1. ETX-36 Version 1.00 Beta October-2012

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

3. Ethernet Service Aggregation Platform Circuit emulation Services
ETX Portfolio
Performance
Ethernet Service Aggregation Platform
1/10GE Interfaces
10GE NTU
10GE Ring
ETX-220A
ETX-5300A
High End EDD
Advanced TM
HW based OAM
High End MDD
Advanced timing
Circuit emulation Services
ETX-203AX/AM
ETX-205A
ETX-204A
Basic NTU
Flow based Service
ETX-36
MiNID
ETX portfolio evolved from port based NTUs such as ETX-102 and ETX-202 to flow based NTUs such as ETX-203A and ETX-204A.
The recently released members of the ETX family include the ETX-205A and new versions of the ETX-203A supporting unique features such as all-in-one capabilities.
These products will be followed later in 2012 with 10G NTU and the ETX-5300 access aggregation platform for a complete solution for Ethernet access.
Scale GE
nxGE
nx10GE

4. ETX-36 Ethernet Demarcation Switch
Ethernet Demarcation switch providing
Layer 2 switch functionality and flow classification for service prioritization allowing quality of service enforcement for critical applications
ETH OAM, fault detection and propagation
Link Aggregation protection mechanisms
MEF 9 & 14 E-Line and E-LAN services complaint
Temperature hardened option (-20°c ― 65°c)
Ethernet Demarcation Device providing
service differentiation (flow operation mode) – flow mode with Committed information rate (CIR) configurable burst size, rate limitation and shaping
Service Monitoring - Using standard OAM for connectivity check and performance monitoring
fault handling – fault propagation mechanisms based on OAM connectivity check or physical detection
Ring based on G.8032v2. only single ring is supported (no sub-rings) on network ports. LAG mechanism with load balancing and hashing mechanism (LACP is not supported).
Traffic 4/5 user ports aggregating traffic towards the network port, also enabling local switching
Media conversion – Copper to Fiber (SFP) conversion.
MEF 9 & 14 compliant services (certification is scheduled for 2013).

5. Carrier Ethernet Network
Target Customers
Service providers offering scalable Ethernet services
Within their footprint (On-Net), or
Outside their footprint (Off-Net) by leasing facilities from wholesale providers
Reducing the TCO with cost optimized solution and End-to- End monitoring and management
Carrier Ethernet Network PE
ETX-36
GbE
Remote Branch HQ
RADView
Retail Carrier Characteristics:
Deploy intra-company LAN-to-LAN applications for their customers
Providing E2E SLA Service monitoring to their customers – even over 3rd party networks
10G/ GbE
ETX-5300A
Carrier Ethernet
Service Level Assurance & Traffic Management

6. Applications

7. Carrier Ethernet Network End-to-End Service OAM
Retail services
RADView EMS
GbE
ETX-36
ETX-5300A
Carrier Ethernet Network
10G
GbE
ETX-36 PE PE
Aggregation Switch
GbE
ETX-36
Link OAM
End-to-End Service OAM
The Need
Demarcation device for office connectivity
OAM – link and service
Traffic prioritization
Space and power savings
Solution Benefits
Cost optimized solution
OPEX
CAPEX
Painless deployment of End-to-End solution
Smart Aggregation device
Complete management suit
Operators deploying Demarcation solution are experiencing high CAPX and effort in integrating new products into their networks.
The ETX-36 as a small demarcation is suitable for office connectivity due to a small footprint and low power consumption (Max 5.5W) enabling the carrier to monitor and control the network starting at the customer premises (OAM and management capabilities) while providing advanced QoS using flows - prioritization of the traffic by classifying it to different flows and providing QoS per service type (Rate limitation, P-bit remarking, Vlan manipulation, shaping…).

8. Substation Multiservice Connectivity
MP-4100
ETX-36
GbE FE
IP PBX
MP-2104 FE E1
SHDSL
V.35
ASMi
Optimux FO
PBX
LAN
MP-4100
Control Center
Voice
SDH/SONET
GbE
SCADA
MP-4100
The Need
Connectivity of new generation services at each substation or to central control room
Maximum coverage using any infrastructure
Minimum downtime using resilient equipment and topology
Environmental hardened CPE
LAN FE
Video Camera
LAN
Traditional Substation equipment had multiple access technologies and interfaces.
Today with the migration to IP there is a need for a cost effective access device that can substitute the legacy access with reliable, monitored Ethernet access network
Connecting a variety of new IP based services at each substation to other substations or a central control room
Voice
SCADA
Meters
Ethernet
Serial interfaces
Video surveillance
Solution Benefits
Lower TCO
Cost optimized Demarcation switch
Lower Opex by converging services and optimizing bandwidth utilization
Painless migration with single aggregation device for different access technologies and infrastructures

9. Access Aggregation Complete Access Network solution
1 GbE
ETX-36
1 GbE
ETX-36 PE
10 GbE
ETX-5300A
IP/MPLS
10 GbE G.8032
Rings
ETX-36
ETX-36
ETX-5300A
Complete Access Network solution
CAPEX saving using a low cost CPE
Aggregation device providing Advanced Traffic Management
OPEX saving using OAM for network maintenance
Initiate SLA base services at the Customer premises
MEF Compliant solution
Build a complete access solution based on RAD products including end to end management.
Low cost CPE that enables monitor of the network edge, and handle the traffic management from the aggregation site where the congestion may happen
Access using the ETX-5300A can be in ring or star topology. In future version we will support G.8032 in the ETX-36 and enable building multiple 1GbE access rings with the ETX-5300A as the core for these rings.
Adding access aggregation layer allows to free up the expensive ports in a PE router while using RAD access aggregation.

10. Product overview

11. Physical View ½ 19”, 1U enclosure
Mini-USB based RS232 local craft terminal
2 FE/GE network ports:
Copper (RJ-45) or Fiber (SFP)
2 FE/GE network ports:
Copper (RJ-45) or Fiber (SFP)
Out of band management
4 FE/GE User ports:
10/100/1000BaseT
½ 19”, 1U enclosure
Plastic enclosure with external AC PS
Metal Enclosure with internal AC or DC PS
Extended temperature option -20°c ― 65°c
Max Power consumption 5.5W
External PS

12. Switch with service differentiation capabilities
The ETX-36 is a switch with ability to isolate specific services and provide them with unique QoS.
Switch capabilities
802.1D-compliant non-blocking bridge
2k Mac address table
9k MTU
802.1q Vlan-Aware Bridge
Vlan Stacking (802.1ad)
Service differentiation
32 flows
Classification
VID
802.1p
source/dest IP
Per flow rate limitations
P-bit
Vlan Stacking
Flow parameters override the switch decisions

13. QoS Ingress policing at 64k granularity Classes of Service
6 CoS per Network port
4 CoS Per User port
Shaping per egress queue or port
Scheduling
Strict Priority (SP)
Weighted round Robin (WRR)
Mixed
Classification to flows:
WRR – weights are configurable
Vlan
IP-Precedence
SRC/Dest IP
P-bit
DSCP
SRC/Dest MAC
Ether type

14. OAM – Operations Admin. & Maintenance
Branch A
Ethernet over
PDH NTU PE
Real Time
Headquarters
EVC
Priority Data
Real Time
Priority Data
Ethernet over
Fiber NTU
Best Effort PE
UNI
Best Effort
EVC 1
PSN
EVC 2
Branch B
Real Time
Ethernet over
xDSL NTU
Priority Data
Real Time
UNI
EVC
Best Effort
Priority Data
IP DSLAM
Best Effort
UNI
IEEE (802.3ah)
IEEE (802.3ah)
IEEE (802.3ah)
IEEE 802.1ag Connectivity Management
Single segment (link)
IEEE (802.3ah)
Discovery
Connectivity check
Remote loopback
Fault propagation
Active and Passive modes
End-to-end
Connectivity Fault Management 802.1ag
Continuity check
Loopback
Link trace
Y.1731 is planned for future version.

15. Additional Features Ling Aggregation (LAG) Dying Gasp
Static LAG ( based) No LACP
Available on Network ports only
Load Balancing aggregating two network ports to a single 2GbE logical link using Hash Load Balancing Algorithm based on Source/Destination IP or MAC addresses
Dying Gasp
Sending D.G signaling on 802.3ah and SNMP trap
Fault propagation
Network-to-User
User-to-Network
L2CP Handling
Timing and Synchronization
SyncE network to user port distribution
SNTP
Fault propagation – On port and OAM CFM (802.1ag) levels
L2CP - Layer 2 control protocol frames entered the device are configurable discarded, pass through or peered, respectively.
SyncE – Without holdover functionality. No ESSM/ESMC messages forwarding.

16. 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.

17. 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

18. 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

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

20. Ordering Information Ordering Option Description
ETX-36/ACEX/2SFP/4UTP
External AC Power Supply, plastic enclosure with 2xSFP network ports and 4 GbE RJ-45 user port
ETX-36/AC/2UTP/4UTP
Metal enclosure with Internal AC Power supply, 2 GbE RJ-45 network ports and 4 GbE RJ-45 user ports
ETX-36/DC/2SFP/4UTP/SYC
Metal enclosure with Internal DC Power supply, 2 GbE SFP based network ports and 4 GbE RJ-45 user ports with ability to forward the SyncE clock received from the network port and transport it to the user ports.
ETX-36/AC/2UTP/4UTP/H
Metal enclosure with Internal AC Power supply, 2 GbE RJ-45 network ports and 4 GbE RJ-45 user ports with extended temperature range support

21. ETX-36 / ETX-203AX Comparison Table
Benefits
User ports
4 GbE ports
Copper (RJ45)
4 FE or GbE ports (License)
Copper (RJ45) or Fiber (SFP)
ETX-203AX FO user ports enable demarcation for fiber applications
Work mode
Bridge + Flow
Flow
ETX-36 bridge Keeps local traffic in customer network and saves the need of customer switch
OAM
SW Based *
802.3ah
802.1ag
HW based
Y.1731
ETX-203AX HW based OAM enables more OAM sessions with higher measurement accuracy and faster fault detection
QoS
CIR only with 6 egress CoS
Strict priority + WRR
Shaper per egress port or queue (6)
Tail Drop
Limited classification methods
CIR/EIR/CBS/EBS profiles with 8 CoS
Strict priority + WFQ
Shaper per flow (192)
3-color 2-rate H-QoS Mechanism with WRED mechanism
Enhanced classification methods
Enhances QoS of the ETX-203AX Enables traffic management with better utilization of the network resources for different services as well as oversubscription.
HW Based OAM provides:
Higher scalability (More OAM flows supported)
Faster continuity failure (impact on redundancy switchover time)
More accurate traffic monitoring (Delay, Jitter, Packet loss..)
Line-rate loopback
QoS: classification:
ETX-203AX ETX-36
Port-based (All to one bundling) VID
• VLAN Priority - Pbits or DSCP(TC) bits
• VLAN + VLAN priority 3. EtherType
• VLAN + IP precedence 4. Source IP address
• VLAN + DSCP 5. Destination IP address
• VLAN + source/destination MAC
• VLAN + source/destination IP address
• VLAN + inner VLAN
• VLAN + VLAN priority + inner VLAN
• VLAN + non-IP
• VLAN + Ethertype
• VLAN priority
• IP precedence
• DSCP
• Source/destination MAC
• Source/destination IP address
• Non-IP
• Ether Type
• Untagged.
* Y.1731 will only be supported in Q4/12

22. ETX-36 / ETX-203AX Comparison Table
Benefits
RFC 2544
Not Supported
Supported
Enables service SLA verification prior to the service activation
Link Aggregation (LAG)
Static Lag no LACP with load balancing and Hash mechanism
1:1 LAG with LACP
G.8031 Linear protection
LACP enables easy interoperability with different devices supporting LAG
Load balancing enables bonding the two ports to a single trunk of 2MB
Not supported
Enables end-to-end service protection
Power supply
External AC (Plastic Enclosure)
Internal AC or DC (Metal Enclosure)
Internal Wide-Range (AC/DC) in Plastic Enclosure
Wide-Range PS enables single device for both AC and DC installation and smaller inventory
PM Portal
Y.1731* parameters Monitoring and report generation
ETX-36 LAG – Hashing mechanism based on SIP&DIP&DA&SA (source IP, Destination IP, Source Address and Destination Address)
PM Portal – traffic measurement monitoring tool embedded into the RADview-EMS management system
* Y.1731 will only be supported by the ETX-36 in Q4/12

23. Reduced TCO Value Proposition
Reduce CAPEX
Single Device for local switching and Demarcation
Cost optimized design
MEF design for painless integration with Carrier Ethernet network
Reduce OPEX
Early fault detection using standard OAM
Central management system with complete FCAPS
Increase Revenue
Optimized customer service with prioritization of mission critical services
MEF Design – for
Reduced TCO