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NetRelay

netrelay

NetRelay is a dedicated Frame Relay connection to the Internet. NetRelay is ideally suited to connect your Local Area Network (LAN) to the Internet. NetRelay service is characterized by the speed of the physical connection (Connection Rate) and the Committed Information Rate or CIR. The CIR is the agreed upon and guaranteed throughput on the connection. Normally the CIR is lower than the speed of the physical connection. If the network has the capacity available, data traffic on the connection can burst up to the Connection Rate.

Pricing is based on a contract term of one (1) year. NetRelay leased services include a CSU/DSU and exclude all other terminating equipment at the customers premises. Service included is a 7x24 support. NetRelay circuits will be terminated by a V.35 interface (34-pin female Winchester connector).

NetRelay Connection Rates per Month 

CR/PVC

64K

128K

256K

512K

1024K

2048K

16K

625,-

 

 

 

 

 

32K

725,- 

850,- 

 

 

 

 

48K

875,-

1.000,-

1.100,- 

 

 

 

64K

1.050,- 

1.175,-

1.275,-

1.375,- 

 

 

128K

 

1.625,-

1.725,-

1.825,- 

1.900,- 

 

256K

 

 

2.425,-

2.525,- 

2.600,- 

2.675,- 

512K

 

 

 

3.625,- 

3.700,-

3.775,- 

1.024K

 

 

 

 

5.450,- 

5.525,- 

2.048K 

 

 

 

 

 

8.300,- 

Special discounts are available for long term contracts and payment in advance.
For more information, please call 525-1500 or e-mail This e-mail address is being protected from spambots. You need JavaScript enabled to view it  

Installation Cost
Installation cost for 64 Kbps connections is Afl. 2.500,00 and Afl. 5.000,00 for all other connections.

*CR - Connection rate or the port speed, the speed of your physical connection to the frame relay cloud. You cannot send or receive data at a higher rate than the port speed.
**CIR - Committed Information Rate, an attribute of each virtual circuit we define over your frame relay connection. This is the rate at which SETAR guarantees you can deliver data through the frame relay cloud over that particular virtual circuit. You specify the desired CIR for each virtual circuit you ask SETAR to establish.
What happens if you transmit data at a higher rate than the CIR (because your port speed is higher than the CIR for that circuit)? Excess data will still be delivered if there is enough capacity in the network to support it. In practice, this is likely to mean that you can briefly burst data at up to the port speed, but sustained flow will likely drop back to the CIR.