EX4200-24FVC #1

CoreCore

EX4200-24FVC #2

EX4200-24FVC #2

Six managed devices Up to 45% TCO savings*

*Refer to Juniper TCO analysis*Refer to Juniper TCO analysis

Closet A1Closet A1

Closet D1Closet D1

Closet B1Closet B1

Closet C1Closet C1

LAN SIMPLIFICATION #3: CORE

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC


Closet A2Closet B2



Closet C2… N



Closet A1Closet A1

Closet B1Closet B1

IDF 1IDF 1

Closet C1Closet C1

Closet D1Closet D1

CoreCore

IDF 2IDF 2

Closet A2Closet A2

Closet B2Closet B2


Closet C2… NCloset C2… NAccess

Access

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC

EX4200-24FVC

EX4200-24FVC EX4200-24F

VC

EX4200-24FVC

EX8200EX8200

EX8200EX8200

Default Gateway

Default GatewayDefault

Gateway

Default Gateway

EX Series switches support OSPF ECMP in the base license

Increased availability with L3 to the access

No blocked links

*Refer to Juniper TCO analysis*Refer to Juniper TCO analysis

Default Gateway

Default GatewayDefault

Gateway

Default Gateway

Did you know?

You can save up to 40% by enabling

Layer 3 technology to the access*

Did you know?

You can save up to 40% by enabling

Layer 3 technology to the access*

INCREASE HIGH AVAILABILITY AT NO ADDITIONAL COST



La

yer

3L

aye

r 2

La

yer

3


Switch

Mail

IP PBXVoIP Soft PhonesCall DirectoryServer

User Interface

VideoVoice

QoS

Voice MailServer

SIP

Data

VoD

PROPRIETARY

PR

OP

RIE

TAR

Y

PROPRIETARYP

RO

PR

IET

AR

Y

PR

OP

RIE

TAR

Y

Complex architecture Proprietary protocols Scalability problems Vendor lock-in

CHALLENGES WITH UNIFIED COMMUNICATION


VoiceVoice

IP PBXVoiP

Soft Phones

Call DirectoryServer

UserInterface

Voice MailServer

ConferenceServer

ChooseBest-in-Class

ChooseBest-in-Class

NetworkNetwork

EX4200

MX Series

SSL VPN

SRX SeriesISG/IDP

NSMXpressSTRM

InfranetController

EX8200Series

WX/WXC

STANDARD

STANDARDSTANDARD

STANDARD

STANDARD

STANDARD

STANDARD

CHANGING THE PARADIGM ON UNIFIED COMMUNICATION

Choice and flexibility for: Wireless Power over Ethernet Telepresence

Scalability advantages


FirewallFirewall

IPSIPS

Closet A1Closet A1

Closet B1Closet B1

IDF 1IDF 1

Closet C1Closet C1

Closet D1Closet D1

CoreCore



IDF 2IDF 2


AccessAccess

Closet A2Closet A2

Closet B2Closet B2



PROBLEMS WITH LEGACY CAMPUS LAN ARCHITECTURE

OS#3OS#3

OS#4OS#4

OS#5OS#5

OS#6OS#6

OS#7OS#7

OS#4OS#4

OS#5OS#5

OS#3OS#3

OS#3OS#3

OS#3OS#3

OS#2OS#2

OS#1OS#1

OS#2OS#2

OS#1OS#1

OS#2OS#2

OS#1OS#1

OS#2OS#2

OS#1OS#1


IDF 1IDF 1

CoreCore

IDF 2IDF 2


AccessAccess

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC

EX4200 VCEX4200 VC

Closet A2Closet A2

Closet B2Closet B2



Closet A1Closet A1

Closet B1Closet B1

Closet C1Closet C1

Closet D1Closet D1

JUNOS SIMPLIFIES THE CAMPUS

Consistency of features

Stability

Ease of management

Savings on training IT



Did you know?

Junos saves an average of 41%*

*Source Forrester Report Feb 2009

Did you know?

Junos saves an average of 41%*

*Source Forrester Report Feb 2009


Juniper Savings %

Catalyst Switches NAC 5 year next-day

maintenance

EX Series switches Unified Access Control 5 year next day

maintenance

Juniper Solution

Source: publicly available data sheets, price lists, Lake Partner study

TypicalConfiguration

2,500 user campus with five buildings PoE at access, redundant GbE uplinks

Cisco SolutionCisco Solution

Simplified LAN architecture with fewer managed devices Increased availability via Layer 3 to the access Seamless, L2-L7 policy enforcement with UAC

10GbE core interconnects Access control for all users

Source: Publicly available data sheets, price lists, Lake Partner study

REDUCING CAMPUS NETWORK TCO

Total CAPEX (with no price discount)

Operating Systems (time to manage)

Ongoing Maintenance/ Support Costs

$1.03M $1.87M Up to 44.8% CAPEX

Junos IOS Up to 25% OPEX

$206K $404K Up to 49.1% Support

Campus Financial Analysis Tool


UAC enforcement

point

Access Layer Aggregation/Core Layer

EX3200

EX2200

EX4200

EX4200

WIRING CLOSETWIRING CLOSET

10GbEGbE

10GbE

BRANCH OFFICE

Local Servers

WAN

UAC enforcement point

EX2200 J2320/SRX

PSTN

WORKGROUP

EX2200UAC enforcement point

GbE

EX2200 ENTERPRISE DEPLOYMENTS

Typical Deployments Low-density

wiring closets Workgroup Retail store Office of 48 or less K-12


PRODUCT POSITIONING IN BRANCH OFFICES

SRX100 SRX210 EX2200 EX3200 EX4200

100BaseT ports 8 6 Up to 52 Up to 48 Up to 480

1000BaseT ports X 2 Up to 52 Up to 48 Up to 480

PoE ports X 4 Up to 48 Up to 48 Up to 480

GbE Fiber uplinks X X

10 GbE fiber uplinks

X X X

Field-replaceable power and fans

X X X (Redundant)

Virtual chassis X X X X


NETWORK DESIGN SCENARIOS: DATA CENTER


SSL VPN

FirewallIPSec VPN

IPS

L2 Switch

L2/L3 Switch

L2/L3Switch

L2/L3Switch

LEGACY DATA CENTER NETWORK INFRASTRUCTURE

WAN Edge Router

WAN Edge Router

Servers + Storage

Too many devices and layers

Too many devices and layers

1Too many operating systems

Too many operating systems

2

High latencyHigh latency3

Uptime is a challengeUptime is a challenge4

Takes too long to deploy anything

Takes too long to deploy anything

5

L2/L3 Switch

Hard to manageSTP in a flat L2access network

Security Sprawl

WAN Edge

Core Tier

Aggregation Tier

Access Tier


DATA CENTER NETWORK NIRVANA

How do we get there?

Simple logical and physical topology

Significant reduction in power, cooling and space

Improved performance: reduced congestion and latency

Simpler to configure end to end

Increased reliability

NetworkManagement

Security

Routers ApplicationServices

Servers Storage


JUNIPER SIMPLIFIES THE DATA CENTER NETWORK

Single fabric using Virtual Chassis technology

Virtualizedsecurity

M Series

EX4200

SRX5800

High density, wire-rate 10GbE

Extend Virtual Private LANs with MPLS

WAN Edge

Core Layer

Access Layer

Lower latencyLower latency1Increased bandwidthIncreased bandwidth2Higher reliabilityHigher reliability3

Less power and space Less power and space 4

Simplified managementSimplified management5

Consolidated securityConsolidated security5

EX4500

GbE servers 10GbE servers


DATA CENTER ACCESS (TOP OF RACK)

Fewer switches to manage Economizes uplinks Fewer distribution switch ports No Spanning Tree

Virtual Chassis #1

Virtual Chassis #2

Uplinks of VC #1

Uplinks of VC #2


SCALABLE VIRTUAL MACHINE MOBILITY

Virtual ChassisAcross Racks

Rack A Rack B

RACK TO RACK

Layer 2 domain across racks

Data Center Data Center

Virtual Chassis Extension Over Metro Fiber

METRO DATA CENTERS

Layer 2 domain across fiber connected data centers

Cloud Center Cloud Center

CLOUD TO CLOUD

VPLS

Layer 2 domain across virtual private LAN

WP: Implementing VMWARE Server Virtualization


EX4200 Series EX4200 Series

L2/L3 Switch

L2/L3 Switch

Server A Server B

LOWERING APPLICATION LATENCY BY COLLAPSING TIERS AND CONSOLIDATING SECURITY

Server A Server B

• More devices/interconnections• 20-50 us in each chassis-based

switch• Open/close sessions multiple times

• Fewer devices/interconnections• EX4200: Lowest 10GbE latency in the

entire industry — 2-3 us• Open/close sessions only once

SRX5800

JUNIPERLEGACY

L2/L3 Switch L2/L3 Switch

L2/L3 Switch L2/L3 Switch

L2/L3 Switch

Antivirus

L2/L3 Switch

EX4200 Series

EX8200 Series

EX4200 Series


Product


OS

Product


OS

Aggregation/Core Security WAN Router

L2/L3Switch

L2 Switch

L2 Switch

Access Switch

IPS

Linux

CAT 4948

IOS-SG

Too many;inconsistent

NX 7000CAT 6500

NX-OSIOS-SX, CAT-OS


ASA55xx

PIX-OS 7.x

FWSM

PIX-OS6.x


EX4200 EX8200 / MX M

Junos Junos Junos

SRX

Junos

1

7200 ASR

IOS-mainline

IOS-XE

Too many,inconsistent

JUNOS SIMPLIFIES DATA CENTER DEPLOYMENTS


Cisco Juniper Juniper Savings

CAPEX $265,560 $211,300

Total power in watts 3,830 2,704

Total space in RU 15 15 parity

Total managed devices 13 4 69.2%

Number of device interactions 78 6 92.3%

Annual Maintenance Cost $8,270 $6,267 24.2%

Annual Operating Expense (Opex) $15,625 $12,636 19.1%

3 Year Total Cost of Ownership (TCO) $312,435 $249,207 20.2%

5 Year Total Cost of Ownership (TCO) $343,685 $274,479 20.1%

500 servers

…To eliminate cost

TRANSFORMING EXPERIENCE AND ECONOMICS…

20.4%

29.4%

20.4%29.4%


Cisco Juniper Juniper SavingsCAPEX $2,642,320 $1,607,800 39.2%Total power in watts 33,603 22,388Total space in RU 156 124 20.5%Total managed devices 107 22 79.4%Number of device interactions 5,671 231 95.9%Latency Range 27-78 us 8-18 usAnnual Maintenance Cost $64,916 $39,014 39.9%Annual Operating Expense (Opex) $135,952 $91,692 32.6%3 Year Total Cost of Ownership (TCO) $3,050,177 $1,765,835 5 Year Total Cost of Ownership (TCO) $3,322,081 $1,871,191 43.7%


4,600 servers

…To drive performance

33.4%

70-77%

42.1%


Cisco Juniper Juniper Savings

CAPEX $5,036,400 $3,087,600 38.7%

Total power in watts 60,823 41,755Total space in RU 268 220 17.9%

Total managed devices 211 41 80.6%

Number of device interactions 22,155 820Annual Maintenance Cost $121,408 $73,288 39.6%

Annual Operating Expense (Opex) $246,156 $168,532 31.5%

3 Year Total Cost of Ownership (TCO) $5,774,867 $3,593,197 37.8%

5 Year Total Cost of Ownership (TCO) $6,267,178 $3,930,261 37.3%

9,200 servers

…At scale


31.3%

96.3%




REDUCING DATA CENTER NETWORK TCO WITH JUNIPER VS. CISCO CATALYST

Cat 4948 top-of-rack (2/rack)

Cat 6500 in aggregation and core

46 FWSM

EX4200 top-of-rack (2/rack)

EX8208 in core 2 SRX5800s

3000 servers, dual GbE attached

Fully redundant design

125Gbps firewall 10GbE uplink from

access and in core

Savings $$

Cisco SolutionJuniper Solution

$4.6M $9.6M Up to 52.1% CAPEX

210 RU 450 RU Up to 55.3% space


Total List Price

Rack Space

Power 372,169 kW*hr/yr 666,758 kW*hr/yr Up to 44.2% power

Operating Systems(time to manage)

Data Center Financial Analysis Tool




REDUCING DATA CENTER NETWORK TCO WITH JUNIPER VS. CISCO NEXUS

150 Nexus 2148 FEX top-of-rack (2/rack)

16 Nexus 5020 aggregators

2 Nexus 7010 in core 10 Cat 6500 w/ 38

FWSM

150 EX4200 top-of-rack (2/rack)

2 EX8208s in core 2 SRX5800s

3000 servers, dual GbE attached

Fully redundant design

100Gbps firewall 10GbE uplink from

access and in core

Savings $$

Cisco SolutionJuniper Solution

$4.49M $6.93M Up to 35.3% CAPEX

210 RU 374 RU Up to 43.9% space


Total List Price

Rack Space

Power 366,948 kW*hr/yr 604,650 kW*hr/yr Up to 39.3% power

Operating Systems(time to manage)

Data Center Financial Analysis Tool

EX Product and Technology

Documents

Transcript of EX Product and Technology