MINI-LINKtm CN 1010, etsiEricsson’s cost efficient Mobile Backhaul Gateway

Ericsson is the market leading Mobile Broadband and Mobile Backhaul supplier. Ericsson has provided half of the world’s HSPA networks and Ericsson’s systems handle 1.7 Billion mobile users over the world.

MINI-LINK CN 1010 is a Cost effcient and Compact Mobile Backhaul Gateway that focuses on aggregating Ethernet and TDM traffic from multiple generation RBS’s into an optical packet network.

RBS interface and demarcation point As a Mobile Backhaul Gateway MINI-LINK CN 1010 is located at the edge of the Mobile transport network interfacing directly to the Radio Base Stations; providing backhaul transmission for existing and future bandwidth demanding mobile broadband services. MINI-LINK CN 1010 provides E1/DS1 emulation at the backhaul interface for 2G networks and Fast Ethernet/Gigabit Ethernet for 3G/ 4G backhaul.

The backhaul service is supported by MEF-defined Ethernet virtual connections: point-to-point E-Line and multipoint-to-multipoint E-LAN services.

MINI-LINK CN 1010 serves as both a circuit emulation gateway, and as a pure demarcation point. The device enables the separation of different network segments as well as different business responsibility areas.

MINI-LINK CN 1010 is a Cost efficient and Compact Ethernet Mobile Backhaul Gateway that is easy to install and configure. It provides Ethernet aggregation and P2P fiber backhaul at non microwave sites, with circuit emulation of TDM traffic.

MINI-LINK CN 500 and the future MINI-LINK 70/80 GHz outdoor GbE radio can also be enhanced by MINI-LINK CN 1010. It then provides the addition of Circuit Emulation Services, Multiple Ethernet ports and Service OAM.

MINI-LINK CN 1010, the cost efficient Mobile backhaul gateway

FE/GE4G

3G

2G

E1/DS1

4G

3G

2G

FE/GE

E1/DS1

Ethernet

FE/GE

GE

MINI-LINK TN MINI-LINK TN

MINI-LINK CN 500

MINI-LINK CN 1010

E1

GE

GE

OMS 1400, SEA

CESHead-end

RNC

BSC

To remoteRBS site

Ethernet switching

The integrated non blocking Gigabit Ethernet switch (IEEE 802.1Q and 802.1ad compliant) has a switching capacity of 8 Gbps Full duplex.

Ethernet Protection

MINI-LINK CN 1010 offers multiple protection options like LAG (802.1AX Link Aggregation),Ethernet Ring Protection (ITU G.8032v2) and RSTP/MSTP.

Quality of Service

Service differentiation (802.1 p-bits) and traffic separation (VLAN) together with 8 priority queues and traffic scheduling makes MINI-LINK CN 1010 prepared for diverse QoS configurations. The QoS is Ethernet, IP and MPLS aware.

MINI-LINK CN 1010 provides Carrier Grade QoS functions like SPQ, WFQ, WRED and Policing.

Both ingress and egress Policing are available for configuring Service Levels that enable network carriers to provide end-to-end guaranteed bandwidth and service level agreements.Connection-oriented logical flows can be established with MEF 10.1 defined Service Attributes: Committed Information Rate (CIR), Committed Burst Size (CBS), Excess Information Rate (EIR), and Excess Burst Rate (EBS). The attributes are configurable per flow.

Virtual LAN (VLAN)

MINI-LINK CN 1010 supports VLAN tagging (IEEE 802.1Q) and Provider Bridge (802.1ad).

Ethernet OAM

As part of end-to-end network solutions, MINI-LINK CN 1010 complies to Link OAM (IEEE 802.3ah) and Ethernet Service OAM FM (IEEE802.1ag); together with Ethernet Service OAM PM (ITU-T Y.1731).

Circuit Emulation Service

MINI-LINK CN 1010 provides circuit emulation services for legacy E1/DS1 TDM interfaces.The SAToP (Structure Agnostic TDM over Packet) emulation method disregards any structure that may be imposed on the data stream; e.g. the standard framing as defined in ITU-T G.704. The emulation endpoints do not interpret the TDM structure nor participate in the TDM signaling.The CESoPSN (Circuit Emulation Service overPacket Switched Network) emulation is a structure aware Pseudowire encapsulation method. The ITU-T G.704 TDM structure can be identified, and recreated at the remote end.MINI-LINK CN 1010 is hence well equipped to cater for the needs of different network technologies and CES head-end requirements.

Clock Synchronization

MINI-LINK CN 1010 has a comprehensive range of synchronization possibilities. This makes it prepared for a variety of synchronization scenarios.The Gateway allows different clock sources:

• Synchronous Ethernet, (ITU-T G.8261/G.8262/G.8264)

• Precision Time Protocol, PTP, (IEEE 1588v2 client)

• Adaptive clock recovery based on the RTP packet stream from the Packet Switched Network (PSN).

• E1/DS1 Line clock

• Local clock

MINI-LINK CN 1010 furthermore provides a separate 2 MHz clock input and output sync port, as well as a sync port dedicated for TDD base station sync requirements, such as Time Of Day (TOD) and 1pps input.

IP multicast

MINI-LINK CN 1010 supports multicast streaming by use of IGMP v2/v3 (Internet Group Management Protocol) snooping.

Alarm Interface

The alarm interface of the MINI-LINK CN 1010 provides four alarm inputs together with two alarm outputs.

Management

Management is handled by ServiceOn EM.Local management can be performed by either using the Local Craft Tool (LCT) or a Command Line Interface (CLI).

Cooling

MINI-LINK CN 1010 comes with a front-mounted fan unit. The fan unit can be replaced without traffic interruption.

Power

Power is supplied by -48 V DC through dual fuse protected power inlets.

Subrack solutions

MINI-LINK CN 1010 is ready for wall-mounting or installation in 19”/ETSI racks.

MINI-LINK CN 1010 is ready for deployment in all wireless mobile network Generations, 2G, 3G and 4G!

Ericsson ABBNET, PA IP and Broadband

SE-431 84 Mölndal, Sweden

Telephone +46 10 719 00 00

Fax +46 10 712 99 99

www.ericsson.com

EN/LZT 110 5200 R1 ETSI

© Ericsson AB 2010

This datasheet describes features available in the 1.0

and 1.1 release of MINI-LINK CN 1010. Please contact

your sales representative for further information about the

availability of a specific feature. All technical data is typical

and is subject to change without notice.

Technical specificationsmini-link cn 1010

WEIght ANd dIMENSION Physical Dimension: Height 1 U, Depth 220 mm, Width 446 mmWeight: 4 kg

POWER SuPPLy -48 V DC

POWER CONSuMPtION <50 Watts

tRAffIC INtERfACES 4 x GE SFP ports4 x 10/100/1000BASE-T ports8 x E1/DS1 120/100/75 Ohm Circuit Emulation (2 x E1/DS1 per RJ-45)

MAINtENANCE INtERfACESUSB port for local configuration and management One out of band 10/100/1000BASE-T Ethernet management port

SyNC INtERfACES2 MHz G.703 §13 in/out Synch port (RJ-45)1pps + Time Of Day (TOD) Synch port (RJ-45)

OPERAtINg ENVIRONMENtOperating Temperature: -5°C - 55°CHumidity: 0 - 95% Non-condensingAir flow: Front to back supported by fan

EthERNEt SWItChINg802.1Q Virtual LAN802.1ad Provider BridgingSwitching capacity: 8 Gbps non-blocking, Full duplexLine rate from 64 byte to 9600 byte MTU32 K MAC addresses

QOSMEF QoS (MEF 10.1) utilizing• PCP, Ethernet • DSCP, IP• EXP, MPLS8 queues, Strict Priority and/or WFQ schedulingPolicing from 64kbps to 1GbpsWRED

EthERNEt SERVICES Private Line (EPL)Virtual Private Line (EVPL)Private LAN (EPLAN)Virtual Private LAN (EVPLAN)

EthERNEt PROtECtIONS802.1AX Link Aggregation, LAGITU G.8032v2 Ethernet Ring ProtectionRSTP/MSTP

tdM SuPPORtE1/DS1 Circuit Emulation • SAToP (Structure Agnostic TDM over Packet); IETF RFC 4553 & MEF 8• CESoPSN (Circuit Emulation Service over Packet Switched Network); IETF RFC 5086 & MEF 8

tIMINg ANd SyNChRONIzAtIONIEEE 1588v2 ClientITU-T G.8261/G.8262/G.8264 Synchronous Ethernet

OAMIEEE 802.3ah Link OAMIEEE 802.1ag Service OAM Fault ManagementITU-T Y.1731 Service OAM Performance Management

MuLtICAStIGMP v2/v3 Snooping

MtBfTypically 75 years

SECuRItyRADIUS authentication of management usersStorm ProtectionAccess Control List (ACL)

NEtWORk MANAgEMENtRADIUSSNMP v2/3SyslogRMONSSHv2ServiceOn EM

StANdARdS ANd RECOMMENdAtIONSNEBS Level III, UL 60 950-1, GR-63 Core,GR-1089 CoreETSI EN 300 386, FCC Part 15RoHS-6