STATIONARY TERMINALS
STATIONARY TERMINALS
GENERAL SPECIFICATIONS |
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Model |
M1-GE-SL |
M1-10GE |
M1-20GE |
M1-30GE |
M1-40GE |
Throughput |
1 Gbps |
10 Gbps |
20 Gbps |
30 Gbps |
40 Gbps |
Max.distance |
15000 m |
15000 m |
14000 m |
13000 m |
12000 m |
Transmission delay |
250 us |
5 us |
5 us |
5 us |
5 us |
User Interfaces |
2 ports RJ-45, SFP port |
1 port 10G SFP+ |
2 ports 10G SFP+ |
3 ports 10G SFP+ |
4 ports 10G SFP+ |
Channel type |
standard IEEE 802.3 az |
Transparent, protocol independent |
Transparent, protocol independent |
Transparent, protocol independent |
Transparent, protocol independent |
MTU, bytes |
> 1600 |
> 16000 |
> 16000 |
> 16000 |
> 16000 |
Power supply |
50 W |
46 W |
48 W |
49 W |
50 W |
Dimensions |
480 x 285 x 300 mm |
480 x 285 x 300 mm |
480 x 285 x 300 mm |
480 x 285 x 300 mm |
480 x 285 x 300 mm |
Weight |
9,4 kg |
9,4 kg |
9,4 kg |
9,4 kg |
9,4 kg |
Backup channel/p> |
RF, optionally |
|
- Outdoor wireless access;
- Storage Area Networks;
- Last-mile access;
- Enterprise connectivity;
- Fiber backup;
- Metro-network extensions;
- Service accelerations;
- Point-to-point links;
- WAN access bridging
Stationary terminals are designed to organize high-speed communication channels between stationary objects in the optical range.
The set of design features of the system provides high consumer qualities:
- Proprietary technology “Passive optic – active tracking”;
- Live transmission of data with minimal delay;
- The most simple process of initial guidance;
- Installation on unstable structures;
- Throughput up to 40 Gbps;
- Technology of auto-calibration of a signal for a given distance;
- Aerodynamic system of optics protection from contamination;
- User-friendly software interface;
- Easy commissioning without the use of additional equipment;