Parametrs |
.NO |
- 6service slots
(A maximum of 4 common signaling processing boards can be inserted (16 E1s for each board
(A maximum of 6 analog interface boards can be inserted (30 channels for each board
(A maximum of 6 digital phone recording boards can be inserted (30 channels for each board
A maximum of 1 fiber channel exchange matrix board can be inserted
- 1exchange control slot
A maximum of 1 network exchange board can be inserted
A maximum of 1 fiber channel exchange matrix board can be inserted
|
7slots |
1 |
- A maximum of 4 device system power modules can be inserted
- A maximum of 3 ring power module can be inserted
|
4power module slots |
2 |
- A maximum of 64 E1 digital trunk interfaces can be configured
- A maximum of 180 analog agents can be configured
- By optic exchange matrix, 32768-line non-blocking exchange system can be constructed
- A standalone Keygoe3005 can provide a maximum of 1920 voice resources
- A maximum of 128 SS7 links (64 kbps) can be provided
- A maximum of 16 SS7 links (2Mbps) can be provided
- A maximum of 32 SS7 links (2Mbps in high-impedance monitoring mode) can be provided
- A standalone Keygoe3005 can provide a maximum of 1920 VoIP resources
- A standalone Keygoe3005 can provide a maximum of 1024 conferences with 1920 members in conference simultaneously
- A maximum of 480 fax resources can be provided
- A maximum of 180 recording resources for digital phones can be provided
- A maximum of 240 3G video resources can be provided
|
Capacity |
3 |
|
Stacking count |
4 |
- Height: 219.4 mm (5U); width: 482.6 mm (19″); depth: 430 mm
|
Size |
5 |
- AC: 220 VAC (range: 176–264 VAC); frequency: 50 Hz
- (DC: - 48 V (range: -36 V , - 72 V
|
Power |
6 |
- The port number can be increased linearly
- Support the device stacking
- Support the functional board hot swapping, and online extension
|
Extensibility |
7 |
- Chassis temperature
- Fan rotating speed
- Power state
|
System monitoring alarm |
8 |
- High-Efficient cooling passage design
- 6cooling fans in low noise with large exhaust
|
Cooling system design |
9 |
- 4main power hot standby
- Dual-Power inputs redundancy
- Network exchange board interface redundancy
- Hot standby for control server
|
System redundancy |
10 |