Seminář. Trendy v oblasti datové infrastruktury Tomáš Blaško Teritory AM

Seminář

„Trendy v oblasti datové infrastruktury „ 29.11.2012 Tomáš Blaško Teritory AM SM

Core Business Panduit is a world-class developer and provider of leading-edge solutions that help customers optimize the physical infrastructure and mitigate risk through simplification, increased agility, and operational efficiency • Independent leader since 1955 • Global presence; local focus • 112 countries of operation • 4,000+ employees • Solutions focus – Data centers – Connected buildings – Industrial automation

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Technology Partner Ecosystem

Strategic Global Alliances

Networking, Switch, and Server Infrastructure

Technical collaboration and Physical Layer Advisor to computing business units Engaged with leadership on joint integration for intelligent physical management Collaborating on data center cooling solutions Physical Layer Advisor for SANs Industrial networking solutions that combine power, control and networking Testing partner for communication network products and services SM

UPI - Unified Physical Infrastructure

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End-to-end Physical Infrastructure Solutions • • • • • • • • • •

Connectivity and cabling Cabinets and racks Cable management Physical infrastructure management Zone cabling Routing Grounding Labeling and identification Security and identification accessories Design tools

…plus, advisory services through Panduit Professional Services SM

Connectivity and Cabling

Industry-leading, integrated copper and fiber technologies • High performance technology – 10 Gigabyte Ethernet – Fibre Channel – InfiniBand

• Pre-terminated options – 75% faster deployments – Integrated copper/fiber optic combinations – High density applications

• High Speed Data Transport – – – – –

Category 6A Transport System SFP+ Transport System InfiniBand Transport System OM3 Fiber Optic Transport System OM4 Fiber Optic Transport System SM

Cabinets and Racks Manage, protect, and showcase installations • Full solution – Switch and server applications – Multiple configurations

• Accessible pathways – Improves speed of installations / maintenance

• Thermal management – – – – – –

Cabinet system ducting Vertical exhaust system Ventilation paths Perforated doors Air sealing fittings Reduces energy costs of a typical data center by 25% or more

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Intelligent Physical Infrastructure Management

Panduit’s Physical Infrastructure Manager (PIM™) Software Platform monitors physical layer connectivity in real-time to: • Combat business risks • Drive operational advantages and sustainability benefits: Minimized network downtime

Remote management Reduced network costs Improved capacity management and collaboration SM

Physical Infrastructure Management Enable greater visibility of the network infrastructure • 24 / 7 real-time monitoring of patch field connectivity – Automated documentation of connectivity moves, adds, and changes (MACs) – Monitor and alert administrators of patch field changes and potential security risks – Virtual mapping to logical devices enable more comprehensive asset tracking

• Event notifications – Quick fault isolation and troubleshooting – Remote access to networks

• Automated workflows – Reduce risk of human errors – Improve speed of deployments

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Cable Management

Manage, protect, and showcase cable routing • High density – Works with flat and angled patch panels to maximize density and utilization of cabinet and rack space

• Reduced real estate – Can minimize floor space and costs by 23%

• Integral bend radius – Helps maintain network reliability

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Zone Cabling

Shorten horizontal cables using main distribution points • Zone distribution areas – Reduces cable congestion – Rapid deployment of connections

• Server cabinet deployments – Creates staging areas – Plug and play deployments

• Storage area isolation – Accessibility to connections – Security from intrusion/damage

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Routing Systems

Manage high performance communication, computing, and power cables • Overhead pathways – High density applications – Quick assembly features – Up to three times faster than traditional bolt-together systems

• Under floor pathways – Protection of high cable capacities – Grounding features

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Grounding Systems

Protect network equipment and personnel • Provides protection of personnel and equipment – Critical factor for reliable and efficient network performance – NEBS level 3 compliant components – Helps prevent property / equipment damage due to lightning

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Labeling and Identification

Properly identify networks to simplify MACs and trouble-shooting • Hand-held thermal transfer printers • Software and labels for desktop printers • Faceplates • Marker ties • Patch panels • Surface mount boxes

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Security and Identification Accessories Patch Cord Color Band • Fits any Panduit patch cord • Easily attached and removed • 8 colors for multiple layers

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Lock-In / Block-Out Device • Fits any RJ45 jack • Requires special removal tool

Design Tools and Services

Design the data center for optimized performance • AutoCAD and Visio tools – – – –

1,200 + Panduit product shapes Pathways fill calculator Layout tools Bill of materials generator

• Autodesk® Revit® 3D stencils – Help our partners utilize Panduit product in their Building Information Modeling (BIM) environments – Map the entirety of a building and associated infrastructure (including data centers) – Available on Panduit Partner website SM

Data Center Advisory Services

Physical Infrastructure Consolidation • Strategy review and current state assessment – IT inventory assessment – Network design review – Physical infrastructure evaluation (includes power)

• Design review – Configuration options – Return on investment / total cost of ownership

• Optimized physical infrastructure design – – – –

Power / cooling Space / capacity utilization Performance / speed Gap analysis with implementation roadmap SM

Physical Infrastructure Virtualization • Technology review – Virtualization objective(s) – Identify bottlenecks / redundancies

• Strategy formulation – Logical layer review – Layer 1 design – Develop roadmap

• Deployment / transition – Solution implementation – Project management

Physical Infrastructure Automation

• Automation assessment – Infrastructure evaluation (data aggregation, modeling, policy development) – Proof of technology workshop – Requirement analysis

• Deployment services – – – –

Solution training Implementation / installation Integration Project management

• Optimized services – – – –

Upgrade Data mining / migration Bandwidth provisioning Report development

REFERENČNÍ ARCHITEKTURA

Unified Physical Infrastructure

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1960

1970

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1980

2000+

Růst Datových center

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10GbE/40GbE/100GbE - důvody

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Z pohledu rychlosti přenosu dat: -pokračující trend na podporu 10 Gb/s v celé LAN (horizontální) a podpora 40/100Gb/s v páteřích (backbone) Z pohledu typů budov/míst aplikace LAN - Telecommunications Industry Association (TIA) Healthcare Facility Standard TIA‐1179, 2 nové připravované aplikace pro LAN: -A) Very Large Public Buildings (airports, arenas, convention centers, others) - B) Education Facilities (K‐12 schools,libraries, others).

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Study group IEEE – 9/2012 (market, feasibility atd..) Výhody nové generace BASE-T (ve srovnání s twinax kabely – direct attached) •Delší dosah – délka linky/kanálu při srovnatelném průměru kabelu • Možnost topologie „End-of-row“ • Menší form-factor interface (RJ45 ? Vesr SFP+/QSFP+) • Větší hustota /objem dat na instalovanou jednotku 1RU > 2 Tb • Bez problémů s kompatibilitou mezi výrobci aktiv. zařízení (vers. Direct attached kabely) SM

Cíle IEEE pro Next generation BASE-T - fokus na datová centra - stíněná kabeláž - šířka pásma ?? - dosah vers. příkon (transcieverů) - diskuse nad „short“ a „long“ variantou – dle dosahu - s ohledem na délku kanálu - Cat7A opět v diskusi ?? - standard definován – konec 2014 ?

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Definice nového přenosového kanálu a jeho parametrů pro 40G: -2 konektorový – kanál – 50m -2 konektorový – permanent link – 40m

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-„Category 8“ byla vybrána - specifikace do 2GHz - parametry kanálu jsou TBD - na základě Alien NEXT parametr –stíněná kabeláž - konektor RJ45 – snaha o zachování jako interface - pracovní draft 0.5 již koluje v komisi (konec 2013 ?)

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Cíl : Technická zpráva definující přenosové parametry kanálu pro 40Gb/s -Posuzují se stávající a „vylepšené“ třídy Class EA (F/UTP) a Class FA (S/FTP) - vyhodnocují se frekvenční pásma 1.0 GHz, 1.6 GHz a 2.0 GHz

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Category 8 – ve stávající diskusi = problém se zpětnou kompatibilitou „elektrických“ parametrů kanálu (NEXT Cat8 nevyhoví pro nižší kategorii) ?

Je Cat7A/Class FA „future úroof cabling – ? – zpětná kompatibilita konektorů Tera, GG45, ARJ45 s RJ45 ?

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Kabel Cat7 (7A) a konektivity Cat6A (Class EA) ...tj. max 500MHz - problém s kompatibilitou RJ45 vers GG45

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Kabel Cat7 (7A) a konektivity Cat6A (Class EA) ...tj. max 500MHz - problém s kompatibilitou RJ45 vers Tera a ARJ45

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IEEE Ethernet 802.3 working group -Vývoj 100Gb infrastruktury 2. generace pokrývající ostatní média (fiber) mimo copper kabely 100G over Multimode Fiber (MMF) Od 2010, multimode fiber podporuje 40G a 100G Ethernet – agregace 4 resp 10 x 10G kanálů (paralelní optika) Nový progres - next generation 100G‐over‐MMF project bude používat 4 x 25Gb/s linky nebo kanály Snaha o použití stejné technologie paralení optiky po MM vláknech : 40GBASE SR4 – preferovaná technologie pro agregaci v datových centrech po paralelní optice i pro 4 x 25G SM

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Pravděpodobný vývoj 100G po MM vláknech: Stejná infrastruktura pro OM4 MM vlákna pro 4 X 25G nové generace MM vláken jako pro 40G Vývoj standardu je pod „Ethernet Study Group for Next Generation (40G & 100G) Optical Fiber Ethernet „ Pravděpodobná podpora dvou vzdáleností pro 100G‐over‐MMF varianty: (podobné jako pro 40G‐over‐MMF- Dosah s vlákny OM3 a pro vlákna OM4. MMF varianta může obsahovat rovněž velmi-krátkou variantu s použitím Active Optical Cable (AOC) linek.

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Nové specifikace vláken MM OM4 Bend Insensitive fibers - Přídavná vrstva na vlákně s odlišným (nižším) indexem lomu

- „trench“ - odraz světla zpět do vláka při ohybu - probíhá standardizace průměru vlákna, a dalšíhc parametrů vláken, které byly specifikovány předtím - Nutno zajistit možnost istalace /svarů, spojování různých typů „bend insensitive „ vláken i se standardnícmi vlákeny

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Nové aplikace SM vláken Upgrade technologie po Single‐mode Fiber (SMF) se očekává rovněž v podobě „next generation 40G/100G Ethernet“ -Nové varianty s ohledem na Terabit Bandwidth -Next generation 40G/100G optical fiber – očekává se v půběhu 2012 -Nový „long reach“ 40G SMF pro Metropolitan Area Network (MAN) -Využití “coherent” technologie pro zvýšenou efektivnost šířky pásma. -Jiná pravděpodobná varianta SMF zacílená na „short‐reach LAN“ pro 100G bude možná využívat paralelní optiku (jako MMF) namísto Wave Division Multiplexing (WDM) – (4 aggregované 25G kanály)

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EIA/TIA – příprava standardu pro školství Educational Facilities Task Group within TR-42.1 has conducted mock ballots on TIA- 4966 Telecommunications Infrastructure for Educational Buildings -distributed antenna systems - primary and secondary schools, e.g. K-12, libraries, and related facilities

special considerations for : - broadband coaxial cabling, - considerable information covering cabling for security systems and access controls, - as well as energy management systems and controls; - and guidelines for supporting mobile communications DAS in addition to LAN wireless access point distribution

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Standard Cabling Topology Zone Cabling Topology

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Zone Cabling • Zone Distribution Areas o Snížení délky kabelů o Snížení spotřeby el.energie o Rychlejší instalace/rozšíření

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PanZone Raised Floor Enclosures PZRFE4, PZRFE8, PZRFE12 & PZRFC

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Wi- Fi boxes

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Green PoE AC

AC-DC DC-AC

AC-DC

33% power loss

AC UPS

AC AC-DC

Panduit

7% power loss SM

DC UPS



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Logical - Physical Network Design

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Micro Data Center – IN-Room Solution Enterprise/Office Patchfield used to uplink switch to level 4 & 5 Enterprise

Server Patching Cross connect between production servers and switch

Firewall and DMZ Logical buffer zone between the Enterprise and Manufacturing

Manufacturing Zone Patchfield used to connect layer 3 switch to layer 2 switches used on plant floor SM

Switch Enclosure

Server Enclosure

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Physical layer Services

Co Panduit DC UPI vyhodnocuje ? Místo/prostor/plocha – jak získat víc místa o 35%-40% Chlazení – zaměřeno na proudění vzduchu , jeho směrování a využití Napájení – na úrovni rozvaděče či rozvaděčové skříně Zemnění – vyhodnocení lsprávného zemnění a pospojování, EM discharge

Kabeláž- přechod na 10 - 40 -100 Gbps , kabelové trasy, trasování v DC PUE – vyhodnocení a měření SM

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Highspeed Data Transfer

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HSDT (High Speed Data Transport) HSDT is not a single product, it could be any number of solutions from 10G Copper over RJ45 to single mode fibre

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Server Cluster

FCoE

SAN (Storage)

FCoE

Hard Disks: RAID (Redundant Array Inexpensive Disks)

LAN Ethernet Traffic

1Gb Ethernet Cat 5e or Cat 6

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User Environment Networked desktops

Local Area Network

Blade servers

FCoE

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DATA: 8 per chassis SAN: 4 per chassis

Sparse 1 large server DATA: 3-5 per cabinet SAN: 2 per cabinet SM

Medium density 2 or 3RU Servers 14/21 per cabinet DATA: 28/42 per cabinet SAN: 14/42 per cabinet

Dense 1RU Servers Up to 42 per cabinet DATA: 84 per cabinet SAN: 42-84 per cabinet

Blade servers 6 chassis per cabinet 14 blades per chassis DATA: 48 per cabinet SAN: 24 per cabinet

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I/O Consolidation with Top of Rack Topology I/O Consolidation  Can consolidate LAN and SAN onto same servers  Use Hybrid Copper/Fiber Cabling Network  Cost effective 10G SFP+ cables server to switch  OM3 Fiber uplink to LAN and SAN switches  More effective use of servers  Lower CapEx and OpEx (power) SM

10Gig SFP+ Copper Use for 10Gig Interconnect OM3 Fiber Uplinks to Aggregation

OM3 Fiber Uplinks to Aggregation

SFP+ Copper, 1,2,3m

SFP+ Copper, 1,2,3,4,5 m

20 2U dual port 10G SFP+ servers 40 cables SM

40 2U 10G SFP+ servers over 3 cabinets 80 cables

SFP+ 10Gig Use - End of Row Fiber Uplinks to Aggregation SFP+ uplinks to TOR management switch

Nexus 2K uplink to Nexus 5K at end of row, can reach 6-7 cabinets with passive copper cable

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SFP+ 10Gig use - Middle of Row Fiber Uplinks to Aggregation SFP+ uplinks to TOR management switch

Nexus 2K uplink to Nexus 5K in middle of row, can reach 12-14 cabinets with passive copper cable

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Fiber

Copper

Many copper runs between enclosures

Patch panel X-connect


Network Access Point A

Network Access Point B

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Patch panel

Patch panel

Server

Server

Server

Server

Fiber

Copper

Shorter maximum inter-enclosure run length vs. end-of-row

Patch panel

Server

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Server

Patch panel Patch panel X-connect


Network Access Point A

Network Access Point B

Server

Server

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Traditional design High switch port utilization Complex cabling Requires well-planned DC layout

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Dense (1RU) server racks or blades Suboptimal switch port utilization Fewer cable runs More flexible, modular design

End-of-Row / Middle-of-Row

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Top-of-Rack / Blade Servers SM

Design goals: Efficiency versus flexibility

• MOR applications put significant demand on physical infrastructure – High Bandwidth and Performance requirements – High density requirements (Nexus)

• MOR server cabinet similar to TOR – Access layer switch replaced with structured cabling

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Switch Cab

Cross Connect

A B A B

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Server Cab

Server Cab

Panduit Net-SERV & Net-Access Cabinets

High Density Servers in Net-SERV SM

Net-Access Cisco Net-Access Nexus 7018 Cisco Nexus 7010

Net-Access Cisco 9500

Net-Access Cisco 6509

New Net-Access Cabinets for Use with Cisco Nexus 7018 Series Switches (Global)

UCS Server

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Nexus 7018

Nexus 7010

MDS 9513

Catalyst 6509

• New Data Center Class Core Switch (Nexus 7010) • Cisco and Panduit worked together on thermal management • Key Features Nexus: – 15 Tera bytes/sec – 256 x 10G ports (384 x 1G ports, or 256 10gig fiber ports (512 fibers)) – 10 slots – 250 kg fully loaded – 96,5 cm deep – 21RU high – 3x 6kW PSU SM

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Cable Installation and Routing Guidelines for the Cisco Nexus 7010 Switch

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Hot Air Return Plenum Ceiling Plenum Net-Access Server Cabinet with VED

Under Floor Plenum SM

CRAC Unit

Brush Grommets Less Efficient

TIA 942 (Section 7.5.4) states that all cut tiles should have edging or grommets. The Panduit cool boot provides this and prevents air flow. SM

Panduit Cool Boot

Blanking Shades https://connect.panduit.com/organizationportal/org_globalsales andmarketing/salesenablement/Page%20Library/SalesNetworkF orLearning.aspx

FLBSIM

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Blanking Shades

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Blanking Shades

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NO Exhaust Ducting NET-ACCESS™ Cabinet

Switch inlet temp . 24C

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Top of the rack temp. 55C

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PATCHRUNNER Cable Management and angled patch panels work together to provide the ultimate high density cable management solution to reduce costs in data centers

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Reduce real estate costs by minimizing floor space

MINI-COM® Angled Patch Panel Solution Angled High Density Modular Patch Panels and PATCHRUNNER® Vertical Cable Managers   

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Reduce real estate costs up to 23% Reduce installation time with 46% fewer components Lower MTTR: easy to find correct cords

reduce the operational costs

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Passive system - no fans Exhaust duct directs air to return plenum Allows for overhead cabling Scalable (Retrofit existing cabinet) Directly vents up to 20kW+ of the exhaust from servers into return plenum of data center SM

Uzavřená ulička – redukce OPEX o 23%

Cold Isle containment Saving 23% on OPEX SM

Vertical exhaust System 30% cheaper than deploying CRAC’s and saving >30% in OPEX

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Easy Maintenance 

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QUIK-LOCK Couplers make fast and easy maintenance

Low total cost of ownership Achieve maximum design flexibility and growth potential

Quick deployment 

Significant time & cost savings during installation & maintenance 

Reduces installation cost by ½ in relation to competitor’s systems SM

2. Panduit Fiber solutions - přehled

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PANDUIT Fiber solutions 10 GIGABIT ETHERNET AND FIBRE CHANNEL OVER FIBER New classes of multimode fibers (ISO designated as OM3 and enhanced OM3 [ie. OM4]) enable cost-effective structured cabling solutions by employing low-cost VCSEL-based transceivers to deliver reliable 10 Gigabit Ethernet performance at a reach of up to 300 m. Such fibers also exceed media requirements of ANSI Fibre Channel for 1GFC, 2GFC, 4GFC, 8GFC and 10GFC FIBER OPTIC STORAGE NETWORKING SOLUTIONS 4 Gbps and 8 Gbps standards today, to 16 Gbps and higher for future standards

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OM3,OM4 – laser optimized fibers

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40Gb/100Gb over fiber PHY

40 Gigabit Ethernet

at least 1 m over a backplane (PCBboard) (4 lines)

40GBASE-KR4

at least 10 m over copper cable

40GBASE-CR4

100GBASE-CR10

at least 100 m over OM3 MMF (OM4 – 125m)

40GBASE-SR4

100GBASE-SR10

at least 10 km over SMF

40GBASE-LR4

100GBASE-LR4

at least 40 km over SMF

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100 Gigabit Ethernet

100GBASE-ER4

40GbE 40 Gigabit Ethernet (40GbE)

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100GbE 40 Gigabit Ethernet (40GbE)

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OM3,OM4 – laser optimized fibers Pro paralelní opt. systémy MM: - IEEE stanovila minimum dosah100 meters (m), na OM3 vláknech - OM1 and OM2 nebudou podporovány pro 40 Gb/s a 100 Gb/s standard - 100 m = pouze cca 85% procent Data center linek => OM4 vlákna

- zvýšený dosah 125 m …= 15% linek

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40GbE (SM fiber) 40 Gigabit Ethernet (40GbE)

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100GbE (SM fiber) 100 Gigabit Ethernet (100GbE)

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PANDUIT Fiber solutions

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PANDUIT Fiber solutions PRE-TERMINATED COPPER AND FIBER SOLUTIONS QuickNet ™ Pre-Terminated Cabling Systém The QuickNet ™ Fiber Optic Cabling System exceeds the requirements of IEEE 802.3ae 10 GbE and all high-speed ANSI Fibre Channel standards

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PHYSICAL SECURITY Keyed LC Fiber Optic System incorporates positive/negative keying features and color-coding for effective physical layer security; keyed and color-coded connectors prevent unauthorized moves or changes in patch fields and at workstations

PANDUIT Fiber solutions New Keyed LC System Opti-Core® Fiber Optic Cable features the highest quality OM4, OM3, OM2, OM1 and OS1/OS2 fiber OptiCam® Pre-Polished Connectors and field polish connectors QuickNet™ Cabling System Opticom® and QuickNet™ Enclosures Mini-Com® Adapter Modules and Opticom® Fiber Adapter Panels (FAP) Opti-Core® Patch Cords and QuickNet™ Cable Assemblies SM

NEW - PANDUIT Fiber cables – Signature Core Signature Core™ Laser-Optimized 50 Micron Multimode Fiber – - minimalizace vliv u chromatické disperze na signál oproti zvyšování modal bandwith - 6 letý výzkum v Panduit Labs - značný podíl Panduitu na prosazení OM4 vláken do standardů - přesahuje industry standardy

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VCSEL’s & Wavelength • VCSEL (Vertical-Cavity Surface-Emitting Lasers) lights up MMF in DCs – They convert the electrical signals into laser light

• Dead on (perpendicular to the VCSEL) the nominal wavelength is 850nm • As angle decreases (< 90 )  Wavelength starts to decrease

l0

• Effect discovered by Panduit Labs SM

l1

l2

l 0 > l1 > l 2

Panduit Discovery – Chromatic Distortion in Fiber Cable

INPUT r

VCSEL In Optical Module

OUTPUT r

Chromatic Dispersion

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What Signature Core™ Fiber Optic Cabling System Can Do For You Saves Data Center Capital Expense

Several rows of servers may be located far from the Main Distribution Area (MDA)

Uses multimode fiber in place of singlemode fiber = cost savings

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• Implement state-of-the-art data center architectures • Future proof – 40G & 100G Ethernet – 8G, 16G & 32G Fibre Channel

Signature Core™ Fiber Optic Cabling System Fiber Optic Systems A complete line of multimode fiber optic products will include:

QuickNet™ MTP Interconnect Cable Assemblies

QuickNet™ SFQ MTP Cassettes

QuickNet™ Trunk Cable Assemblies

QuickNet™ Hydra Cable Assemblies

Opticore® Patch Cords SM

PANDUIT Fiber solutions Quick Net

3. ™ QuickNet™ 10GIG Plug & Play for Data Centers/SANs

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Opticom® QuickNet™ Pre-Terminated MTP Cassettes Opticom® QuickNet™ MTP Interconnect Patch Cords Opticom® QuickNet™ Rack Mount Enclosures Opti-Core® 10Gig™ Fiber Optic Patch Cords Opticom® QuickNet™ Trunk Assemblies SM


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PANDUIT Fiber solutions Quick Net 1RU P/P HD Fiber Enclosure

MTP Trunk/Horizontal Assembly

Fiber Cassette

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PANDUIT Fiber solutions QuickNet ™ MTP* Fiber Optic Cassettes

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PANDUIT Fiber solutions Quick Net – MTP connectors

Definition: Ribbon interconnect cable terminated with MTP (Mechanical Transfer Multi-fiber Push-On) connectors designed to interface with MTP optical cassette system Plenum Rated Ribbonized 12 channel MTP Interconnect Cable with OM3 50/125m fiber (Laser Optimized for 10Gb/s) Also available in 62.5um, 50um, and SM versions Factory Certified 100% IL Tested: <.75dB 100% RL Tested: >20dB

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12 Fiber MTP Connectors

PANDUIT Fiber solutions Quick Net – FAP panels 1RU P/P HD Fiber Enclosure

Fiber Trunking Assembly

12 fiber, Fiber Adapter Panel SM

PANDUIT Fiber solutions Quick Net – patch panels, enclosures (FAP, cassettes)

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PANDUIT Fiber solutions Quick Net – certificates • Printed test results with every loom

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PANDUIT Fiber solutions Quick Net – SFQ series MTP cassettes

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PANDUIT Fiber solutions Parallel Optics Structured Cabling • MTP SFQ cassettes achieve up to 72 fiber per cassette, providing up to 576 fiber connections per RU

• Fiber and Copper Cassettes feature the same form factor, allowing excellent flexibility within the QUICKNET™ Patch Panels • Future looking structured cabling solution that minimizes patch panel footprint and provides physical aggregation of ribbon fiber units into small form factor cabling

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PANDUIT Fiber solutions Quick Net – SFQ series patch panels

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PANDUIT Fiber solutions Quick Net – HDQ – High Denisty

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5. Panduit Mini Com optické moduly

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PANDUIT Fiber solutions Mini Com optické moduly

18 barev klíčů SM

PANDUIT Fiber solutions Mini Com optické moduly

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7. Panduit Opti Cam pre-polished connectors

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PANDUIT Fiber solutions Opti Cam pre-poslished connectors

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PANDUIT Fiber solutions Opti Cam pre-poslished connectors

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8. Panduit klíčování – keyed solution Security solution

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PANDUIT Fiber solutions Keyed – klíčované konektory (LC, FJ)

The PANDUIT Keyed LC System provides a superior level of security because its system of both keys and keyways prevents un-alike keyed PANDUIT connectors, as well as other manufacturers’ connectors, from being inserted into a PANDUIT Keyed LC Adapter port. SM

Panduit - accesories

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DCIM Data Centre Infrastructure Management

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Data Centre Infrastructure Management PViQ™ Hardware

PIM™ Software Sensors

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Panduit’s Physical Infrastructure Management Offering Physical-to-Logical Network Views

Layers 2-8

Panduit’s Physical Infrastructure Manager™ (PIM™) Software Platform • Connectivity •IT Asset management (tracking/utilizace) •Power •Enviro (thermal /humidity ) •Space (resource capacity)

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Layers 0-1

Logical to Physical Layer Mapping Network Management Logical View

Virtualization je další „vrstva „ v topologii infrastruktury

PViQ/PiM Physical View SM

PIM and PVIQ

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Physical Infrastructure Management: Hardware and Software PViQ™ Hardware

PIM™ Software System Administration

Report Management

Event Management

Physical Infrastructure Manager

Topology Management

Work Order Management

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PanView IQ - topologie HW

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Cross-Connect Installations

PANVIEW iQ™ CrossConnect Cords manage and map the patch field between two PViQ™ Panels to provide asset tracking of devices from the logical layer to the physical layer

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Interconnect Installations

PANVIEW iQ™ Interconnect Cords support connectivity from shielded non-PViQ™ enabled ports (e.g. switches, servers, etc.) to a single PViQ™ Panel to provide asset tracking of devices from the logical layer to the physical layer

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Enterprise Installations

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UPIM Cabinet Integration

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Pan View IQ networked PDU jednotky

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Senzory PDU jednotek

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Cabinet Top Temps vs. Used Power SM

ASHRAE recommendations.(18-27 C or 64.4 deg F through 80.6 deg F)

Cabinet Elevation View

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DCIM

Monitor Plan Deploy Recovering 30% of Facilities time

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Management Platformy - dle ITIL procesů – IBM Tivoli – Microsoft System Center – BMC Remedy – HP Software – EMC Ionix

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PViQ Networked and Environmental Power Outlet Units (POUs)

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building a smarter, unified business foundation

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Seminář. Trendy v oblasti datové infrastruktury Tomáš Blaško Teritory AM

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