background image

 

 

21

IP DSLAM EDN288X WITH EXTRA 

ECN330 

 

Additional ECN330 configured as 
switch on top of EDN288x 

 

Fully assembled unit housed in 
12

 

HU chassis 

 

2 x 10/100/1000 electrical or  
2 x 100/1000 Mbps optical SFP 
uplinks and one additional electrical 
10/100/1000 Mbps uplink for each 
ECN330-switch 

 

Power consumption (288 lines; two 
ECN330): 
Cable length 1.3 m: 
Idle/Typical/Max = 215/517/590 W 
Cable length 100 m: 
Idle/Typical/Max = 218/550/671 W 

 

Supports 19” and ETSI cabinets  

 

Weight: 30 kg  

 

External dimensions: 
(HxWxD) 535 x 480 x 300 mm 

 

CONTROLLER NODE ECN330 

 

24 x 10/100 Mbps ports electrical 

 

PoE for up to 24 IP DSLAMs or 
EXN104s  

 

Open slot for Fast or Gigabit SFP 
fiber ports 

 

Input voltage: —48 V DC 

 

Power consumption (24 ports): 
Cable length 1.3 m: 
Idle/Typical/Max: 50/62/70 W 
Cable length 100m: 
Idle/Typical/Max: 50/64/74 W 

 

MTBF: Minimum 15 years at 25°C 
ambient 

 

External dimensions:  
(HxWxD) 43 x 440 x 250 mm 

 

ETHERNET SWITCH ESN212 

 

Installed directly on KRONE 
PROFIL 

 

4 x 100/1000 Mbps optical uplink 
ports (SFP Fiber ports) 

 

8 x 100/1000 Mbps electrical ports 
(RJ-45) 

 

Dual -48VDC power input 

 

IEEE 802.1w (RSTP) and  
IEEE 802.1s (MSTP) 

 

IEEE 802.1ad provider bridges 

 

IEEE 802.3ad Link aggregation 

 

4k VLAN 

 

16 k MAC 

 

255 multicast groups 

 

Power consumption: Max 34 W 

 

MTBF: 32.7 years 

 

External dimensions:  
(HxWxD) 186 x 47 x 186 mm  

 

ETHERNET SWITCH ESN108 

 

Installed directly on a KRONE 
LSA® and PROFIL 

 

8 x 10/100 Mbps ports electrical  

 

One 100 Mbps / 1 Gbps uplink port 
(SFP Fiber Port) 

 

PoE for up to 8 IP DSLAMs or 
EXN104s 

 

Power consumption (8 ports): 
Idle, no IP DSLAMs attached: 18 W 
Max incl. PoE to 8xEDN312=217 W  

 

Input voltage: —48 V DC 

 

MTBF: 56 years at 25°C ambient 

 

External dimensions:  
(HxWxD) 186 x 42 x 133 mm 

 

 AGGREGATION SWITCH ESN410 

 

12 x 1 Gbps SFP optical ports or 

 

8 x 1 Gbps SFP and 4 x 
10/100/1000 Mbps Base-TX 

 

Input voltage: —48 V DC 

 

Partly managed by the Public 
Ethernet Manager (PEM) 

 

Provides 8-level priority in 
switching 

 

Provides wire speed L2/L3 switch 

 

Supports up to 16K MAC address 

 

Supports up to 4k VLANs 

 

Provides IPv4 routing at wire speed 

 

Power consumption: Max. 34 W 

 

MTBF: 25 years at 25°C ambient 

 

External dimensions:  
(HxWxD) 44 x 440 x 230 mm 

 

POWER DISTRIBUTION EPN210 

 

Installed directly on KRONE 
PROFIL 

 

Dual power inlet for -48VDC (-40.5 
VDC to 60 VDC) 

 

10 Power output terminals for 
powering EDN612/ESN212 or PoE 
for EDN312 

 

Output power: 500 W 

 

External dimensions: 
(HxWxD) 186 x 47 x 186 mm 

 

POWER DISTRIBUTION EPN102 

 

PoE for one EXN104 and one IP 
DSLAM 

 

Mechanically compatible with 
KRONE LSA® 10 pair connector 
system  

 

Input voltage: two terminals for —
48

 

V  (-40.5 V DC to  60 V DC)  

 

Output power: 21 W per port (0.7 A)  

 

External port connectors: 2 x RJ45  

 

External dimensions:  
(HxWxD) 185 x 21 x 110 mm  

 

Supports one LAN data string 
(signal path internally crossed) and 
feeds both ports with PoE with an 
intelligent on/off function to protect 
non-PoE equipment. 

 

FAST ETHERNET TO E1/T1 
CONVERTER EXN104 

 

Mechanically compatible with 
KRONE LSA® 10 pair connector 
system 

 

4 x G.703/G.704 120 

 balanced 

E1/T1 interfaces at the LSA® 
connector 

 

Fast Ethernet 100 Mbps ports 
electrical 

 

Power consumption Nominal 5.4 W  

 

External dimensions:  
(HxWxD) 185 x 21 x 109 mm 

 

CUSTOMER PREMISES 

EQUIPMENT 

The EDA system fully supports open 
interfaces and complies with all 
relevant ADSL standards. This 
ensures that EDA is interoperable with 
any standardized ADSL CPE modem, 
Ericsson and non-Ericsson 
 

ENVIRONMENTAL 

 

EN 300 386:2001 Class B 

 

Electro Magnetic Compatibility 
(EMC) requirements 

 

ETS 300 019-2-1 class 1.2  

 

Storage conditions 

 

ETS 300 019-2-2 class 2.3 
Transport conditions 

 

ETS 300 019 —2-3 class 3.2 Partly 
Temperature controlled locations 

 

ETS 300 019 —2-3 class 3.3 Not 
Temperature controlled locations 

 

ETS 300 753 class 3.2  

 

Acoustical Environment 

 

ITU-T K.20, ITU-T K.21  

 

Resistibility of telecommunication 
equipment installed in a 
telecommunications center or 
premises to over-voltages and 
over-currents-currents 

 

Содержание EDA 1200 4.0

Страница 1: ...TA SOLUTION DESCRIPTION EDA 1200 4 0...

Страница 2: ...cture for telecom operators for years to come Market shares have been constantly growing with EDA 1200 and leading European customers have selected EDA 1200 as their preferred technology Main features...

Страница 3: ...network using standard Ethernet uplink connections The limited physical dimensions of the EDA 1200 IP DSLAMs are secured without compromising functionality On the contrary the IP DSLAM is fully functi...

Страница 4: ...and other locations with high humidity dust and dirt as well as the operating temperature range cover temperatures from 40 C to 75 C thanks to an optimized cooling channel that easily transports dissi...

Страница 5: ...e single line provided that this is also supported in the CPE 12 line IP DSLAM EDN312x with built in base band filter The front end of IP DSLAM EDN312x is well integrated with standard building practi...

Страница 6: ...nded nodes The Ethernet switches and Controller Nodes are all managed by the Public Ethernet Manager PEM using the Ethernet connection for both user traffic and management traffic The portfolio compri...

Страница 7: ...ttached The EMP allows daisy chaining of up to 7 ECN330 switches for increased management capacity Management of up to 250 embedded nodes or 2500 VDSL2 ADSL2 lines One IP address Downgrading to basic...

Страница 8: ...1v Supports up to 4k VLAN Supports IGMP snooping Provides 8 level priority in switching Provides Spanning Tree IEEE 802 1D Fast forwarding mode supported 802 1s 802 1w Provides Link Aggregation 802 3...

Страница 9: ...EMP and the ESN212 aggregation switch The flexible topology support is particularly powerful for VDSL2 deployment in scenarios where telecom operators already have access aggregation switches in plac...

Страница 10: ...ffic distribution is performed towards a structure of queues per end user Scheduling from these queues can be performed as strict priority deficit round robin or modified deficit round robin Using the...

Страница 11: ...net Class of Service p bit QoS within single PVC EDN312 The IP DSLAM also supports multiple traffic classes services within the PVC allowing the access provider to support multiple services from a sin...

Страница 12: ...Forced Forwarding is an EDA technique that prevents direct connections between end users This function separates the users on layer 2 and forces the end user to use a router for all upstream traffic...

Страница 13: ...visioning Combined with PEM EDA 1200 provides a number of profiles and templates to create services in an easy way By pre defining service and line configuration profiles end user provisioning is easi...

Страница 14: ...the EDN312 based system provides other useful information such as last estimated line length attainable bit rate on the ADSL physical link and CPE information such as chipset ID and dying gasp CPE sw...

Страница 15: ...ernet to E1 T1 converter EDA provides a cost effective solution for transporting Ethernet traffic via vacant E1 T1 lines which is useful on small sites The stand alone design of the IP DSLAM removes t...

Страница 16: ...on EDN312 US NEBS subrack for ADSL ADSL2 ADSL2 based on EDN31296 line ETSI subrack with EDN612 ESN212 and EPN210 The 96 line VDSL2 subrack is available in both 19 and 21 ETSI variants with integrated...

Страница 17: ...sily be placed in non controlled road side cabinets and other locations with high humidity dust and dirt This significantly reduces the requirements on the outdoor enclosure needed for EDA 1200 system...

Страница 18: ...lation of EDA 1200 12 to 288 line VDSL2 ADSL2 based on EDN612 ESN212 and optional EPN210 The EDA RSC96m solution can use direct air cooling in the cabinet instead of the more traditional heat exchange...

Страница 19: ...t It uses direct air cooling in the cabinet instead of more traditional heat exchanger unit This means lower environmental load regarding noise emission and power consumption The cabinet can be used i...

Страница 20: ...de Manager for Intel platform Northbound Interfaces CORBA SNMPv1 SNMPv2C Supported standards FTP TFTP RFC2233 The Interfaces Group MIB using SMIv2 RFC2662 definitions of Managed Objects for the ADSL L...

Страница 21: ...c Ethernet Manager PEM Provides 8 level priority in switching Provides wire speed L2 L3 switch Supports up to 16K MAC address Supports up to 4k VLANs Provides IPv4 routing at wire speed Power consumpt...

Страница 22: ...22 Ericsson AB www ericsson com 221 05 FAV 901 101 1 Uen C Ericsson AB August 2007...

Отзывы: