MTS-M series service optimized Carrier Ethernet Access solutions
Global competition forces operators to reduce OPEX and
CAPEX. To address the issues, the market mega-trend is moving
toward the ubiquitous transport networks by use of Ethernet to
transport TDM, SONET and Packet. By supporting PBT/PBB-TE,
MPLS-TP(*) and OAM(802.1ag, Y.1731), MTS-M100 is costoptimized
Network Termination Unit or Customer Premises
Product for Ethernet Demarcation and well positioned to the
Packet Transport Network and are capable of dealing with costeffective
transport aggregation traffic for many high-speed access
networks. E-LINE, E-LAN and E-Tree services in MTS-M100
can provide differentiated QoS and SLA assurance for Ethernet
private line services. In addition, MTS-M100 significantly
reduces OPEX by providing easy migration from legacy TDM to
Ethernet networks with seamless support of SONET/SDH
grooming, cross-connect and transport service. Cost-effective
mixture of Ethernet and TDM traffic allows MTS-M100 to
provide an agile platform for the deployment of point-to-point
private line service for both TDM and Ethernet. MTS-M100
especially provides an ideal and cost-effective service for
transporting SONET/SDH over Packet Network.
Wireless backhaul solutions
Today’s traffic in the wireless backhaul is steadily increasing by video and data traffic over the voice service network. Unfortunately current TDM based wireless backhaul capacity is hardly able to keep pace with the relevant bandwidth growth. On other hand, the ARPU (Average Revenue Per User) is not growing as much as bandwidth growth is. We believe that Carrier Ethernet is a unique solution to reduce OPEX and CAPEX for the
wireless operators. Dowslake‘s MTS-M series provide seamless migration path from current legacy based radio access networks to full Carrier Ethernet Networks. MTS-M100 is the most powerful Ethernet Access Device that incorporates both TDM and IP but
highly integrated Ethernet based radio access networks equipment in the world. It can support up to four T1/E1 together with GE UNI along two GE NNI with Carrier Ethernet resiliency.
GENERAL SPECIFICATION |
Management Specification |
Environmental Specifications |
Regulatory Specifications |
Command line interface |
Operating temp: -45~65
C |
CE and UL |
Protocols: SNMP V1/v2/v3,
Telnet, SSH |
Storage temp: -45~85C |
ETSI 300 019 class3.1 |
Radius |
Humidity: 0%~90% noncondensing |
FCC Part15 Class A, Part68 |
|
|
NEBS level 3 compliance design |
|
|
| Key Features |
| An ideal device for wireless |
| backhaul aggregation |
| All features supporting Carrier |
Ethernet standards implemented on
the flexible Network Processor. |
| Highlight features |
| Transport: PBB-TE |
| MEF: E-LINE, E-LAN |
| OAM |
| Circuit emulation |
Clock Synchronization
1588v2 and SyncE |
| MEF 9,14,18 Certification ready |
|
Technical Specifications |
HARDWARE SPECIFICATION |
SOFTWARE SPECIFICATION |
PWE3 FUNCTIONS |
Main Processor
|
Ethernet Functions |
Packet encapsulation |
LSI Advanced PayloadPlus |
PBB-TE(IEEE 802.1Qay) |
MEF 8, MPLS, UDP |
LSI Advanced PayloadPlus |
Ethernet Provider Bridging
(802.1Q/802.1ad) |
|
Client Interface |
Services |
Protocols |
1 port Gigabit Ethernet (SFP) |
E-Line: EPL, EVPL |
SAToP (RFC4553) |
Sync Ethernet |
E-LAN: Multipoint-tomultipoint |
CESoPSN (RFC5086) |
2 or 4 port E1/T1/J1 (RJ45) |
E-Tree: Rooted multipoint |
RTP header |
Console RS-232c |
TDM private line |
- ATM |
OOB RJ45 |
QoS Management |
UNI and IMA |
BITS Clock In/Out |
- Classification based on
Port/MAC/VLAN/
EtherType/802.1p/IPv4 TOS and DSCP |
One-to-One mode |
Network Interface |
Per EVC Ingress metering,coloring shaping & policing |
N to One mode |
- 1:1 Gigabit Ethernet for |
trTCM |
AAL5 SDU |
Network Interface (SFP) |
8 class of service queue |
PVI/VCI Switching |
Power Supply |
Scheduling with Weighted
random early detection
(WRED) |
Fault management(F4/F5) |
- AC Power: 100 to 240 VAC |
OAM functions |
HDLC/PPP, ML/PPP |
Physical Structure |
802.3ah link OAM |
Circuit Emulation over
Packet (CEP) |
HWD: 1/2U x 207 x 240 mm |
802.1ag Connectivity Fault
Management (CFM) |
Ethernet Psuedowire (RFC
4448): Raw and tagged mode |
|
Y.1731 performance monitoringut |
BFD/VCCV |
|
Resiliency |
Clock Synchronization |
|
G.8031 Linear protection |
Adaptive Clock Recovery
(ACR) |
|
G.8032 2010 Ring protection |
Differential Clock Recovery
(DCR) |
|
802.3ad Link Aggregation |
1588v2 slave |
|
1:1 End-to-end service
protection (50msec) |
Individual clock mode of
DS1/E1 |
|
|
G.8261 Ether Sync |
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