Overview
Brand Name: Ericsson
Product Number: KRC 161 625-1
Model Number: Radio 2219 B0A
Supported Standards: GWL
Outout Power(W): 2X60
IBW (HMz): 25/25/12.5
CBW (HMz): 25
Information of Radio 2219
The Radio 2219 is a 2T/2R
outdoor macro radio with up to
2x80W output power. Radio
2219 is part of the Ericsson
Radio System portfolio. Radio
2219 can be combined with the
Radio 0208 to increase the
amount receiver branches from 2 to 4.
It supports a number of vertical
mounting scenarios and
provides great flexibility with the
one-bolt installation and the
Ericsson Rail system.
With Radio 2219 Ericsson
evolves the macro radio part of
the portfolio to become even
more flexible and making it
easier than ever to build small
and efficient single and multiband macro radio installations.
The Radio 2219 should
preferably be located near the
antenna but can be located up
to 40 km from the baseband
unit. A fiber optic cable can be
used to connect the Radio 2219
to the baseband unit and several
radio units can be connected in
a cascade or star configuration.
Towards the antenna system
Radio 2219 provides support for
TMA and RET.
GSM, WCDMA and LTE is
supported with up to 8 carriers in
total. A mix of 2 standards is
supported with and IBW of up to
60 MHz.
Radio 2219 B0A characteristics
Configurations
-
LTE configurations within 25 MHz is supported.
-
WCDMA configurations within 25 MHz is supported.
-
MSR configurations with up to 7 GSM carriers.
-
25 MHz IBW, GSM within 25 MHz, is supported.
-
Single RAT GSM configurations with up to 8 GSM carriers (4 per branch), with MRO performance is
-
branch), with MRO performance is supported:
-
1 Carrier per branch: Up to 20W per carrier.
-
2 Carriers per branch: Up to 20W per carrier within 25MHz IBW.
-
3 Carriers per branch: Up to 15W per carrier within 25MHz IBW.
-
4 Carriers per branch: Up to 15W per carrier within 25MHz IBW.
-
Single RAT GSM configurations is supported with up to 8 GSM carriers (4 per branch), with SRO performance within 12.5 MHz IBW.
-
Virtual IBW for GSM is supported within a total IBW up to 25 MHz.
