Ericsson SOLUTION DESCRIPTION EDA 1200 4.0 - Manual (Page 21)

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 Ω 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