Demarcation Extension: Challenges and Solutions

Transcription

1 Demarcation Extension: Challenges and Solutions Presented By Ty y Estes Marketing Communications Director And Allan Johns Senior Support Engineer

2 Demarcation Extension: Challenges and Solutions Agenda Introduction TDM Demarc Extension Ethernet / IP Demarc Extension Multi-Service Demarc Extension Managed Demarc Extension Expanding Demarc Extension Fiber Capacity Summary

3 About Omnitron Corporate Profile Omnitron corporate headquarters and manufacturing facilities are based in Irvine, California Omnitron is a privately held company incorporated in Omnitron Systems

4 Omnitron Product Families iconverter FlexPoint TM Network Interface Devices, CWDM Multiplexers, T1/E1 Multiplexers, and Managed Media Converters Unmanaged Media Converters OmniConverterTM ic t Unmanaged Media Converters miconvertertm Miniature Media Converters with PoE and PoE Omnitron Systems

5 Omnitron Products Made in the USA Free 24/7/365 Technical Support Most Products are Backed by a Lifetime Warranty Temperature Hardened All Omnitron products for shipment to the EU are available in compliance with the RoHS and WEEE Directives Omnitron Systems

6 What is Demarcation Extension? The network cabling from the Service Provider s Demarcation Point to the Customer Premises Equipment. Minim mum Point of Entry (MPOE) Demarcation Point Service Provider cross connect or equipment. < Demarc Extension > Edge Termination Point Customer Premises Equipment (CPE) Omnitron Systems

7 Where is Demarc Extension Needed? d? Large Buildings Hi-Rises Service Provider Network Demarc Point Campuses and Business Complexes CPE Demarc Point CPE CPE Service Provider Network Demarc Point Omnitron Systems

8 Who are the Players in Demarc Extension? Multiple Parties can be involved: Service Providers Tier 1 (AT&T and Verizon) Local Access Provider/Exchange Carrier Building Owners/Property Managers End User/Subscriber Business IT Managers Telecom Infrastructure Company Solution Provider/System Integrator Demarc Extension Contractor Riser Management Contractor Master Agent, Sub Agent Omnitron Systems

9 Services that t Require Demarc Extension Ethernet (10Mbps to 10Gbps) Direct Internet Access Business Services T1/E1 T1 Voice T1 Data Multiple T1s T3/DS3/E Omnitron Systems

10 Poll Question #1 What is your biggest challenge with Demarcation Extension? 1. Distance limitations of copper cabling 28% 2. Integrating different cabling types 18% 3. Multiple services for multiple tenants 8% 4. Fault Management 20% 5. Increasing capacity of existing infrastructure 26% Omnitron Systems

11 Demarcation Extension: Challenges and Solutions Agenda Introduction TDM Demarc Extension Ethernet / IP Demarc Extension Multi-Service Demarc Extension Managed Demarc Extension Expanding Demarc Extension Fiber Capacity Summary

12 TDM Demarc Extension Maximum Distance over UTP T1 655 feet T3/DS3 440 feet Maximum Distance is measured from the Service Provider s active T1 equipment at a Point of Presence Demarcation Point (T1 Smart Jack) CPE Distance to PoP on local loop + Distance to CPE = Max UTP distance Omnitron Systems

13 TDM Demarc Extension Leverage the benefits of fiber optic cables T1/E1 or T3/DS3/E3 media converters Demarcation Point (T1 Smart Jack) < Demarc Extension > CPE Omnitron Systems

14 TDM and Ethernet t Demarc Extension Leverage the benefits of fiber optic cables T1/E1 and Ethernet media converters Demarcation Point < Demarc Extension > CPE Convert Dual Fiber to Two Single Fiber Strands with Single-Fiber Media Converters and BIDI Wavelengths Omnitron Systems

15 T1/E1 Media Converters Supports T1 (1.544Mbps) and E1 (2.048Mbps) T1/E1 RJ-48 or coaxial to fiber TDM Media Converters T3/DS3/E3 Media Converters Supports B3ZS for T3 (DS3) and HDB3 for E3 codes T3 or E3 Coax to fiber Extends distances up to 120km Supports multimode, single-mode and single-fiber Fixed fiber connectors or SFP transceivers with standard and CWDM wavelengths Hardened Temperature range of -40 to 75 C Omnitron Systems

16 Multiple l T1s Demarc Extension Extend multiple T1/E1 circuits over fiber T1/E1 Multiplexers digitally multiplex up to 16 T1s Also multiplex 10/100/1000 Ethernet in addition to T1s Demarcation Point < Demarc Extension > CPE Omnitron Systems

17 T1/E1 Multiplexers l Digitally multiplexes up to 16 T1/E1 Ports Alarm Relay T1 or E1 channels over fiber 10/100/1000 Ethernet link multiplexed l onto the fiber Local and Remote Loop-back for troubleshooting and testing Supports AIS (all 1s) alarm generation on each T1/E1 Dedicated alarm relay contacts Fiber Port Ethernet UTP Port Fixed configurations support wide (-40 to 60 C) temperature Modular systems support extended temperature (-40 to 75 C) Omnitron Systems

18 T1/E1 Multiplexers l Available in Fixed-Configuration Models 2-Module Chassis (4x T1/E1 ports) 5-Module Chassis (Up to 16x T1/E1 ports) Used in Point-to-Point to fiber transport of T1s and Ethernet Available as a Modular Solution Individual id modules can be installed in 2, 5, or 19-Module Chassis Multiple groups can be installed in one chassis Omnitron Systems

19 Demarcation Extension: Challenges and Solutions Agenda Introduction TDM Demarc Extension Ethernet / IP Demarc Extension Multi-Service Demarc Extension Managed Demarc Extension Expanding Demarc Extension Fiber Capacity Summary

20 Ethernet t Extension from Fiber Demarc Ethernet Services with Fiber Demarc Fiber-to-Fiber and Copper-to-Fiber media converters Demarc Point (SM Fiber Port) < Demarc Extension > CPE Omnitron Systems

21 Fiber-to-Fiber Converters support Data Rates from 100Mbps Up to 10Gps Ethernet t Fiber-to-Fiber Multimode to single-mode and dual fiber to single-fiber conversion Fixed Fiber Connectors or SFP, SFP+ and XFP pluggable transceivers with Digital Diagnostic Interface Protocol transparent to support a variety of networks/services User-selectable link fault detection modes facilitate quick fault detection, isolation and reporting Supports hardened temperature ranges of -40 to 60 C and -40 to 75 C (on 10G models) Omnitron Systems

22 Ethernet t Extension from Copper Demarc Ethernet Services with Copper UTP Demarc Copper-to-Fiber media converters Redundant fiber media converters Demarc Point < Demarc Extension > CPE Omnitron Systems

23 Copper-to-Fiber Converters support Data Rates from 10Mbps Up to 10Gps Supports 10/100/1000 bridging Ethernet t Copper-to-Fiber Fixed Fiber Connectors or SFP, SFP+ and XFP pluggable transceivers with Digital Diagnostic Interface User-selectable link fault detection modes facilitate quick fault detection, isolation and reporting Advanced switch features including QoS, VLAN and rate limiting g( (with management) Supports hardened temperature ranges up to -40 to 75 C Omnitron Systems

24 Converts copper to 100Mbps redundant fiber Redundant d Fiber Ethernet t 100 microseconds link redundancy for mission critical applications 100BASE-TX UTP to two 100BASE-FX fiber links 100BASE-TX UTP to two 100BASE-TX UTP copper links Fiber modules support multimode, single-mode, and single-fiber with ST, SC and LC connectors Omnitron Systems

25 Carrier Ethernet t Demarc Extension The Network Interface Device supports a variety of copper and fiber connectors for easy Demarc Extension NIDs enable Service Level Agreements with advanced fault management and performance monitoring Omnitron Systems

26 Network Interface Devices Gigabit and 100Mbps Carrier Ethernet Fiber NIDs NIDs have integrated management and advanced networking features Different Classes of NIDs are available: iconverter M2 NIDs for managed fiber links in Enterprise, Utility and Telecom Networks iconverter GM3 and GM4 NIDs are deployed by service providers for Carrier Ethernet services with end-to-end performance monitoring and fault management IEEE 802.1ag Connectivity Fault Management ITU-T Y.1731 Performance Monitoring Omnitron Systems

27 Demarcation Extension: Challenges and Solutions Agenda Introduction TDM Demarc Extension Ethernet / IP Demarc Extension Multi-Service Demarc Extension Managed Demarc Extension Expanding Demarc Extension Fiber Capacity Summary

28 Multi-Service / Multi-Tenant Demarc Extension Riser Management and Business Campus applications Multiple Services with different combinations of T1/E1 T3/E3/DS3 Ethernet (10, 100, Gigabit, 10 Gigabit) Multiple Tenants Fiber runs to different tenants Multiple Demarcation Points at the MPOE Multiple Service Providers Omnitron Systems

29 Multi-Service i Demarc Extension Riser Management application Demarc in the Basement of a Hi-Rise Building High-Density Chassis in Basement Up to 19 services in 2U rack space Multiple T1s to the 12 th floor T1 to the 11 th floor Ethernet to the 10 th floor T1/E1 MUX T1/E1 Media Converter Ethernet Media Converter Omnitron Systems

30 Multi-Service i Platform Modular Architecture for Demarc Extension applications Compact form factor with high port density Wide variety of module types and configurations Supports many protocols, cabling and connector types Wide (-40 to 60 o C) and Extended temperature (-40 to +75 o C) Omnitron Systems

31 Multi-Service i Platform Chassis and Standalone Modules 19-Module Chassis and 5-Module Chassis High density fiber distribution Redundant AC and DC Power Supplies Compact 1 and 2-Module Chassis Compact copper and fiber switch configurations Chassis Backplanes for multi-module connectivity Omnitron Systems

32 Product Types Managed Media Converters Copper-to-Fiber Fiber-to-Fiber Transponders Network Interface Devices T1/E1 Multiplexers l CWDM Multiplexers Omnitron Systems

33 Poll Question #2 What is the most common type of service you extend? 1. Ethernet Internet Access 29% 2. Carrier Ethernet Business Services 22% 3. T1/E1 Voice and Data 4. T1/E1 Voice 5% 5. T3/E3 2% 42% Omnitron Systems

34 Demarcation Extension: Challenges and Solutions Agenda Introduction TDM Demarc Extension Ethernet / IP Demarc Extension Multi-Service Demarc Extension Managed Demarc Extension Expanding Demarc Extension Fiber Capacity Summary

35 Benefits of Management Remote Configuration of Hardware Saves time and cost of configuring remote devices Configure advanced switching features like QoS, VLANs and granular bandwidth control Fault Management and Alarms Real time visibility with alarms for a variety of network faults Fault isolation quickly identifies problems Prevents finger pointing between the service provider and the customer Monitoring and Reporting of Network Status Collect RMON port statistics Enables threshold-based alarms Omnitron Systems

36 NtOtl NetOutlook SNMP Management Software Intuitive and easy-to-use graphical interface Provides configuration, monitoring and reporting of iconverter modules and chassis Supports SNMPv1, SNMPv2c and SNMPv Omnitron Systems

37 Management and Converter Module Comparison Network Management Module Media Converter with Integrated Management Media Converter NMM2 M2 NID Media Converter Provides management for the chassis and other modules installed in the same chassis Provides management for itself and other media converters installed in the same chassis Unmanaged media converter that is managed with an NMM2 or M2 NID installed in the same chassis Omnitron Systems

38 Demarc Extension Management Omnitron Systems

39 Demarc Extension Management Omnitron Systems

40 Demarcation Extension: Challenges and Solutions Agenda Introduction TDM Demarc Extension Ethernet / IP Demarc Extension Multi-Service Demarc Extension Managed Demarc Extension Expanding Demarc Extension Fiber Capacity Summary

41 Expanding Fiber Capacity CWDM is a cost-effective method to expand capacity of fiber Demarc Extension links Less expensive than installing new fiber Don t have to pay operators or integrators for installation Riser Management: Drilling new conduit through concrete No need to cut through fire stops Campus Networks: Don t have to pay operators install new fiber No trenching new fiber across parking lots No permits with areal deployments Omnitron Systems

42 DWDM and CWDM Dense Wavelength Division Multiplexing Coarse Wavelength Division Multiplexing Omnitron Systems

43 CWDM Overview Gigabit Ethernet 10G Ethernet T1 / E1 T3 / DS3 / E3 WDM technology enables a fiber optic cable to carry multiple Wavelengths (Channels) Each Wavelength is an independent d data Channel that t can transport any network protocol or data rate (up to 10G) Omnitron Systems

44 Types of CWDM Multiplexers l Multiplexers are used at each end of a CWDM Common Line to MUX and DMUX wavelengths Gigabit Ethernet 10G Ethernet T1 / E1 T3 / DS3 / E Omnitron Systems

45 Types of CWDM Multiplexers l Multiplexers are used at each end of a CWDM Common Line to MUX and DMUX wavelengths Optical Add+Drop Multiplexers (OADM) are used to insert (add) and remove (drop) wavelengths at any point along a CWDM Common Line Gigabit Ethernet 10G Ethernet T1 / E1 T3 / DS3 / E Omnitron Systems

46 CWDM Wavelength Conversion OK, CWDM is cool stuff. But how do I connect my equipment to CWDM MUXes? Small Form Pluggable (SFP) transceivers Transponders / Wavelength converters Media Converters that support SFPs Omnitron Systems

47 CWDM Wavelength Conversion How to Connect Legacy Equipment to CWDM networks CWDM SFPs are used with SFP capable switches to convert standard wavelengths to CWDM wavelengths CWDM SFPs support all 18 CWDM wavelengths Omnitron Systems

48 CWDM Wavelength Conversion How to Connect Legacy Equipment to CWDM Networks Transponders support SFP, SFP+ or XFP transceivers and convert standard wavelengths to CWDM and DWDM wavelengths Protocol transparent (supports most network protocols) Supports data rates up to 10G iconverter xff iconverter XG Omnitron Systems

49 CWDM Wavelength Conversion How to Connect Legacy Equipment to CWDM Networks Media Converters that support SFP, SFP+ or XFP transceivers convert copper to CWDM wavelengths Supports data rates up to 10G Enables connectivity of TDM and Ethernet equipment with copper ports to CWDM Multiplexers iconverter T1/E1 & T3/E3 iconverter GX AN iconverter XGT Omnitron Systems

50 CWDM Wavelength Conversion Summary To multiplex data channels, each wavelength from the network device must be converted to appropriate CWDM wavelength Gig-E switch w/sfps + CWDM SFP (1510nm) CWDM MUX ATM Router + Standard SFP (MM 1310nm) Transponder CWDM SFP (SM 1530nm) 1510nm 1530nm Fast-E Eswitch(UTP) 10/100 Media Converter CWDM SFP (1550nm) nm 1570nm T3 MUX + T3 Media Converter CWDM SFP (1570nm) Omnitron Systems

51 CWDM Application Example Existing fiber link from T1 Demarcation Point to CPE in a large campus T1/E1 Media Converter UTP Standard Fiber 1310nm Omnitron Systems

52 CWDM Application Example New Tenant needs Demarc Extension for 10G Ethernet UTP Standard Fiber 1310nm CWDM Fiber 10G channel CWDM Fiber T1 channel Omnitron Systems

53 CWDM Application Example Another Tenant needs GigE to new location UTP Standard Fiber 1310nm CWDM Fiber 10G channel CWDM Fiber T1 channel CWDM Fiber Gigabit channel Omnitron Systems

54 iconverter CWDM Multiplexers l Dual Fiber Products: 4 and 8 Channel MUX/DEMUX 1 and 2 Channel OADM Single-Fiber Products: 2 and 4 Channel MUX/DEMUX 1 Channel OADM Flexible Port Configurations 1310 Pass Band Ports Expansion Ports for 2x Channels Multi-Service Platform Ethernet, Serial & TDM over Fiber Modular and Compact Chassis System Highest port density in the industry Passive devices that require no external power Omnitron Systems

55 Demarcation Extension: Challenges and Solutions Summary

56 Demarc Extension Challenges & Solutions Distance limits of copper and integrating different cabling Fiber media converters and T1 multiplexers Multiple services and multiple tenants iconverter Multi-service Platform Fault management NIDs and SNMP Management Increasing capacity of existing infrastructure CWDM Multiplexers Harsh temperatures at the Demarc Temperature hardened converters and multiplexers Omnitron Systems

57 Resources Find more information at Resource Centers: Media Converter CWDM PoE and Fiber Carrier Ethernet White Papers Videos (BICSI CECs) Case Studies Visio Stencils Omnitron Systems

58 Contact t Omnitron Assistance with Demarcation Extension projects Free network design support Prices and distributors Call Today or (North America) info@omnitron-systems.com it t Omnitron Systems

59 Demarcation Extension: Challenges and Solutions Thank You! Ty y Estes tyestes@omnitron-systems.com Allan Johns ajohns@omnitron-systems.com