dell emc open networking vision and portfolio · s4100-on, s4200-on s5048f-on s5148f -on 10/25gbe...
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Dell EMC Open Networking Vision and Portfolio
Emil Kacperek
Senior Network Systems Engineer
Restricted - Confidential
Agenda
- Open Networking
- Dell Data Center portoflio overview
- Use cases
Restricted - Confidential
Open Networking
Restricted - Confidential
4
Data Center Trends
Hyper convergence25G in Rack
Telemetry & Analytics
Data Center Interconnects (DCI)
Data Center Security
Multi-Cloud
Micro-Data Centers
Fabric transitions to 100G/400G
Micro-segmentation (service chaining)
Streaming Telemetry
Disruption by Merchant Silicon
Increase in east-west Network IO
Multi-Cloud goes mainstream
Server Refresh Cycle (14G)
Intelligent Edge
Data Center Networking Trends
100/400G Fabrics
5
Accelerating 25/100GbE in the Data Center
Source: Dell’Oro Oct 2017 Tables
650 Group 2017 Report
• 100G has a Long Tail
• 25G will replace 10G in Server Access
• 40G continues to decline
6
http://www.dell.com/learn/us/en/uscorp1/analyst-relations-research-and-reports
Recognized for our vision and execution 2016
Data Center Networking
2013
2014
2015
Open Networking
Closed Networking
Also rans
7
We’re recognized for our vision and execution
Data Center Networking
2017
Open Networking
Closed Networking
Me Too• 75% of the end users indicated that
they expect an increase in relevance of
open networking in their purchasing
decisions in the next 24 months.
• Interest and adoption of white-/brite-box
switching has increased significantly
within hyperscale data centers…we
expect it to reach 22% of the total data
center Ethernet switch market by 2020
8
Network scale
Po
rt d
en
sit
y
2010
2016
2008
Right-sizing the modular switching market with merchant silicon
128 x 10G
2012
Cisco Catalyst 6500
Z9200*
Cisco Nexus 9000
Cisco Nexus 9500
128 x 100G
2018
Z9000
64 x 10G
2010
Force10 S4810
Source: 650 Group
Use Case 1 | Data center networking
*Future product currently in development
9
IT evolution and Open NetworkingWhere we’ve come from, where we’re going
Platform 1
Mainframe computing
Platform 2
Server computing
Platform3
Cloud computing
Dumbterminal
Desktops & laptops
Tablets & smartphones
Dumb terminals Client computing Mobile computing
Open
Networking
Unix, x86 servers
Unix workstations, x86 desktops
Virtualization, automation
Mobile devices, mobile broadband
Proprietary
Networking
Workforce Transformation
Data Center Transformation
10
Comparing Platform 2 and Platform 3 Networking
Open networking
Optional SDN/NVO controller
Standard orchestration & automation tools
Any networking OS
Open standard hardware
Merchant silicon
Closed Networking
Proprietary ASICs
Proprietary networking OS
Hundreds of protocols
Proprietary architectures & management tools
11
Open Networking innovation timeline
Apr – announced S3048-ON 1G switch,
S4048-ON 10G switch and Z9100-ON
100G switch
Jan – announced OS10Jan – announced Open Networking
initiative with S4810-ON 10G
switch and Cumulus Networks
Jan – announced campus switches N3132PX-ON
and N2128PX-ON 2.5/5G POE+ switches
2015 2016 20172014
Apr – announced S6000-ON 40G
switch
Aug – partnership with VMware
Dec – partnership with Midokura
Sep – announced S6100-ON 40/100G switch
Apr – partnership with IP Infusion
Jun – partnership with Pluribus Networks
Apr – partnership with Big Switch
Networks
Mar – announced OS10 Open Edition
integration into OCP SONiC
Apr – announced S4048T-ON 10GBaseT
switch and S6010-ON 10/40G switch
Oct – announced OS10 Open Edition
integration into Linux foundation
OpenSwitch project
Dec – OS10 Enterprise Edition into Beta
Mar –announced joint submission with Microsoft of
Switch Abstraction Interface (SAI) to Open
Compute Project (OCP)
May – announced N1100 1/10G access
switch
May – announced S5100 25/100GbE &
S4100 10/100GbE top-of-rack switches
Sep– announced S4200 deep-buffer/deep-
table 10/100GbE switch
Sep– SD-WAN Ready Nodes
2018
Mar – announced new Virtual Edge
Platform (VEP) family for next-gen
access
MORE TO COME
© Copyright 2017 Dell Inc.12
Closed Networking – The Role of the NOS
Closed Networking
Proprietary ASICs
Proprietary networking OS
Hundreds of protocols
Proprietary architectures & management tools
Proprietary networking OS
Segment Routing
BGP EVPN
BGP
VRRP
VRF
OSPF
Multicast
VxLAN
MCLAG
Basic L3
Basic L2
BFD
Telemetry
© Copyright 2017 Dell Inc.13
Unlocking R&D investment through open source
Open Networking Install Environment (ONIE)
Switch Abstraction Interface (SAI)
OCP
SONiC
Linux Foundation
OpenSwitch
OS10Open Edition
$0
OS10
Enterprise EditionLinux/Open
Source Apps - $0
3rd Party
Applications
Open Networking
Networking Build-to-Buy Continuum
Buy Build
Networking Hardware
Enterprise Edition
OS10
ProSupport
Enterprise
On-Prem
Service Provider
Off-PremSegment
Affinity
Support
Stack
Operating
System
Hardware
More disaggregatedMore convergedNetworking
Open Edition
OS10
ProSupport
NW HW
15
Linux on the switch, unified server, network management
Feature-rich L2/L3 Campus networking
WAN, MPLS/VPLS functionality
SDN fabric & network tapping solutions
Virtualization-centric fabric optimized for Nutanix, Big Data, VDI
Plug-and-play Branch/ SMB networking
Data Center fabric & in-rack switching
OS6
OS9, OS10
OS3, OS6
Open Networking means unprecedented choice and capability
DC Portfolio Overview
Restricted - Confidential
17
Dell EMC Networking portfolio
Fabric/Spine switches
Z-Series
Top-of-rack/Leaf switches
S-Series
MXL/IOA
for
M1000e
Blade networking
FN-IOM for
FX2
Campus/Branch switching
N-Series
Network security
Next-generation access
Virtual Edge Platforms
Networking software
OS9, OS10
Wireless networking
Aerohive and Ruckus
© Copyright 2017 Dell Inc.18
Open Networking fabrics—The un-chassis solution for the future-ready data center
• Open Networking fabric solutions
provide highly economical and
scalable alternatives to chassis
designs
• Reduce capital costs up to 70%,
operational expense by up to 30%
• Traditional chassis-based
architectures drive power, cooling,
and cost up
• N-tier architecture not optimized
for modern workloads or compute
traffic patterns
Open Networking
Fabric
Conventional
Chassis Core
Recommended“ as an
alternative to chassis-
based switch
architectures”
Z-Series Spine
S-Series Leaf
© Copyright 2017 Dell Inc.19
SDDC vc HDDC (Hardware Defined DC)
© Copyright 2017 Dell Inc.20
Why Open Networking?
Investment Protection
Open Architecture
Re-purpose HW & SW
$ Lower TCO
Array of Choices
Several options to choose the right OS for
your workload
HW can be replaced to take advantage of merchant
silicon inventions keeping the same SW. SW can be
replaced keeping the same HW.
Opportunity to standardize on HW not requiring fork-lift
upgrade
Reduced CapEx and OpEx compared to traditional
Incumbent infrastructure
A scale-out leaf-spine software-defined
architecture instead of 3-tier traditional networks
Open and agile scale-out deployment to address
future growth
Standardize on HW
© Copyright 2017 Dell Inc.21
Dell EMC Networking portfolio
Fabric/Spine switches
Z-Series
Top-of-rack/Leaf switches
S-Series
MXL/IOA
for
M1000e
Blade networking
FN-IOM for
FX2
Campus/Branch switching
N-Series
Network security
Next-generation access
Virtual Edge Platforms
Networking software
OS9, OS10
Wireless networking
Aerohive and Ruckus
© Copyright 2017 Dell Inc.22
Open Networking fabrics—The un-chassis solution for the future-ready data center
• Open Networking fabric solutions
provide highly economical and
scalable alternatives to chassis
designs
• Reduce capital costs up to 70%,
operational expense by up to 30%
• Traditional chassis-based
architectures drive power, cooling,
and cost up
• N-tier architecture not optimized
for modern workloads or compute
traffic patterns
Open Networking
Fabric
Conventional
Chassis Core
Recommended“ as an
alternative to chassis-
based switch
architectures”
Z-Series Spine
S-Series Leaf
© Copyright 2017 Dell Inc.23
Small Fabric Design ConversationSmall business customers with <500 servers
Primary Solution Components
• Dell EMC S & Z-Series switches
• Dell EMC Blade Server Systems
• Dell EMC Network Operating System 9/10
• Ansible, Smart Fabrics, Fabric Design Center
Small Fabric Opportunities
• How to connect their data center racks and chassis for
a small fabric (<500 servers)
• How to increase performance for their critical
workloads like Microsoft Exchange or SharePoint
• How to simplify management and operations across
their data center
Solution Benefits
• Increase performance: by introducing 25/100GbE
fabric interconnect between racks and aggregation
• Reduce costs: by implementing high-density, low cost
fabric switches that can scale up or down
• Differentiating Features: Comprehensive L2/L3 stack,
Storage Optimizations, Fabric Automation
S5148F
S5048F-ON
S4100-ON
S5148F
S5048F-ON
S4100-ON 100GbE
S3048-ON
S4148T-ON
S4100-ON
1/10GbE Servers
1/10GbE
NAS/iSCSI
Storage
S4100-ON
S5048F/S5148F
10/25GbE Servers
10/25GbE
Storage
10/25GbE Blade
Servers
10/25GbE NAS/iSCSI
Storage
10/25GbE
Fabric
VLT (L2)
© Copyright 2017 Dell Inc.24
Extra Large Fabric Design Conversation
Primary Solution Components• Dell EMC S & Z-Series switches
• Dell EMC Server Blade Systems
• Dell EMC Network Operating System 9/10
Extra Large Fabric Opportunities• How to connect their data center racks and chassis
with a 100GbE leaf and spine design ?
• How to build a medium sized fabric to interconnect
servers and storage (>5000 servers)
• How to build overlay networking and enable multi-
tenancy
Solution Benefits• Increase performance: High-performance, highly-
scalable L2/L3 fabric interconnect
• Reduce cost: with small form-factor, high-density
switches and combined LAN/SAN
• Differentiating Features: Fabric Automation,
DevOps, Rich BGP, EVPN VXLAN (roadmap)
Extra large enterprise, cloud and service provider customers (>5000 servers)
Z9200-ON Leaf
100 GbE Fabric
Z9200-ON Spine
100GbE
S4148T-ON
S4100-ON,
S4200-ON
S5048F-ON
S5148F-ON
10/25GbE
NAS/iSCSI
Storage
10/25GbE
Servers
S4100-ON
S4200-ON
S5000
S5048F-ON
S5148F-ON
S6100-ON
10/25GbE
Blade Servers
10/25GbE
NAS/iSCSI
/FC
Storage
Z9200-ON Spine
Z9200-ON Leaf
L3 L3
© Copyright 2017 Dell Inc.25
Traditional Chassis Pair
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Open Networking - Big Switch = “ONE BIG SWITCH”
25
HierarchicalControl Plane
SDN Controller
10G/40G/100
Backplane
1 32 41 32 4
Spine Switches
Compute Workload Services & Connectivity Racks
Compute Workload
Physical, Virtual, and ContainerWorkloads
1G/10G/25G/40G
Workloads
Leaf Switches
Fabric Backplane
Fabric Backplane
Traditional Chassis Pair
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Supervisor 2
Line Card
Fa
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Supervisor 2
Supervisor 1
Line Card
Line Card
Logical Chassis Pair
Innovation
Velocity
Scale as
You Need
HW Vendor
Choice
© 2017, BIG SWITCH NETWORKS, INC. PROPRIETARY AND CONFIDENTIAL
© Copyright 2017 Dell Inc.26
CoreNetwork
Overlay
Overlay CampusBuilding
DataCenter
InternetCloud
Services
Open Networking - other solution – PLURIBUS –Multi-site Adaptive Cloud Fabric
Multi-site Fabric Technology
Fabric-wide and multi-site
management with
SINGLE IP
SIMPLE MULTI-SITE
NETWORK SERVICES
SIMPLE INSERTION IN
EXISTING NETWORKS
PERVASIVE
VISIBILITYwithout overhead of traditional
monitoring infrastructure
Exclusive partner in
EMEA
© Copyright 2017 Dell Inc.27
Network scale
Po
rt d
en
sit
y
S6100
Complete top-of-rack connectivity
Multi-rate 10-100GbE
S5000/S5100
S4100/S4200
S3000
1GbE
10GbE
25GbESource: Dell’Oro Group
© Copyright 2017 Dell Inc.28
Complete Fabric Connectivity
Network scale
Po
rt d
en
sit
y Z9264
Z9232
Z9100
32x100GbE
64x100GbE
64x100GbE
Z9332
32x400GbE100X100GbE
© Copyright 2017 Dell Inc.29
Investment Protection
Modular configuration vs
fixed on Cisco Nexus 3264Q
Future-Ready
Multi-rate 10-100GbE vs 40GbE
only on Cisco 3264Q
* Source: Competitive Data Sheets
Dell EMC Networking S6100-ON
S6100 Multi-rate modular in-rack switch
Industry’s first multi-rate modular in-rack
switch
• Full multi-rate capabilities from 10-100GbE
• Modules:
› 16 x 40GbE (QSFP+)
› 8 x 100GbE (QSFP28, 4x25)
› 4 x 100GbE (CXP, 10x10) + 4 x 100GbE (4x25)
Purpose-built for high-speed server and
storage connectivity
• Ideal for high-performance multi-rate enterprise and
HPC environments
• Complete OS9 feature set including SDN, Open
Automation, and virtualization features
Dell EMC innovation• Open Networking (ONIE)
• Flexible design + multi-rate connectivity
• QSFP28 100G form factor--low power, cost & space
© Copyright 2017 Dell Inc.30
Introducing new 100GbE product family (Z9200 Series)Next Generation Z-Series Switches with 6.4Tbps of Switching Capacity
Proven Data
Plane
Technology
Future-Ready Multi-rate 1-100GbE
Z9264-ON Switch
Multi-rate fabric Z9264-ON switch
• 2RU switch with 64 ports of 100G QSFP28
• 6.4Tbps of switching capacity (64 ports of 100GbE)
• 128 ports of 25GbE or 10GbE (in breakout mode)
• Based on Broadcom Tomahawk2 chipset
• 2.5x higher buffering and 2x larger forwarding tables
• Open Networking running OS10 and ONIE
NEW
Highest 100GbE
Density/RUHighest 25GbE
Density/RU
Z9232-ON Switch
Multi-rate fabric Z9232-ON switch
• 1RU switch with 32 ports of Double Density QSFP28 (QSFP28-DD)
• 6.4 Tbps of switching capacity (64 ports of 100GbE in breakout)
• 256 ports of 25GbE or 10GbE (in breakout mode)
• Usable as 32x100G system with existing 100GE QSFP28 optics
• Based on emerging Barefoot Tofino chipset
• P4 based Programmable Data Plane
• Open Networking running OS10 and ONIE
NEW
Z9264 RTS: 1HFY19
Z9232 RTS: 2HFY19
© Copyright 2017 Dell Inc.31
S4100 10/100GbE in-rack switchesLatest multi-functional 1RU in-rack switches
• S4128F-ON - 28 x 10G SFP+ and 2 x 100G QFSP28 ports
• S4128T-ON – 28 x 10GBaseT ports and 2 x 100G QFSP28 ports
• S4148F-ON - 48 x 10G SFP+, 2 x 40G QSFP+ ports and 4 x 100G QSFP28 ports
• S4148T-ON - 48 x 10GBaseT ports, 2 x 40G QSFP+ ports and 4 x 100G QSFP28 ports
• S4148FE-ON – 48 x 10G SFP+ , 2 x 40G QSFP+ ports and 4 x 100G QSFP28 ports with support for LRM optics
• S4148U-ON – 24 x SFP+, 24 x unified SFP+/SFP28 ports (1/10GbE or FC8/FC16 ), 2 x 40G QSFP+ ports and 4 x unified QSFP28 ports (10/25G/40G/50G/100G or FC8/FC16/FC32 )
Purpose-built for
• Optimized for 10G SFP+ or Copper connections
in-rack with 100G to Fabric
• Ideal for data center environments requiring
high-performance SAN connectivity
Dell EMC innovation• Open Networking running OS10 Enterprise
Edition & ONIE
• Fully tested and validated with 3rd party OS’s
Dell EMC Networking S4100-ON
OS10
100G Fabric between
racks
OS10EEDell EMC Linux
OS
© Copyright 2017 Dell Inc.32
Storage Networking solutionsTraditional storage
networking solutions
Scale-Out SDS
networking solutions
Converged storage
networking solutions
* Based on internal testing Dell Networking Converged I/O TCO Calculator: http://dellenterprisedemos.com/networking-calculator/
Separate
Ethernet &
Fibre Channel
networks
Converged
LAN/SAN
infrastructure
Scale out leaf-spine network
infrastructure
• Block storage gets a separate
network
• Flexible and cost-effective iSCSI
and Fibre Channel options
• Entry-level to very-high density
for ultimate choice
• LAN and SAN use same
network
• Low latency multi-protocol blade
and ToR switches
• Up to 50% cost savings over
non-converged environments*
• Scale-out SDS deployments
with leaf-spine network solutions
• Traffic control separated from
the networking hardware
• Lowers cost by reducing
hardware
OS10 & OS9
© Copyright 2017 Dell Inc.33
S4148U-ON views
Power SupplyPower Supply
IO Side
PSU Side
Fans
24 x SFP+ ports
2 x QSFP+ + 4 x unified QSFP28 ports
24 x unified SFP+/SFP28 ports
© Copyright 2017 Dell Inc.34
Introducing new 12 port 10GbE family (S4112)Dell’s low density ToR switch for 10GE/25GE storage
arrays and servers in a compact form factor
• S4112F-ON: 12xSFP+ (1GE/10GE), 3xQSFP28 ports
(40GE/100GE)
• S4112T-ON: 12x10GbT (1GE/10GE), 3xQSFP28 ports
(40GE/100GE)
• Up to 24 ports of 10G (with Breakout)
• Based on Broadcom Maverick chipset
• Compact Form Factor (Half Width)
• Complete OS10 feature set including Programmability,
automation, and virtualization features
Dell EMC innovation• Open Networking running OS10 & ONIE
• Multi-Rate capability with 10/25/40/100G uplinks• Storage Optimized switch for Hyper-converged, SDS and Storage
Clusters
Storage Optimized
Compact Form Factor
Dell Networking S4112T-ON
Dell Networking S4112F-ON
RTS: 1HFY19
NEW
© Copyright 2017 Dell Inc.35
OpenManage Network Manager (OMNM)
OpenManage Essentials (OME)
Network management tools
Dell EMC’s network management tools can
help simplify the management across the
data center
• Linux-based networking operating system with
integrated tools for simplified automation and
orchestration capabilities
• OpenManage Network Manager (OMNM)
manages all networking devices
• OpenManage Essentials (OME) provides a
single view for inventory and management
across many Dell EMC server, storage and
networking systems
CLI
Netconf
Linux shell
Control Plane
Services
(CPS)
© Copyright 2017 Dell Inc.36
OpenManage Network Manager
OpenManage Network Manager—Simplifying operations from server rack to wiring closet
Multi-vendor network management for the
enterprise
• Proactively discover and monitor multi-vendor
data center and campus network infrastructure
› Support for Dell plus Brocade, Cisco, HP,
Juniper switches
• Maximize uptime by proactively monitoring for
network problems
– Port congestion
– Link down issues
– Bandwidth problems
• Save time by automation common
configuration actions and tasks
© Copyright 2017 Dell Inc.37
Why Open Networking and DellEMC ?
Investment Protection
Open Architecture
No Hardware lock-in
Re-purpose HW & SW
$ Lower TCO
Array of Choices
HW can be replaced to take advantage of merchant
silicon inventions keeping the same SW. SW can be
replaced keeping the same HW.
Opportunity to standardize on HW not requiring fork-lift
upgrade
Reduced CapEx and OpEx compared to traditional
Incumbent infrastructure
Open and agile scale-out deployment to address
future growth
Standardize on HW
Learn more
dell.com/networking