scope, scale and success
DESCRIPTION
Welcome to FISPALIVE Nashville 2014. Revenue Opportunities in the Changing Telecommunications Environment. Scope, Scale and Success. Kansas Fiber Network Company Overview. 29 Owner-Members Incorporated in 2009 Construction Started in 2010 Phase 1 Fiber Network Completed May 2012 - PowerPoint PPT PresentationTRANSCRIPT
Scope, Scale and SuccessRevenue Opportunities in the Changing
Telecommunications Environment
Welcome to FISPALIVENashville 2014
Kansas Fiber NetworkCompany Overview
29 Owner-Members Incorporated in 2009 Construction Started in 2010 Phase 1 Fiber Network Completed May 2012 100G Upgrade Completed January 2014 2650 Route Miles Covering 350 Rural Kansas
Communities
Capacity Upgrade CompletedCisco 100GB Coherent TechnologyLayer 2 MPLS TPSimplification of ProvisioningLower Cost of Operations and Maintenance
The 100G Cisco ONS 15454 MSTP Multiservice Transport Platform (MSTP) can support 42 100G wavelengths in a single bay, nearly three times the density of competing solutions
Private Line ServiceMEF Standard Products
UNI
Point-to-Point EVC
UNI
E-Line • Virtual Private Lines (EVPL)• Ethernet Private Lines (EPL)• Ethernet Internet Access UNI
Multi-point to Multi-point EVCUNI UNI
E-LAN • Multipoint L2 VPNs• Transparent LAN Service• Multicast networks
UNI
UNI UNI
Rooted Multipoint EVC
E-Tree • Rooted multi-point L2 VPNs• Broadcast networks• Traffic separation• EP-Tree, EVP-Tree
E- Access • Wholesale Access Services• Access EPL• Access EVPL ENN
I
UNI
Point-to-Point EVC
UNI Carrier Ethernet Access Network
Carrier Ethernet Service Provider
E-Access
Delivering services to carrier, government, education, health care and wireless industry customers
Voice ServicesTandem SwitchingDedicated Long Distance
Kansas Fiber NetworkOpportunities for Success
Wireless BackhaulShared VideoShared SwitchingPrivate Line Transport
KFN Wireless Backhaul
MSA Negotiations with “Elmo”, “Grover", "Uncle Sam” and Regional Wireless Providers Began February 2011
KFN Awarded 130+ “Elmo” Sites February 2012 First Wireless Backhaul Circuits Installed and Accepted
in April 2012 First 100+ “Grover” Sites Awarded October 2013
Providing a DWDM-based network: connecting the four corners of the Sunflower State — from city centers to family farms — ensuring secure, dependable connectivity
Wireless backhaul
Our state-of-the-art fiber-optic network — connecting Kansas through reliable, flexible bandwidth performance
Negotiating the MSA
Stringent SLA Requirements– Latency– Packet Loss– Jitter
Significant Penalties for Failure to Meet SLA
Service Level AgreementMetrics Measured
FOC DatesMTTRAvailabilityLatencyJitterCos/QoS
Packet LossCircuit AcceptanceMonitoring &
TestingLoopbackReal-Time Reporting
Monitoring & Reporting SoftwareRequired per MSA
Cloud Based– Faster Turn-up and
Configuration– Pay as you Grow– Smaller Capital
Investment
Server Based– More Control– Fixed Monthly Costs
Network Interface Devices
Required to ensure SLA Metrics Attainment
CyPortal for Performance Monitoring y.1731
RFC2544/y.1564 capable 10G and 1G Ethernet Test Sets
Network Interface Devices (NIDs)
MetroNODE 10G @ MTSO for Performance Testing and Monitoring.
Metro NID 1G @ Cell Site for Performance Monitoring and Testing.
Option #1:“Express fiber” from KFN nodeto cell site. CPE provided by KFN.
Option #3:Service on Member distribution network with member provided CPE. This option must have the capability to support SLAs (jumbo frames, low latency & low jitter). Passive NID installed by KFN for monitoring/reporting requirement.
Kansas Fiber Network
KFN node
KFN node
KFN node
KFN node
KFNNetworkInterface
Device
Option #2:Member Backbone network with “Express fiber” to site. This option must have the capability to support SLAs (jumbo frames, low latency & low jitter). CPE provided by KFN.
Port & route diverse 10 GigE aggregate interconnects
KFN NetworkInterface Device
KFNNetworkInterface
Device
MemberFTTH
DistributionNetwork
Membernode
Membernode
MemberBackboneNetwork
Member node
Membernode
MemberBackboneNetwork
Membernode
Membernode
MemberCPE
KFN NetworkInterface Device
KFNNetworkInterface
Device
Parameter Service Level Agreement RemediesFOC Installation greater than 5 days past FOC date. 1 x MRC Credit
TTR & MTTR Not greater than 4 hours (this is not average TTR, it is per case). MTTR of 2 hours.
2-8 hours – 40% MRC Credit8-12 hours – 75% Credit12 hours – 100% Credit
AvailabilityCell Site: .99995 (Four 9s and a 5) or 99.995% or 26.3 minutes downtime per year. (This parameter excludes Planned Service Outages.)
2-8 hours – 40% MRC Credit8-12 hours – 75% Credit12 hours – 100% Credit
LatencyFor fiber or optical networks, the 1‐way latency shall not exceed 5ms from cell to MSC. Waivers for very long paths (exceeding 100 miles) and in rural areas shall be considered on a case‐by‐case basis.
5 Days to Correct Service Degradation or Above Credits
May Be Requested
Jitter Total variation of 2ms (+/‐1ms)5 Days to Correct Service
Degradation or Above Credits May Be Requested
CoS/QoSTransport Provider shall not alter 802.1p bits. Transport Provider shall prioritize or honor traffic based on 802.1p markings (7=highest, 0=lowest).
5 Days to Correct Service Degradation or Above Credits
May Be Requested
CircuitAcceptance
Typical frame sizes of 64, 128, 256, 512, 1024, 1280,1518, and up to 2000 bytes shall be tested. RFC 2544 must be passed with zero frame loss. Future acceptance standards shall comply with Y.156sam when the standard is fully adopted and implemented.
Variance Provided or Customer Cancels Circuit
Circuit Monitoring & Testing
Circuit shall pass Y.1731 or 802.1ag. Customer will monitor the SLA parameters with Y.1731.
Variance Provided or Customer Cancels Circuit
Loopback Transport Provider shall have the ability to troubleshoot circuit using selective or hard loopbacks. Required
Real Time ReportingTransport Provider shall have circuit performance monitoring capability in real-time to include: availability, throughput (Mbps), delay, jitter, packet loss, other parameters as appropriate.
Required
Test and Turn-Up
Short and Long Physical Path Protection
Latency Waivers/Variance
Testing Methodologies (RFC 2544/y.1564
KFN Shared Video TransportTo reduce the cost of a CATV system, head end systems can be shared by several distribution systems
Integrated Receiver Decoder – IRD - Receives and decodes incoming video and media channels
Off Air Receivers – Receives, selects, and demodulates local broadcast channels
Encoders – Digitizes media (if in analog form), compresses, and formats the data and control signals to be transmitted
Transcoders – Adapts media formats (such as from MPEG-2 to MPEG-4)
Rate Shaper – Adjusts the transmission rates of each channel to better fit the transmission channel data rate.
Channel Modulators – Converts the digital video signals into modulated RF signals.
Channel Processors – Receives channels, processes the media (such as descrambles or decodes), and remodulates the signal to a desired RF channel.
Channel Signal Combiners – Combines multiple RF channels onto a single transmission line keeping the signals from one RF channel from pushing back into a transmitter.
KFN Shared Video Transport
New Revenue Source for Kansas Fiber Network 2 Consortia Formed in 2012 to Explore Share Resources First Group of 5 Customers Have Ordered Services Hub and Spoke Architecture Provisioned Via Ethernet Private Line
KFN Shared Voice Switching
In Response to FCC Order– Capped Support
Reductions in Customer Switching Expense– Depreciation– Maintenance– Labor
Shared Voice Switching
Utilize Centralized Softswitch and Related Gear– Session Border Controllers– Enhanced Application Servers– Call Feature Servers
Labor Savings– Software Updates– Routing Changes– Maintenance– Centralized Engineering and Technical Staff
Potential Product Set
KFN Hosted Gateway– Higher Initial Cost– Distributed/Redundant Architecture– Enhanced Service Features +
Voicemail– Member Owned/Operated Transport
Network– Lines/Trunks Terminate on Remote
Gateway
DLC Connection– via GR 303 or H.248 – Lowest Initial Cost– Enhanced Service Features +
Voicemail– Member Owned/Operated Transport
Network– Lines/Trunks Terminate on Local
Gateway
PSTN
SS7
MG3510
CFS A
A-links
DS-3s
IP-PBX
PerimeterSBC
SAS
Metaview
STP
IP
EAS(active / standby)
IP
KFN Network
IP (untrusted)
SIP
Hosted PBX
KFN N Clearwater
Notes
• EAS = Enhanced Application Servier• N-series used for music on hold, conferencing, firebar, mass announcement• SBC = Session Border Controller• CFS = Call Feature Server (e.g. Class 4/5 and hosted PBX features)
N-Series
CFS B
Metaview(standby)
KFN Wichita
KFN MemberCustomer B
MG3510(with ESA)
LocalTrunks / 911
SS7
STPT1s
GR303 orSIP/H.248
DLC
KFN MemberCustomer A
MG2510(with ESA)
LocalTrunks / 911
SS7
STPT1s
GR303 orSIP/H.248
DLC
KFN MemberCustomer C
LocalTrunks / 911
GR303 orSIP/H.248
DLC(with ESA)
Thank you!Scope, Scale and Success