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Summit x670
- 1. Core backbone Top of the Rack HPCC Campus aggregation Summit X670 extreme@muk.ua
- 2. Extreme Networks® Product Portfolio Network Summit X480 BlackDiamond® 8800 BlackDiamond X Management with 8900-Series Series Modules Summit X670 E4G 200/400 Only 400 model stacks VIM4-40G4X 8900-40G6X-Xm Ridgeline™ Summit X460 Summit X650 Motorola ADSP BlackDiamond 8800 with C-Series VIM3-40G4X Modules Wireless Summit X450a Single-Radio AP Adaptive AP Wallplate AP Controller w/ AP* Summit X450e BlackDiamond 8800 Summit X250e Summit X440 with 8500-Series Modules Summit® WM EAS Summit X150 Summit X350 ReachNXT™ 10/100M 1G 10G 40G 1/10/40G 10/40/100G Fixed SummitStack™ Modular 2
- 3. Новый коммутатор X670 Тенденции Summit X670V • 48 x 10 GbE + 4 x 40 GbE (or 64 x10 GbE) – Консолидация и конвергенция • Поддержка MLAG, Selective QinQ – Необходимость в интерфейсах • Технология MPLS (H-VPLS) 10 GbE и выше • Низкое энергопотребление, отказоустойчивые блоки питания Продукты 40 GbE Summit – 48 x 10 GbE + 4 x 40 GbE (или 64 x 10 GbE) в форм-факторе 1 RU (Summit X670V) – 4 x 40 GbE модуль для Summit® X650 and X480 – Высокоскоростное стекирование 160 Защита инвестиций GbE или 320 GbEна большие • 4 x 40 GbE модуль для Summit X670V, расстояния через интерфейсы 40 X650 и X480 GbE (Summit X670V/X650) 3
- 4. Серия Summit X670 Summit® X670V-48x – 48 портов GbE/10 GbE – Один модуль расширения для VIM4-40G-4X: • 4 порта 40 GbE • 16 портов 10 GbE с разветвителями • 64 порта 10 GbE в коммутаторе • SummitStack™-V320 используя 4 порта 40 GbE – Стеккирование SummitStack-V используя два порта 10 GbE Summit X670-48x – 48 портов 1 GbE/10 GbE – Стеккирование SummitStack-V используя два порта 10 GbE ports 4
- 5. Summit® X670V Switch Design Motion Sensor 48-port Dual Speed 1 GbE/10 GbE (SFP+) passive copper Expansion Slot with Optional AC/DC Power Optional Redundant 2+1 Fan Tray AC/DC Power Supply 4-port 40 GbE Module (QSFP+) Supply 5
- 6. Модель Summit X670V-48x Широкая функциональность и масштабируемость – 128K L2 MAC адресов (в 4 раза больше, чем Summit® X650) – 16K маршрутов IPv4 Передняя панель: 48-port 10 GbE (SFP+) Data Center Bridging (DCB) – Priority Flow Control (PFC) + – Enhanced Transmission Selection (ETS) Задняя панель: 4-port 40 GbE option – Data Center Bridging Exchange Protocol (QSFP+) (DCBX) Cut-through, задержка менее1 µsec Настраиваемые порты 40 GbE – Каждый порт 40 GbE может быть настроен как 4 порта 10 GbE Модули QSFP+ 40 GbE Optics Адаптер 40 GbE to 4 x 10 GbE 40 GbE Passive Copper до 3х метров 40 GbE Active Fiber до 100 метров 6
- 7. Summit® X670 Switch Design Motion Sensor 48-port Dual Speed 1 GbE/10 GbE (SFP+) passive copper AC/DC Power Optional Redundant 2+1 Fan Tray AC/DC Power Supply Supply 7
- 8. Модель Summit X670-48x Широкая функциональность и масштабируемость – 128K L2 MAC адресов (в 4 раза больше, чем Summit® X650) Передняя панель: 48-port 10 GbE (SFP+) – 16K маршрутов IPv4 + Data Center Bridging (DCB) Задняя панель: Нет порта данных – Priority Flow Control (PFC) – Enhanced Transmission Selection (ETS) – Data Center Bridging Exchange Protocol (DCBX) Cut-through, задержка менее1 µsec PHY-less Design (функции уже интегрированы в ASIC) – Более низкая задержка и энергопотребление – Не поддерживает модули LRM или выше, интерфейсы SFP+ passive copper до 5-ти метров – Улучшенное ценообразование 8
- 9. Summit X670 Motion Sensor Motion Sensor В коммутаторы серии Summit® X670 установлены сенсоры движения – Обнаружение движущихся объектов для обеспечения безопасности – Возможность выключения LEDs когда нет движения – Логгирование движений EMS (Event Management System) – Генерация трапов SNMP, сообщений syslog, и т.д. 9
- 10. Summit® X670V/X670 Реверсивный поток воздуха Коммутатор поставляется с двумя вариантами блоков вентиляторов • Модель Front-to-back airflow (FB) • Стандартная инсталляция, порты10 GbE впереди шкафа • Модель Back-to-front airflow (BF) • Установка коммутатора с задней стороны шкафа Поток воздуха от PSU должен совпадать по направлению с блоками вентиляторов • 450W PSU только FB airflow • 450W PSUs те же, что и Summit® X480 AC/DC PSUs • 550W PSUs имеют две опции: front-to-back и back-to-front airflow • 550W AC FB и BF airflow • 550W DC FB и BF airflow Направление воздуха запасных блоков питания должно совпадать с уже установленными блоками питания !!! Одновременная поддержка блоков питания AC и DC в одном коммутаторе 10
- 11. Опции стекирования коммутаторов Summit X670V and X650 model only Summit® X670V With 40 GbE Module (VIM4-40G4X) Summit X670V – 4-port SummitStack™-V320 Summit X650 – 2-port SummitStack™-V160 Summit X650 – 2-port SummitStack-V80 Summit X480 – Compatible with Summit X460/X480 with SummitStack-V80 modules Summit X670V Summit X670 and X670V models Summit X670 – 2-port SummitStack-V (only 47,48 ports) Summit X650 – Compatible with Summit Summit X460/480 X650/X480/X450e/X450a/X460 Summit X460/480 Summit switch X670V / X650 X480 X460 SummitStack-V320 Yes Yes No SummitStack-V160 Yes Yes No SummitStack-V80 Yes (use V160) Yes Yes SummitStack-V Yes Yes Yes SummitStack Yes Yes Yes 11
- 12. Summit X670 Series Optics Support SFP/SFP+ Transceivers Summit® X670-48x Summit X670V-48x 48 x SFP+ ports 48 x SFP+ ports 1000BASE-SX SFP Yes Yes 1000BASE-LX SFP Yes Yes 1000BASE-ZX SFP Yes Yes 1000BASE-LX100 SFP Yes Yes 10/100/1000BASE-T SFP Yes Yes, using reference sell 1000BX-D/U SFP Yes Yes 10GBASE-SR SFP+ Yes Yes 10GBASE-LR SFP+ Yes Yes 10GBASE-LRM SFP+ (NEW) No Yes 10GBASE-ER SFP+ Yes Yes 10GBASE-CR SFP+ 1m – 10m Up to 5 meters Up to 10 meters QSFP+ Transceivers Summit X670-48x Summit X670V-48x N/A 4 x QSFP+ ports QSFP+ passive copper cable Yes QSFP+ active fiber cable Yes 40GBASE-SR4 QSFP+ optic Yes 12
- 13. Summit Plugin 40G Ethernet • VIM4-40G4X (X670V) – QSFP+ connector – 4 x 40G ports – Each port can be configured into 4x10G – S3, S4 used for stacking SummitStack – V160 – S1,S3 and S2,S4 used for stacking SummitStack – V320 – LED 1 is blue when 40G – LED 1-4 is green when 10G 13
- 14. Summit X670 Software License Feature Packs can be applied to both license levels Core License (Option) BGP4/BGP4+, IS-IS for IPv4/v6, OSPFv2/v3-full, MSDP, PIM- Direct Attach™ DM/SM/SSM, EAPS-full-mode, etc. Feature Pack (Direct Attach & VEPA) Advanced Edge (Base) MPLS Includes all L2/L3 switching with STP, LAG, M-LAG, EAPS-edge- Feature Pack (MPLS, VPLS, H-VPLS) mode, XNV™, CLEAR-Flow, and RIPv1/v2/ng for IPv4/v6 OFPFv2/v3 edge mode, VRRP, PBR, PIM-SM- edge-mode, etc. 14
- 15. Summit X670V and X650 Comparison Summit® X670 offers equal or greater scalability than Summit X650 Feature Summit X670V Summit X650 Notes Max Ports 48 x 10 GbE + 4 x 40GbE 24 x 10 GbE + 8 x 10GbE 2x Speed/Density Summit X650 for 10GbT 10G port type SFP+ SFP+ or 10GBASE-T opportunity SummitStack™-V320 SummitStack-V320, Stacking Virtual Chassis V160,V80,V V160,V80,V, 256, -512 L2 MAC 128K 32K 4x Scalability L3 Route 16K LPM 12K LPM Equivalent QoS Egress 8 queues per port Egress 8 queues per port Equivalent ACLs 2K ingress, 1K egress 2K ingress, 512 egress 2 x Scalability Ingress policing and egress Ingress policing and egress Bidirectional w/o BW Control shaping shaping loopback Dual, hot-swappable AC/DC, More flexible with AC/DC Power Dual, hot-swappable AC/DC mixed support mixed support 2+1 fan tray, front-to-back and Removable fan tray, Higher availability and FAN/Cooling back-to-front front-to-back ideal airflow Operating ExtremeXOS® ExtremeXOS Consistent Modular OS System 15
- 16. The Extreme Networks Solution M-LAG DCBX M-LAG Масштабируемое, надежное и (Multiswitch Link Aggregation) производительное ядро ЦОД Модульная ОС XNV™ Direct Attach™ OpenFlow 40GE High-density IDM ..позволяет агрегировать два или более физических канала на двух коммутаторах в один логический. В качестве подключаемого сетевого устройства может быть сервер или коммутатор, порты которого настроена как обычный LAG (Link Aggregation Group) или teaming сетевых карт. 16
- 17. Увеличение пропускной способности 2х Меньше конфигурирования и увеличение пропускной способности! • MLAG - Multiswitch LAG • Объединение двух коммутаторов в виртуальный коммутатор с синхронизацией таблиц коммутации • Выглядит для других коммутаторов одним коммутатором, поэтому возможно использовать группу каналов (LAG), которая работает с обоими коммутаторами одновременно 17
- 18. The Extreme Networks Solution M-LAG DCBX DCBX DCB devices capabilities (Data Center Bridge Capabilities Модульная Exchange Protocol) IEEE 802.1Qaz exchange within Data Center ОС XNV™ Direct Attach™ OpenFlow 40GE High-density IDM .. протокол DCBX (data center discovery and capability exchange protocol) используется устройствами поддерживающими DCB для обмена информации о конфигурации между напрямую подключенными соседями. Протокол так же может использоваться для поиска ошибок в конфигурации параметров DCB. 18
- 19. The Extreme Networks Solution M-LAG Модульная Высокая надежность и DCBX Операционная непрерывность работы Модульная ОС Система XNV™ Direct Attach™ OpenFlow 40GE High-density IDM ..модульная ОС позволяет загружать и выгружать модули, активировать лицензии без прекращения работы коммутатора. Предоставляет высокую доступность и надежность. Идеальна для ЦОД, где серверы и приложения динамически перемещаются. 19
- 20. The Extreme Networks Solution M-LAG Сеть, понимающая DCBX XNV™ современные решения по ExtremeXOS® Network Virtualization Модульная виртуализации ЦОД ОС XNV™ Direct Attach™ OpenFlow 40GE High-density IDM … набор программных решений, позволяющих полностью контролировать виртуальные машины в течение их жизненного цикла на сетевом уровне, а так же предоставляющий сетевому администратору графическое средство для работы с ВМ в ЦОД. 20
- 21. The Extreme Networks Solution M-LAG Уменьшает количество сетевых DCBX Direct Attach™ уровней перемещая Модульная (VEPA) коммутацию ВМ в сеть ЦОД ОС XNV™ Direct Attach™ OpenFlow 40GE High-density IDM .. это следующая ступень развития виртуализации, позволяющая виртуальным машинам подключаться к сети напрямую, без необходимости коммутации на уровне серверного программного обеспечения. Тем самым возвращая коммутацию обратно в сеть. 21
- 22. The Extreme Networks Solution M-LAG Мощное средство управления DCBX OpenFlow коммутацией в ЦОД основанное Модульная на открытых стандартах ОС XNV™ Direct Attach™ OpenFlow 40GE High-density IDM .. это протокол, позволяющий внешнему устройству управлять forwarding tables коммутатора. OpenFlow был предложен и первоначально разработан в Стэнфордском университете для стандартизации интерфейса между forwarding plane коммутатора и control plane. 22
- 23. Summit X670: Позиционирование Nexus 3064 S-Series S4810 QFX3500 Arista 7050S-64 HP 5900AF-48XG-4QSFP+ (H3C) 23
- 24. Summit X670: Competitive Comparison Extreme X670 Nexus 3064 QFX3500 HP 5900 AF Arista 7050S Force10 S4810 1/10G порты 48 48 48 48 48 48 40G порты (тип) 4 (QSFP+) 4 (QSFP+) 4(QSFP+ roadmap) 4 (QSFP+) 4 (QSFP+) 4 (QSFP+) Merchant Silicon Yes, from Broadcom Пропускная 1.28 Tbps / 960 1.28 Tbps / 950 1.28 Tbps / 960 1.28 Tbps / 952 1.28 Tbps / 960 1.28 Tbps / 960 способность Mpps Mpps Mpps Mpps Mpps Mpps Dynamic Buffer 9 Mb Up to 8 different Please ask details4 same) - - +(only - +(only 2 same) Стекирование Кол-во 16000 16000 16000 16000 16000 16000 маршрутов IPv4 L3 License (IS- at extreme@muk.ua + +(2 step) + - + - IS, BGP,…) FCoE + - +(with license FC) + - - MPLS + - or our partners + - - - OEM optic + No info No info No info No info NOT SUPPORT ACL (кол-во) 2048i / 1024e 2000i / 1000e 1500 1500 No info No info LAG 16 16 32 32 16 8 Power/fans Efficient power & hot-swappable redundant fans Кол-во MAC 128000 128000 120 000 128 000 128000 128000 TRILL,OpenFlow, No info 40GE(QSFP+), VEPA, FCoE, TRILL, 802.1Qaz, TRILL, DCBx ROADMAP L3VPN, etc. DCBx TRILL IPv6 24
- 25. Summit X670: Pricing Part Number Summit Part Name Рекомендованная Обязательная цена DDP поддержка (95600) 17101 Summit X670V-48x $ 34 119 $ 1 554 17122 VIM4-40G4X $Please ask 4 089 $ details 195 17103 Summit X670-48x $ 20 469 $ 1 086 17131 Summit X670 Series Core License $ 8 184 $ 462 17133 Summit X670 MPLS Feature Pack $ 5 454 at $ 286 11011 Direct Attach Feature Pack $ extreme@muk.ua 1 359 $ 189 10925 Summit 550W AC PSU FB $ 813 - 10926 Summit 550W DC PSU FB $ or 1 086 partners our - 25
- 26. Спасибо за внимание! У Вас есть вопросы? Николай Нечепоренко nn@muk.ua 26
Editor's Notes
- The Summit X670 offers many stacking options – and the VIM module gives the Summit X670V even more stacking flexibility. Using the Summit X670V, you can use SummitStack-V60 or SummitStack V80 cables to do two-port stacking, or upgrade to four-port stacking with SummitStack-V320 cables. Two-port stacking with SummitStack-V160 provides 160 gigabits of stacking, while two-port SummitStack-V80 cuts that back to 80 gigabits for smaller, more economical applications. All these stacking methods mesh with the Summit X650 and the Summit X480, which also support the 40-gigabit VIM modules.
- Most optics work with both the Summit X670 and the Summit X670V. However, the copper GBIC 10/100/1000 tri-speed copper SFP optics works fine on the Summit X670, but not on the X670V. The LRM and QSFP+ optics work only with the Summit X670V, while the 10-gig passive copper cables can transmit up to 10 meters from the Summit X670V, but only five meters from the Summit X670 because it connects to the Summit X670 through a PHY. Optics that work with both switch models include SFP; BX; GigE; BXB and BX-U; 10-gigabit SR, LR, and ER.
- Another technology that’s becoming very important in the data center is Multi-Chassis Link Aggregation, which is the multi-path capability on our switches. M-LAG is a powerful technology because it is upgraded through software, not hardware. It is an easy way to provide multi path capability in the data center.Our two-tier network architecture can support up to 4608 10 GB Ethernet servers. This is achieved by using our BlackDiamond® X8 chassis-based products and our Summit® X670 top-of-rack product. And we can scale to more servers by adding more tiers in the network.
- Another key area of Data Center Infrastructure is what’s called Data Center Bridging, which is used for data and storage integration. DCB is a set of extensions to Ethernet that allow for the lossless transmission of data across an Ethernet network. Let’s have a look at the DCB puzzle…The first one DCBX, which is a Layer 2 communications protocol (Data Center Bridge Capabilities Exchange), which allows DCB (Data Center Bridging) devices to discover and exchange capability information using the protocol (DCBX). The protocol may also be used for miss-configuration detection and for configuration of the peer. Ethernet does not currently have adequate facilities to control and manage the allocation of network bandwidth to different network traffic sources and/or types (traffic differentiation) or to allow the management capabilities to efficiently and fairly prioritize bandwidth utilization across these sources and traffic types. Lacking these complete capabilities, data center managers must either over provision network bandwidth for peak loads, accept customer complaints during these periods, or manage traffic prioritization at the source side by limiting the amount of non-prioritytraffic entering the network.Overcoming these limitations is the key to enabling Ethernet as the foundation for true converged data center networks supporting the LAN, storage, and inter-processor communications. Ethernet has been successful in evolutionary enhancements due to its ability to be backward compatible and allowing plug-and-play deployment.DCB needs to be able to interoperate with traditional Ethernet devices that do not have DCB capabilities. This plug-and-play functionality is provided to DCB devices by the already mentioned protocol called DCBX. This protocol is defined inIEEE 802.1Qaz Task Force. It provides ability for Ethernet devices (bridges, end stations) to detect DCB capability of the peer device. It also allows configuration distribution from one node to another. This simplifies management of DCB nodes significantly. The DCBX protocol uses LLDP services for exchanging DCB capabilities.
- Another key area of Data Center Infrastructure is what’s called Data Center Bridging, which is used for data and storage integration. DCB is a set of extensions to Ethernet that allow for the lossless transmission of data across an Ethernet network. Let’s have a look at the DCB puzzle…The first one DCBX, which is a Layer 2 communications protocol (Data Center Bridge Capabilities Exchange), which allows DCB (Data Center Bridging) devices to discover and exchange capability information using the protocol (DCBX). The protocol may also be used for miss-configuration detection and for configuration of the peer. Ethernet does not currently have adequate facilities to control and manage the allocation of network bandwidth to different network traffic sources and/or types (traffic differentiation) or to allow the management capabilities to efficiently and fairly prioritize bandwidth utilization across these sources and traffic types. Lacking these complete capabilities, data center managers must either over provision network bandwidth for peak loads, accept customer complaints during these periods, or manage traffic prioritization at the source side by limiting the amount of non-prioritytraffic entering the network.Overcoming these limitations is the key to enabling Ethernet as the foundation for true converged data center networks supporting the LAN, storage, and inter-processor communications. Ethernet has been successful in evolutionary enhancements due to its ability to be backward compatible and allowing plug-and-play deployment.DCB needs to be able to interoperate with traditional Ethernet devices that do not have DCB capabilities. This plug-and-play functionality is provided to DCB devices by the already mentioned protocol called DCBX. This protocol is defined inIEEE 802.1Qaz Task Force. It provides ability for Ethernet devices (bridges, end stations) to detect DCB capability of the peer device. It also allows configuration distribution from one node to another. This simplifies management of DCB nodes significantly. The DCBX protocol uses LLDP services for exchanging DCB capabilities.
- ExtremeXOSNetwork Virtualization or, as we call it, XNV™. Thiskey piece to the best-of-breed solutions in the data center revolves around virtualization. Extreme Networks has a unique virtualization solution. Extreme Networks believes that virtualization needs to be hypervisor-agnostic. By that, we mean that networking infrastructure needs to seamlessly integrate with the virtualization environment, no matter what hypervisor is in that environment, and if there are multiple hypervisors in that environment to be able to support that as well.Extreme Networks XNV Virtualization Management is a set of software loadable modules that deliver an unprecedented level of visibility, control, and automation of virtual machines into the hands of the network administrator. XNV provides tight integration of the server virtualization environment with the networking infrastructure.It does this in a fully automated, or zero-touch manner, and works with all of the different virtualization technologies. Extreme Networks new XNV technology, now in its first release. The current release supports VMware and Citrix, and tightly integrates the network infrastructure with VMware and Citrix based server virtualization.In the forthcoming second release of XNV, both KVM and Microsoft hypervisor technology is planned to be supported and give Extreme Networks a hypervisor-agnostic approach to integrating the network with the server virtualization environment.
- Another important technology is Virtual Ethernet Port Aggregator or VEPA. This technology enables data center operators to move the switching functionality out of the hypervisor and back into the network. This technology is being ratified as we speak in the IEEE Standards organizations and we are starting to see commercial products in the market. Extreme Networks is one of the first in the industry to have support for VEPA aggregation in its switching platform. It is available across our data center switching ports. The second key component that’s specific to Extreme Networks is a technology we call Direct Attach™. Direct Attach architecture is Extreme Networks implementation of virtual machine switching performed in the network. Various vendors have taken the path of implementing virtual machine switching within the server through the hypervisor, typically called a vSwitch or virtual switch, which adds an extra layer of complexity or switching to the network infrastructure.Extreme Networks Direct Attach approach to the data center takes the path of moving virtual machine switching back to the network and out of the server domain. This has a lot of implications and a lot of benefits, specifically around performance, security and manageability in the data center environment. These are two data center terms specific to Extreme Networks that are important to be familiar with.
- Extreme Networks is working very closely with OpenStack to provide the Networking Layer of that OpenStack infrastructure. So as services evolve from pure CaaS (Compute-as-a-Service) or SaaS (Storage-as-as-Service) to include more networking functionality, Extreme Networks is working with them to provide that network level functionality.The other technology that’s gaining momentum in the marketplace is OpenFlow. OpenFlow enables the separation of the data and control plane and the management of data center services through an OpenFlow controller. Thistechnology is becoming very popular inmany service provider environments that require a large degree of scale. OpenFlow provides for easy management and separation of data and control plane functions.Extreme Networks is working very closely with OpenFlow on integrating its switching functionality into the OpenFlow controller environments.A current trend in the data center is the move toward an open, best-of-breed data standard solutions environment. There is organization called Open Data Center Alliance, which is a consortium of over 50 of the Fortune 500 companies that is basically defining what services they want in an open data center architecture.