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RAD DSL Solutions – LA Product Line. Itai Mendelsohn Product Line Manager. Outline. Outline. Introduction LA features set – technical details Typical Applications Under Development. DSLAM Deployment. At the end of 2005 there were 74.3 million DSLAM ports * Common use:
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RAD DSL Solutions – LA Product Line Itai Mendelsohn Product Line Manager
Outline Outline • Introduction • LA features set – technical details • Typical Applications • Under Development
DSLAM Deployment • At the end of 2005 there were 74.3 million DSLAM ports * • Common use: • Internet high speed access, mainly for residential customers • Added value services for the residential market (video, gaming, etc.) • Voice over IP services • IP VPN services for business customers • We have the technology and the infrastructure, what else can we do? • Leased line services (E1/T1, n x 64 kbps), FR • Cellular backhaul for 2G/2.5G and 3G networks * DITTBERNER's Worldwide 2005 Broadband Access (xDSL) Analysis
CPE Market Segments and RAD Solutions Small Business Medium Business Small Branch Cellular Backhaul SOHO/ Telecommuter • Leased Lines • FR • VoDSL\VoIP • Internet access • Leased Lines • FR • Intranet access • E1 ATM • E1 ATM IMA • E1 TDM • STM-1 ATM • Internet surfing • Intranet access • Video • VoDSL\VoIP Services • Symmetric • 2.3/4.6 Mbps • SHDSL • Symmetric • above 4.6 Mbps • Bonded SHDSL • High-Speed • 2.3/4.6/up • Bonded SHDSL • Asymmetric • 1M/64k • ADSL Traffic / Line Requirements RAD Solution ADSL IAD SHDSL IAD LA-110 SHDSL IAD LA-110/IMA SHDSL IAD LA-130
RAD’s ATM IADs Family • LA-110 • Dedicated Integrated • Access Device • LA-104 • LAN High speed ATM Integrated Access Device • LA-110/IMA • Dedicated high speed • Integrated Access Device • LA-130 • High speed ATM Integrated Access Device Available today Available today Beta Q3/2006 Available today
Outline Outline • Introduction • LA features set – technical details • Typical Applications • Under Development
Available today! LA-110 New features Version 3.17 main new features: • PBR – Policy Based router • BVI – Bridge Virtual Interface • VLAN Stacking and Stripping • Flow Control • Differential Services • Mapping traffic into different classes • Up to 4 classes (1 strict priority and 3 WFQ) • Radius Client • E1 UNI with VP termination • E1 Uplink • SHDSL IMA
LA-110 Interface Options • WAN interfaces: • SHDSL (2,4 wires or 4 pairs IMA) • ADSL • E1 • Future VDSL2 and SHDSL.bis support • 10/100BaseT interface • Bridge • Router • One T1/E1 port (ATM or TDM) • Serial data interface (V.35, X.21) OR • Voice interfaces: • 4 ISDN S0 ports or • 4 analog voice ports • Control port
LA-110 WAN interface • ADSL • ITU-T G.992 Annex A • Line coding:Full DMT • Line rate: 8/1Mbps • Chipset:GSPN SHDSL • ITU-T G.991.2 • 1,2 pairs or 4 pairs (IMA) • Line coding:PAM16 • Data rates up to 2.3Mbps (2W) • Data rates up to 4.6Mbps (4W) • Date rates up to 9.2Mbps (IMA) • E1 • ATM UNI • G.703, G.704 • Line rate 2.048Mbps
LA-130 Interface Options • WAN interfaces: • SHDSL - 4 pairs IMA • Ethernet • 1 or 4 10/100BaseT ports • 4 E1/T1 ports • 1 E1 CES • Up to 4 E1 UNI or IMA • Control port
LA-110 Mail Server WWW Server FTP Server Workstations LAN Capabilities • IP features • Static routing • 32 Entries • RIP I, II • DHCP Relay, Server and client • DNS relay • Firewall • NAT, PAT • MAC Bridging • VLAN aware • VLAN unaware • One 10/100BaseT port • Transparent to PPPoE • PPPoA • LLC MUX • VC MUX
ATM Key features • AAL types: • AAL1 CES and DBCES • AAL2 LES • AAL5 • CBR, VBR, UBR+ and UBR. • Up to 16 PVCs • VP range 0-31, VC range 0-255 • Per VC traffic shaping • Per AAL, Per CoS buffers • Optimized CDVT • Clocking: NTR, Internal, Adaptive, Sub E1 • ATM OAM as per I.610 F5
Traffic management • Four strict priority queues: • CES Services • CBR • VBR • UBR • Shaping supports single/dual leaky bucket : CBR , VBR1, UBR. • Minimum PCR/SCR is 80 cells/second.
ATM OAM • Implementation compliant to ITU-T I.610. • AIS/RDI , CC , LB supported , PM not supported. • CC and LB can be simultaneously activated for all VC’s. • F5 Continuity Check (CC) cell generation and/or termination (enable/disable - user configurable). • CC cells are sent once a second if no user traffic present. • F5 Loopback (LB) cell generation and termination at user interfaces (user configurable).
Management Capabilities • In-band management (LAN or ATM) • ATM: • Connectivity via a dedicated VCC • Connectivity via a data VCC • SNMP, Telnet or WEB management • Up to of 10 managers • Out-of band management through the craft port • ASCII terminal, Telnet and WEB are password protected; Two access levels: • Full control for configuration and monitoring • Limited access for monitoring only • Remote configuration upload/download • Remote software download • Plug and Play option • Alcatel MD supported (version 3.0)
Plug & Play Installation • LA-110/130 allows Plug&Play installation – no need for truck roll • The device automatically gets IP address and default Gateway: • From central MNG • From DHCP server • Subsequently, pre-defined configuration file can be remotely downloaded form from a central NMS
Statistics Collection • SHDSL level statistics • ATM layer statistics • Per-port • Per-VC cell counters • AAL5 statistics • OAM statistics • Ethernet statistics • Receive/Transmit packet counters • Statistics information is collected in 15 minute intervals • Last 24 hours are stored in the device (in 15 minutes resolution) • Up to last 7 days (in 24 hours resolution)
Diagnostics • Data loopback • External loop – towards the network • Internal loop – towards the user • Traps • Traps can optionally be masked / forwarded per manager • Event Log – up to 200 entries, cyclic, non-volatile. • Log file can be sent via TFTP to a predefine server.
Outline Outline • Introduction • LA features set – technical details • Typical Applications • Under Development
Leased Lines Services over ATM Site A Site B PBX PBX • Point to point connection of legacy equipment and emulation of Leased Line services • E1 and/or Serial data user port over ATM CBR connection allows for efficient network resource utilization - Providing guaranteed Leased Line QoS while provisioning just the required bandwidth • E1 TDM and E1 ATM • Up to 16 different ‘Leased Lines’ Structured data mode – ATM to SDH interworking • Service control with Physical and OAM loops • Clocking: NTR, Internal, Adaptive, from user E1/T1 • LAN Services can be added over the same access link E1 E1 DSLAM LA LA DSLAM Router Router SHDSL SHDSL V.35 V.35 ATM Eth Eth LAN LAN
Ethernet Services over ATM or Packet-switched Networks WWW BRAS Site A Site B • LAN over ATM or LAN over PSN (Packet Switched Network) when using DSLAM with IP uplink • 10/100BaseT service port • Services like: Transparent LAN Services (TLS), Internet, VoIP • Prioritization and QoS per service • Point-to-point and point-to-multipoint • Routing and Bridging • PPPoE and PPPoA support • DHCP Relay, Server and client • DNS relay, Firewall, NAT, PAT (IP) DSLAM (IP) DSLAM LA-110/IMA LA-110 4 * SHDSL SHDSL ATM or Packet Network Eth Eth ATM / IP ATM / IP LAN LAN
FR ServicesService/ Network Interworking Network Interworking Site A Site B • Point to point/multi-point connection of FR devices over ATM/DSL network • Supports Network Interworking (FRF.5) Service Interworking (FRF.8) • Up to 16 DLCis DSLAM DSLAM FRAD or Router LA-110 LA-110 Router V.35 V.35 SHDSL SHDSL ATM Network DSLAM FR Switch FR Network Site C IP ISP DSLAM FRAD or Router BRAS Service Interworking
Cellular Backhauling over ATM Using DSL Access 3G RNC BTS \ NodeB LA-110 ATM DSLAM • Using DSL access to cellular transport for both 2G and 3G base stations over ATM network • E1 port can be soft configured for TDM or ATM service – allowing seamless migration from 2G to 3G service • For 2G service ACE is used to terminate the ATM CES and provide TDM E1 to the BSC TDM or ATM ATM ATM BTS \ NodeB 2G BSC TDM or ATM ACE STM-1 nxE1 LA-130
Available today! LA-110 with IMA – Extending SHDSL Rate/Reach • Providing up to 9.2 Mbps - Filling the service gap between low speed SHDSL and above 10 Mbps commonly used in fiber • Using 4xSHDSL with IMA protocol • Extended distance - up to 8 km (5 miles) Branch A PBX E1 LA Router V.35 Head Quarters PBX Eth E1/T1 LAN DSLAM LA-110 Router 4xSHDSL Branch B ATM PBX V.35 E1 LA Router Ethernet 10/100 V.35 LAN Eth LAN
Outline Outline • Introduction • LA features set – technical details • Typical Applications • Under Development
TDM Emulation over PSN ATM and TDM Pseudo Wire (PW) over Packet Switched Network (PSN) Using DSL Access The need: • Clear dynamic of moving from ATM networks to Packet Switched networks (PSN) • There is a need to take legacy traffic as TDM and ATM over the PSN network. This is commonly done using PW technology and tunneling the traffic over the PSN Implementation Concept • When using DSL access there is a need to start these PW in the CLE because Most DSLAMs do not support PW • Two implementation phases • Working with IP DSLAMs providing Ethernet interface towards the network and keeping ATM based DSL towards the customer • Working with IP DSLAMs providing Ethernet interfaces both towards the network and towards the customer
Now in trials Leased Lines Emulation over IP/ATM/DSL Customer Premises Customer Premises PBX • CESoPSN or TDMoIP tunneling solution • On the receive side the jitter buffer store the payload prior to play-out to the local TDM attachment circuit. The size of this buffer should be locally configurable to allow accommodation to the PSN-specific packet delay variation. • Clock recovery is based on NTR DSLAM DSLAM E1 LA-110 LA-110 E1 PSN Eth/IP/MPLS SHDSL SHDSL PBX Eth Eth GbE TDMoIP Gateway IPmux Gmux TDM CO/POP
2G BSC TDM over PSN Using DSL Access – 2G Transport over PSN IP-DSLAM Gmux-2000 Channelized STM-1 Or nxE1 PSN Eth/IP/MPLS 2G BTS • E1 TDM traffic from the 2G BTS is encapsulates it as data and tunneled it towards the BSC as TDM PW • The Gmux-2000 terminates the TDM PW and hands the TDM traffic to the BSC • Clock synchronization based on NTR • Same solution can be used for Leased Line over PSN using DSL access LA-110 GbE GbE E1 TDM SHDSL ATM TDM TDMoPSNoAAL5oATMoSHDSL TDMoPSN TDM
3G RNC ATM over PSN Using DSL Access – 3G Transport over PSN 3G Node B LA-110 ACE-3200 ACE-3400 IP-DSLAM ATM UNI STM-1 E1 ATM xDSL • E1 ATM or ATM IMA traffic from the 3G NodeB is encapsulates it as data and tunneled it towards the RNC as ATM PW • ATM over PSN (ATMoPSN) tunneling solution based on IETF “draft-ietf-pwe3-atm-encap-06” • An ATM VP connection is tunneled into a unique ATM PW and carried over the PSN network • The ACE terminates the ATM PW and hands the ATM traffic to the RNC • Clock synchronization based on NTR PSN Eth/IP/MPLS ATM GbE GbE nSHDSL E1s ATM IMA IMA 3G Node B LA-130 DSL Bonding ATM ATMoPSNoAAL5oATMoSHDSL ATMoPSN ATM
Summary • The LA is a multi-service IAD • Providing a cost effective solution for variety of applications including Leased Line, Cellular Backhauling and Transparent LAN Services using DSL access infrastructure • Interoperability and cooperation with a variety of DSLAMs vendors • Providing solutions both in ATM environment as well as in emerging packet networks environment • The LA has a successful and proven installed based with major carriers
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