Ethernet Access Questionnaires

About this document

Instructions

Verizon Point of ContactEthernet NNI Region: Click to select valueVZ Contact Name:Phone Number:Email Address: Select the Ethernet NNI Region First

The Ethernet Service Questionnaire Template is intended for use by Verizon where one provider needs to purchase wholesale Ethernet Services from another provider to meet their subscribers’ end-to-end needs. The template identifies basic definitions and service offerings for providers to use as a baseline for more detailed future interconnection discussions.

While this template is not intended to be an exhaustive questionnaire, it can be used as part of a comprehensive Request For Information (RFI) document as a discovery tool to determine the features, attributes and operational functions of the Ethernet Service Provider’s offer(s).

The template outlines what services a provider could possibly purchase from another provider as well as some key service attribute details, in order to determine if they can meet the needs of the Ethernet Service Providers’ (Verizon's) end-to-end requirements.

- Please complete all questions for each product. - Most of the questions on the worksheets/tabs are structured with simple 'Yes' or 'No' responses therefore you need to click on each cell to select the correct value. - This template is designed to collect data on multiple products or even variations of the same product. - This template is already prepared to document three products, but more can be supported if the Ethernet Service Provider desires. Please capture different products in separate columns. - For each product submitted to Verizon and described in this document, ensure that any time a feature is not available with other features the limitation is clearly noted in the comments section. - Send completed service questionnaire to the below email address. - For any additional questions regarding the questionnaire, please contact Verizon point of contact listed below.

Questionnaire Instructions

Ethernet Access Questionnaires

Carrier Information1. Access Provider FPT Telecom 2. Country Name Vietnam 2A. NNI locations for Interconnects (Specify Countries) HongKong and VietNam 2B. NNI locations for Interconnects (Specify Cities, Data Centers, Addresses ..etc) 399 Chanwai Road , MegaI , HongKong and FPT buidling , Duy Tan str , HaNoi City 3. Point of Contact

Products & Services Product 1 Product 2 Product 34. Product(s) Name IEPL MPLS L2VPN ,L3VPN 4A. MEF certification status MEF Certified (1.0 & 2.0) MEF Certified (1.0 & 2.0) Click to select value5. Coverage (Specify Cities)

Service Types6. Is this a point-to-point service (E-LINE)? Yes Yes Click to select value 6A. If Yes, is transport by Encapsulation of Ethernet in TDM/WDM without passing via switched devices? Yes No Click to select value7. Is this an E-LAN? No Yes Click to select value 7A. If Yes, Specify the number of MAC addresses supported per Endpoint? 100

Supported Service Subtypes8. UNI untagged Yes Yes Click to select value9. UNI tagged Yes No Click to select value10. Committed UNI transparent Yes No Click to select value11. Supportable UNI transparent upon request Yes No Click to select value

Service Transparency12. The service is VLAN transparent (no modification to VLAN tags) Yes No Click to select value13. The service is L3 transparent (no modification to IPv4/IPv6 packets) Yes Yes Click to select value14. The service is CoS Transparent (no modification to 802.1p bits) Yes Yes Click to select value

Unconditional Delivery of 15. Multicast Frames Yes Yes Click to select value 15A. If No, Specify percentage of access speed allowed Click to select value Click to select value Click to select value 15B. Specify supportable percentage of access speed upon request (non standard) Minimum 5% Minimum 5% Click to select value16. Broadcast Frames [Broadcast and unknown Unicast] Yes Yes Click to select value 16A. If No, Specify percentage of access speed allowed Click to select value Click to select value Click to select value

Service Level Agreements (SLAs)17. This is a single CoS service with 100% CIR Yes Yes Click to select value18. Circuit availability (%) 99.00% 99.00%19. Mean time to repair (hours) 4 420. Frame delivery ratio (%)21. Jitter (ms)22. Committed MTU @ UNI (bytes) 1500 150023. Optional MTU @ UNI which maybe available (bytes)

Interfaces & Bandwidth No Yes Click to select value

24A. Specify orderable bandwidth (e.g. 1,2,…,10 Mbps) 24B. Interface with Auto-Neg off, flow-control off, full-duplex Click to select value Yes Click to select value

Yes Yes Click to select value 25A. Specify orderable bandwidth (e.g. 1,2,…,100 Mbps) 2 1 25B. Interface with Auto-Neg off, flow-control off, full-duplex No Yes Click to select value

Yes Yes Click to select value 26A. Specify orderable bandwidth (e.g. 1,2,…,100 Mbps) 2 1 26B. Interface with Auto-Neg off, flow-control off, full-duplex Yes No Click to select value

Yes Yes Click to select value 27A. Specify orderable bandwidth (e.g. 1,2,…,1000 Mbps) 2 1 27B. Interface with Auto-Neg off, flow-control off, full-duplex No No

Yes Yes 28A. Specify orderable bandwidth (e.g. 1,2,…,1000 Mbps) 2 1 28B. Interface with Auto-Neg off, flow-control off, full-duplex Yes Yes

No No 29A. Specify orderable bandwidth (e.g. 1,2,…,1000 Mbps) 29B. Interface with Auto-Neg off, flow-control off, full-duplex Click to select value Click to select value Click to select value30. List all other supported interface types & supported Bandwidth

Bandwidth Specification31. Bandwidth given as COPPER/SDH/TDM/FIBER L1 (includes overhead of used encapsulation/mapping) Yes N/A32. Bandwidth given as Ethernet L1 (includes Preamble, SFD, Inter Frame Gap and all higher layers) Yes N/A33. Bandwidth given as Ethernet L2 (includes MAC source/destination, ethertype, FCS and higher layers) N/A Yes34. Bandwidth given as Ethernet L3 (includes only Ethernet payload). N/A No

Protocols35. Service transparent to L2CP and L2 protocols Yes No36. list exceptions (discarded/peer/tunnel)

NNI HandoffsYes (NNI type) Yes (NNI type) Click to select value

N/A N/A Click to select valueN/A N/A Click to select value

40. Carrier edge device connected to carrier core redundantly Yes Yes Click to select value41. Can Verizon define VID when a spoke is ordered? N/A N/A Click to select value42. Range for VLAN IDs - Start43. Range for VLAN IDs - End44. Number of EVC per NNI45. Maximal sum of EVC bandwidth per NNI 100% (no overbooking) 100% (no overbooking) Click to select value46. Committed MTU @ NNI (bytes) 1500 150047. Optional MTU @ NNI which maybe available (bytes) 9000 9000

Protection Technology48. Protection/restoration in the last mile (UNI) No No Click to select value 48A. Specify technology and restoration time (in ms)49. Protection/restoration @ NNI No No Click to select value 49A. Specify technology and restoration time (in ms)

50. Comments

24. Ethernet 10Base-T (Copper)

25. FastEthernet 100Base-TX (Copper-CAT5)

26. FastEthernet 100Base-FX (Fiber)

27. GigabitEthernet 1000Base-T

28. GigabitEthernet 1000Base-LX (1310nm, SM)

29. GigabitEthernet 1000Base-SX (850nm, MM)

37. Handover of multiple Services to Verizon via Gigabit Ethernet IEEE 802.1q/802.1ad NNI?38. Outer VLAN tag TPID 0x88a8 (Based on MEF standard)39. Outer VLAN tag TPID 0x8100

Ethernet Service Carrier Questionnaire

Ethernet Access QuestionnairesQuestionnaire Additional Information

Ethernet Subtypes via E-NNI

Untagged AccessUpstream: Only untagged frames are transported. (Other frames are dropped). Frames handed over to Verizon at the E-NNI with the proper VLAN ID. Access carrier operation: Check if ingress frame at the UNI is untagged. (Drop all other frames). Push S-tag tag for handover at the NNI.Downstream: Tagged ingress frames at the E-NNI are transported to the UNI according the VID. Egress frames at the UNI are untagged. Access carrier operation: Switch frame to proper UNI, pop tag.

Tagged AccessUpstream: Ingress frames at the UNI shall be properly tagged. They are transported to the NNI and handed over unchanged. Access carrier operation: Check if ingress frame is properly tagged, handover unchanged frame at the NNI.Downstream: Tagged ingress frames at the E-NNI are transported to the UNI according the VID and handed over at the UNI untagged. Access carrier operation: Switch frame to proper UNI.

Transparent accessUpstream: Any ingress frame (untagged or tagged) is transported to the NNI. Access carrier operation: Push S-tag.Downstream: Tagged ingress frames at the E-NNI are transported to the UNI according the VID, outermost tag removed for handover a UNI. Access Carrier Operation: Pop tag.An ingress frame at the UNI might be either untagged or tagged (or even multiple-tagged). Likewise, ingress frames at the NNI will have one or more tags. In any case, the number of VLAN tags of a frame at the UNI will be one less than the number of VLAN tags at the NNI. Examples:

(a)    Untagged frame at the UNI / single tagged frame at the NNI:

(a)    Single tagged frame at the UNI / double tagged frame at the NNI:

(a)    Double tagged frame at the UNI / triple tagged frame at the NNI:

Ethernet Sub-types

Ethernet NNIs Diversity /Protection

Ethernet Network Diagrams

(Verizon)

Ethernet UNI

Ethernet Encapsulation over transport.

Ethernet Virtual Connection (EVC)

Ethernet UNI

MEF E-LINE EVPL across an Ethernet switched network:May be MAC switched or VLAN switched.

Point to Point

MEF E-LAN EVP-LAN across an Ethernet switched network:Multi-point to Multi-point, but for purposes of this document it will only be used for point to

point connections.

MEF EPL across an Ethernet switched network:May be MAC switched or VLAN switched. Point to Point Dedicated UNI's, without an E-NNI. Preferred

to comply with MEF E-LINE EPL twork

EPL across a traditional transport network:This configuration is not related to MEF EPL over E-LINE. EPL is defined here to be Ethernet

encapsulation over TDM/WDM transport using technologies such as X.86 or GFP.