1. LA-210 Version 3.50 General Availability

2. Agenda Introduction Applications Product overview
Main features & benefits
Management
Summary

3. Ethernet Access Portfolio: Maximum Reach, Uniform Service
Ethernet over Fiber
Ethernet over PDH
ETX-203AM HQ FE
ETX-5300A
Branch
RIC
EoPDH
E1/T1/E3/DS3
RIC
ETX-203AM
10/100BT
GbE
Branch
Branch
ETX-203AM
ETX-203AM
GbE
10/100BT
EoPDH/E1/T1/ E3/DS3
Branch
Ethernet over DSL
SDH/
SONET
RIC
10/100BT
DSLAM
Branch
n x EoCU
Bonding
LA-210
n x EoPDH
Bonding
GbE
10/100BT
STM-1/4/16 OC-3/12/48
3 x DS3
Packet Switched
Network
DSLAM
Branch
ETX-203AM
GbE
GbE
EoCU
10/100BT
Egate
Extending the reach of the provider’s network over a variety of access technologies
Consistent Ethernet service across different access technologies
End-to-end QoS with verifiable SLAs

4. EtherAccess Portfolio
ETXs
RICi/Egate
ETHoPDH
LA-210
ETX-203AM
ETHoFiber
ETHoDSL

5. Applications

6. Carrier Ethernet Services over SHDSL
Leveraging widely deployed DSL technology for Layer2 Ethernet services with traffic management and SLA assurance.
Capacity up to 22.8 Mbps
Carrier Ethernet service with Bridge or flow operation mode
Standard OAM
MEF 9 and MEF 14 EPL/EVPL certified
Remote Office
IP DSLAM
2/4/8 wire
Copper
LAN
ETX-203AM
Headquarters
GbE
ETH
NMS
SHDSL.bis
EFM
ETX-5300A
IP/MPLS
Nationwide
Network
LAN-to-LAN
10GbE
LAN
Remote Office E1
IP DSLAM
2/4/8 wire
Copper
LA-210
GbE
LAN
ETH
SHDSL.bis
EFM
LAN-to-LAN

7. Leased Line Service Migration over MSAN/NGN Network
E1 and serial PWE services over EFM SHDSL links
PTP & PTMP PWE solution with aggregation at the HQ
Advanced EVPL, EVPLAN services over DSL for cost-effective mid-rate access (22 Mbps)
End-to-End Connectivity & SLA are monitored
Single Management system
RADview-EMS
Branches
PE Router
DSLAM/ MSAN
Headquarters
Router
PE Router
LA-210
ETX-205A
GbE
2/4/8 wire
V.35
n x E1
IP/MPLS
DSLAM/ MSAN
LA-210
Router
PE Router
2/4/8 wire
Cost effective solution
Able to deliver Ethernet & PWE service from the
same device
No need for dedicated E1 LL saving OpEx
Advanced OAM and QoS feature-set
Seamless Service offering with either fiber access or NxSHDSL (EFM) access
GbE
ETH
Router
Router
ETH
DSLAM/ MSAN
PE Router
PE Router
DSLAM/ MSAN
ETH
LA-210
LA-210
SHDSL .bis EFM, 2-8W
SHDSL .bis EFM, 2-8W
GbE
GbE
PBX
IP/MPLS
PBX E1 E1

8. Cellular Backhaul Cellular backhaul over SHDSL
TDM traffic arriving from the node B will be backhauled over SHDSL using PW
Standard PWE protocols
The clock will be transmitted over the SHDSL lines using NTR
PW session
BTS
BSC
PWE Gateway
PSN
DSLAM/ MSAN E1
LA-210
STM-1
Leveraging existing copper and PSN reach for CBH
CESoPSN and SATOP enable interoperability opposite 3rd party vendors.
Clock distribution using NTR for maximum accuracy
Not suitable for LTE
IP Node B
ETH
Controller
NTR Clock over SHDSL

9. LA-210 Product Overview

10. General View AC/DC Power supply MEF certified platform
Multi-Service Access device supporting
SHDSL EFM:
2wire – 5.7Mbps
4wire – 11.4Mbps
8wire – 22.8Mbps
User ports:
4 Eth ports
E1/Serial PWE
AC/DC Power supply
Up to 4
Fast Ethernet
Serial data interface
(X.21, V.35)
E1 ports
WAN interfaces
SHDSL EFM (1,2 or 4 pairs)
Control port

11. LA-210 Main Features and Benefits
Up to 22.8Mbps over 8wires
MEF 9 and MEF 14 EPL/EVPL certification
Enhanced QoS mechanism
Bridge mode/Flow mode
Traffic policing according to CIR+CBS, EIR+EBS
OAM support
802.1ag, (formerly ah) and Y.1731
PW support
CESoPSN per RFC 5086
SAToP per RFC 4553
Clock recovery
NTR
ACR
DCR
Benefits:
Filling the gap for high speed fiber access
Provide new advanced services connects LAN-to-LAN, L2 VPN connections
Flexible working modes
SLA enforcement and service differentiation
Reduce OPEX by using simple OAM methods to Monitor and troubleshoot network faults
Reduce OPEX by providing legacy services over new PSN
E1 leased line services
X.35, X,21

12. Version 3.5 New Features Feature Description Customer Benefits
New: TDM Pseudo-wire over
E1, X.21 and V.35
E1, X.21 and V.35 connectivity over SHDSL using PWE technology:
CESoPSN
SAToP
MPLS and UDP/IP encapsulations
E1/T1 leased line replacement or PBX connectivity over new SHDSL lines
Legacy serial interfaces for leased line replacement over new SHDSL lines
Reduce operational expenses on expensive legacy TDM networks and migrate legacy connections to NG networks
New:
Clock Recovery Mechanism
NTR (Network Timing Reference) – The clock is transmitted over SHDSL lines and recovered by LA-210
ACR (Adaptive Clock recovery). The clock is recovered automatically from incoming Ethernet frames.
DCR (Differential Clock recovery). A mechanism that requires a common clock for both encapsulating and de-encapsulating device. Using timestamps based on the common clock, the de-encapsulating device can recover the source clock with high accuracy.
LA-210 support 3 mechanism for clock synchronization to provide the operators flexibility when deploying TDM services over PSN.
NTR and ACR provides accurate and stable clock recovery mechanisms
DCR enables using different clocks for the E1 source clock and the network common clock. Recovered clock accuracy is very high due to the use of NTR common clock as reference.

13. Version 3.5 New Features cont.
Description
Customer Benefits
New:
Color aware P-bit remarking
Ability to modify the P-bit according to the marked “Yellow” frames by the QoS engine of LA-210
Ensure metering continuity across the Metro Ethernet network by assigning color-specific P-bit values to Ethernet frames at the network ingress
Useful in color-blind as well as in color-aware networks with no “discard eligible” (“yellow”) marking
L2PT enhancements
Tunneling the following protocols:
UDLD
DTP
PaGP
Layer 2 protocol tunneling ensures transmission of specific protocols over the network without the risk of having them discarded by network elements
Loss of power (LOPW) alarm
Loss of Power Alarm over the SHDSL links
Indicates loss of power over the SHDSL links
New: 2000 Bytes MTU size
MTU size increased to 2000 Bytes
Flexibility to transmit multiple services which requires high MTU size

14. LA-210 Working Modes
LA-210 is designed to deliver business-class Ethernet services, using two operational modes:
Bridge mode
VLAN aware/unaware
VLAN stacking
Supports 64 VLANs out of full range (1-4095)
Static/Dynamic MAC learning with aging
1K of MAC entries
Flow mode – customer traffic mapped to the Ethernet flows. Each flow is defined with optimized SLA (rate, priority etc.).

15. Service Differentiation
Single Service per UNI (EVC 1)
Function: Map all incoming traffic from UNI port to single EVC
Service: Ethernet Private Line (EPL);
MEF terminology: ‘All to one bundling’
Multiple Services per UNI (EVC 2/3)
Function: Map incoming traffic from UNI port to several EVCs according to some classifier e.g customer VLAN
Service: Ethernet Virtual Private Line (EVPL);
MEF terminology: ‘Service Multiplexing’
Multiple Services per EVC (EVC 4)
Function: Map incoming traffic from UNI port to several EVCs and mark different priorities per EVC
MEF terminology: EVC.CoS

16. Mapping User Traffic to Services
On user ingress traffic is mapped to Service by one of the following criteria:
VLAN + Pbit
VLAN + IP Precedence
VLAN + DSCP
Untagged
Non-IP
VLAN + Non-IP
Per Port
Unclassified
Layer 3 Frame Structure
Layer 2 Frame Structure
C-Priority Bit
C-VLAN ID
IP Precedence/DSCP

17. Policer Per Service/Flow Bandwidth Control
Traffic policing per ingress Service
Dual Leaky Bucket mechanism (CIR+CBS, EIR+EBS) per policer
2 rate (CIR/EIR), 3 color (Green/Yellow/Red) marking:
Green:0 to CIR –
always ‘respected’
Red: above EIR –
always discarded
Yellow: between CIR to EIR – Will be respected until the queue reaches a predefine threshold, then it will discarded

18. Queues/Egress Rate Limit/Scheduler
MNG Traffic Always get the Highest Queue
4 Queues on the Egress (4th Q has the Highest Priority)
Each Queue can be configured as Strict/Weighted Fair Queue (100 Weights)
Egress Rate Limit per Queue/Port (DSL)
Scheduling:
Strict on Top of WFQ
WFQ (Weight of Q) ÷ (Weight of all Q)
Example: Queue #2  40 ÷ 80 = ½ Queue #1  30 ÷ 80 = 3/8 Queue #0  10 ÷ 80 = 1/8 4
MNG 3
Strict
Rate Limitation/Shaping 2
WFQ=40
Scheduling 1
WFQ=30
WFQ=10

19. Editing and Marking Editing the SP-VLAN ID towards the network
Stack
None
Marking the Flow Priority on the Egress according to:
P.Bit (802.1p)
IP Precedence
DSCP
Editing
and Marking
Blue Flow
VID’s: 10,15,20-30
SP-100
P.Bit 7
Network
Editing
and Marking
Red Flow
Unclassified
SP-200
P.Bit 3

20. OAM – Operations Admin. & Maintenance
Branch A
Ethernet over
PDH NTU
Headquarters PE
Real Time
EVC
Real Time
Ethernet over
Fiber NTU
Priority Data
Priority Data
UNI
Best Effort PE
Packet Switched Network
Best Effort
EVC1
Branch B
Real Time
EVC2
Ethernet over
xDSL NTU
UNI
Priority Data
Real Time
IP DSLAM
Best Effort
EVC
Priority Data
UNI
Best Effort
IEEE (802.3ah)
IEEE (802.3ah)
IEEE (802.3ah)
IEEE 802.1ag Connectivity Management
ITU Y.1731 Performance Monitoring
Single segment (link)
IEEE (802.3ah)
Discovery
Connectivity check
Remote loopback
Fault propagation
End-to-end
Connectivity Fault Management 802.1ag
Continuity check
Loopback
Link trace
Service
Performance Measurement Y.1731
Frame Delay
Frame Delay Variation
Frame Loss
Availability
Traps and 15 min PM statistics

21. Ethernet SLA Enablement Tools
Connectivity Verification
IEEE 802.3ah heartbeat
IEEE 802.1ag CC
IEEE 802.1ag LB, MAC Ping
Fault Detection & Isolation
IEEE 802.1ag LT, MAC Trace-route
L3 Ping and Trace-route
Fault Propagation
Subscriber port shutdown
ITU-T Y.1731 RDI
IEEE 802.3ah Dying Gasp, SNMP Trap
Diagnostic Loopbacks
L1 loopback
IEEE 802.3ah loopback
L2 loopback, MAC Swap, per EVC/VLAN/Src. Add.
Performance Management
ITU-T Y.1731: Packet Loss, PD, PDV,
Per EVC.cos Statistics
14 Tools to Provide SLA

22. TDM Pseudowire Legacy services over PSN
Transparent transport of TDM services over Packet based network
Supported standards:
CESoPSN according to IETF RFC 5086
SAToP according to IETF RFC 4553
Encapsulation methods:
MPLS
UDP/IP
Supported interfaces E1
Serial (V.25, X.21)
Clock Options:
ACR
NTR
DCR
HW Based PWE mechanism
Carrier-grade TDM voice or data over packet networks
Uniform TDM access across all first mile infrastructure types
Preserves investment in legacy equipment in migration to PSN
Lowers OpEx of TDM service by utilizing packet infrastructure

23. PWE Clock Recovery – ACR
ACR – Adaptive Clock Recovery
Used when network is not synchronized
Clock recovery over DSL suitable for E1 traffic
Router
ETH
LA-210
PBX
PWE GW (IPmux, Gmux, EXT-5300A or 3rd party)
V.35
IP DSLAM/ MSAN
PSN
PSTN
Router
ETH
LA-210
PBX E1
Clock Source from TDM network is distributed over the PSN network

24. Clock Recovery – Absolute (NTR)
Cellular backhaul over SHDSL with clock distribution
LA-210 can be connected directly to the IP Node B or to cell site gateway
A complimentary solution for 3rd party cell site gateway
NTR Clock over SHDSL
PSN
Cisco GW
RNC
IP DSLAM
LA-210
IP Node B
ETH E1
Clock Distributed to the Cell GW
1588 Clock

25. Wholesale Provider Network Wholesale Provider (LL Clock
Clock Recovery – DCR
Differential Clock Recovery
E1 PW clock should be different than the Network Clock
The PWE gateway is sending only the delta between the clocks
LA-210 receives the network clock and the differential clock stamping and recovers the E1 clock source
Wholesale Provider Network
PBX
PWE GW (DCR Enabled)
LA-210
IP DSLAM
IP DSLAM
LA-210
PBX
Fully interoperable with ALU as PWE DCR gateway E1 E1
NTR Clock over SHDSL
DCR Clock Recovery
Wholesale Provider (LL Clock
TDM Clock

26. Broad Perspective. Direct Control.
Management
RADview-EMS is a unified carrier-class management platform for RAD devices using a variety of access channels as SNMPv1/3, HTTP/S, TFTP and Telnet/SSH. In addition, it features third-party device monitoring capabilities
Broad Perspective. Direct Control.

27. Management, Benefits & Features
Turnkey system including hardware and software!
Fully compliant with TMN standards
Client/server architecture with multi-user support
Interoperable with third-party NMS and leading OSS systems
IBM Tivoli’s Netcool®/OMNIbus™ plug-in
Minimize integrations costs associated with new NE additions
Key features
Ensures device health and congestion control
Topology maps and network inventory
Advanced FCAPS functionality
Software & configuration management
Business continuity - High-Availability and Disaster Recovery
Handover between operators

28. RADview-EMS advanced FCAPS
Fault management
Detects and isolates faults in network devices, initiates remedial actions and distributes alarm messages to other management entities in the network.
Configuration management
Enables operators to configure, install and distribute software to all devices across the network. In addition, the system tracks version changes and maintains software configuration history
Accounting management
Manages individual and group user accounts and passwords, generating network usage reports to monitor user activities.
Performance management
Supports real-time monitoring of QoS and CoS, producing real-time and periodic statistics. The statistics collector compresses data to minimize bandwidth use for management traffic and exports CSV files to OSS or third-party management systems
Security management
Allows network administrators to track user activities and control the access to network resources with a choice of security features

29. RADview-EMS FCAPS Fault Configuration Administration Performance
Security
Manage Event Log parameters
Manage the way Events are displayed in the Event Browser
Manage system response upon occurrence of specific Events.
Trap Synchronization upon connection failure between RADview-EMS to NE (*supported devices only)
Modify – Mask, Severity, Duplication, Forwarding, Threshold, Clearing, Formatting

30. RADview-EMS FCAPS Configuration Fault Administration Performance
Security
Realistic representation of the devices (shelf-view)
Tracks configuration changes
Configures, installs, and distributes software and configuration files across the network
Viewing and/or modifying configuration (system, ports, and alarms)
Enables viewing the diagnostics and status information
Shelf-View

31. RADview-EMS FCAPS Administration Fault Configuration Performance
Security
Audit trails for Security, System and Applications activities
Tracks and log the shelf-view user activity
Create and manage user accounts and groups
Manage various server setting
Security logs
Applications activities

32. RADview-EMS FCAPS Performance Fault Configuration Administration
Security
Monitors network performance (QoS, CoS)
Current statistics (Real-time)
Intervals statistics
Reflects Agent statistics
RADview statistics collector (*supported devices only)
Collect and compress the data
Retrieved lost data upon connection failure
Minimizing management traffic
Exports CSV ASCII files for OSS
Statistics

33. RADview-EMS FCAPS Security Fault Configuration Administration
Performance
View and manage EMS Security profiles in a graphical interface.
Create and edit security profiles.
Create Common/Private view profiles per user/group
Collects accounting data and generates network usage reports
Define password policies
Password policy
Security profiles

34. Device Management
RAD products support the following management capabilities
Device Management
SNTP
Statistics collection
CLI
Out-of-band mgt port
Radius
In-band mgt
TFTP
ICMP
SSH
SNMP v1, v3
Trap sync
Syslog

35. Ordering Information Ordering Option Description LA-210/ESHDSL/2W/4ETH
2 wire SHDLS CPE with 4 FE RJ-45 user ports and wide range AC/DC power supply
LA-210/ESHDSL/8W/EVPL/4ETH
8 wire SHDLS CPE with 4 FE RJ-45 user ports with flow mode operation license and wide range AC/DC power supply
LA-210/ESHDSL/4W/4ETH/E1
4 wire SHDLS CPE with 4 FE RJ-45 user ports, single E1 port and wide range AC/DC power supply
LA-210/ESHDSL/8W/4ETH/E1/V35
8 wire SHDLS CPE with 4 FE RJ-45 user ports, single E1 port, single V.35 port and wide range AC/DC power supply
LA-210/ESHDSL/4W/4ETH/E1/DR
4 wire SHDLS CPE with 4 FE RJ-45 user ports, single E1 port with dedicated differential clock recovery hardware mechanism and wide range AC/DC power supply

36. LA-210 – DSLAM Interoperability
Vendor
IPDSLAM/MSAN
Version
SHDSLbis/EFM Module
TDM PWE IOT
Deployment
PoC
UA-5000
V100R017
H603SHLB
CX-600 
MA-5600T
V800R006C02SPC100
H802SHLB
ISAM
7302
Form R3.3 and above
NSLT-A
7750 SR / 7705 SAR
Surpass hiX 5622/25/30/35
Ver. 2.8
IU:SHDSL:48:E
V203P01T6
GSDLB
MileGate
2300
SHDSLbis SUSE1

37. LA-210 Value Proposition Smart carrier Ethernet demarcation device
Multiservice SHDSL EFM CPE
22.8Mbps symmetric over SHDSL EFM
E1/Serial ports PWE in addition to 4 Eth user ports
Flexible clock transport options over PSN
Smart carrier Ethernet demarcation device
MEF 9 and 14 certified product
Complete OAM Package
Flow based operation mode with Traffic Management capabilities
Work opposite IP-DSLAM or MSAG
Passed Interoperability with Major DSLAM vendors
ALU, HUAWEI, NSN, Ericsson, ECI
RAD Family
Part of a unique product family that enables smart Carrier Ethernet demarcation over any access network
Unified management system