Regional Meteorological Telecommunication Network for Region VI (Europe) Figure 1 - point-to-point circuits implementation (transmission speed in kilobit/s)

1
Regional Meteorological Telecommunication Network
for Region VI (Europe)Figure 1 - point-to-point
circuits implementation (transmission speed in
kilobit/s)
New Delhi
Beijing
64/8
Sondre Stormfjord
Helsinki
NI
Oslo
64
Reykjavik
Khabarovsk
64
8
9.6
16
24/8
Tallinn
7.2-28.8
32
16/8
Norrköping
64
Moscow
Riga
Novosibirsk
8
Copenhagen
19.2
16
16/8
Vilnius
64
Dublin
Tashkent
19.2
48
Beijing
32
64
Warsaw
Almaty
Minsk
De Bilt
0.1
24
16/8
16/8
48
NI
64
Hanoi
Exeter
16/64
64
ECMWF
Tehran
16
Prague
Washington
Kiev
32
Offenbach
Brussels
Bratislava
9.6
8/16
128/64
0.2
Kishenev
16/8
Cairo
FR 256 (CIR64)
256/128
48/16
64
Zurich
Vienna
Budapest
9.6
32/96
32/8
19.2
NI
64
Bucharest
64
64/8
9.6
64/8
NI
Tbilisi
Melbourne
Ljubljana
16
16/8
Toulouse
Zagreb
9.6
8/32
9.6
32/64
Belgrade
16
16
Nairobi
N/O
Yerevan
32
Sofia
8/16
8
Skopje
Lisbon
Madrid
Jeddah
Baku
NI
0.05
Tirana
64
9.6
128
NI
Rome
N/O
64/8
9.6
Casablanca
Ankara
N/O
N/O
0.05
Athens
8

Larnaca
0.1
RTH
0.05
2.4
8
Dakar
64
2.4
0.05

NI
NMC
Algiers
Beirut
16
Malta
Tripoli
Tunis
Nairobi
Damascus
Centre in other region
Bet Dagan
64
16/8
NI
MTN circuit
Amman
RMDCN Committed Information Rate
The RMDCN circuit Helsinki - Tallinn is not
yet in the RTMN plan, but replaces the
former GTS connection of Tallinn
Regional circuit
Interregional circuit
XII..2004
2
Moscow
Offenbach
EUMETSAT
Sofia
Toulouse
Rome

RTH
multipoint system via satellite
radio broadcast
Regional Meteorological Telecommunication Network
for Region VI (Europe)Figure 2 - multipoint
telecommunication systems