MDS Intrepid HC MX - TDM to IP Migration
The MDS Intrepid HC MX operates in the licensed 6 to 38 GHz frequency bands and offers throughput capacity between 8 and 350 Mbps. It provides a flexible combination of native TDM and native Ethernet interfaces and supports STM-1 interfaces. The MDS Intrepid HC MX can be configured for non-protected (0+1), protected (1+1) or space diversity deployments. The rich feature set and interface support of native Ethernet and TDM provide maximum throughput with minimal latency.
Key Benefits
| • |
Operates in the secure FCC/ETSI licensed bands between 6 and 38 GHz |
| • |
Provides scalable throughput options from 8 to 350 Mbps Native Ethernet and TDM implementation |
| • |
Native Ethernet and TDM implementation provide separation of service and lowest service latency possible |
| • |
Multiple deployment configurations maximize equipment and RF redundancy and minimize infrastructure cost |
|
|
MDS Intrepid HC MX Application Advantages
|
Reliable Communications
| • |
Hitless and errorless Adaptive Code Modulation(ACM) with modulations from QPSK to 256 QAM |
| • |
Adaptive power and exceptionally high system gain |
| • |
Full hardware / interface redundancy and network level resiliency |
|
Flexible Deployment
| • |
Various channel size options facilitate the best combination of range and speed |
| • |
Integrated carrier Ethernet switching and TDM cross-connect |
| • |
Future capacity growth and additional functionality enabled with license keys and using the same hardware |
|
Prioritized and Secure
| • |
Quality of Service (QoS) ensures critical communications receive highest priority |
| • |
AES 128/256 encryption for high security |
|
|
MDS Intrepid HC OIP - Ethernet Bridge Radio
The MDS Intrepid HC OIP operates in the licensed 7 to 38 GHz frequency bands and offers throughput capacity of up to 350 Mbps. As an all-outdoor radio terminal, supported by an outdoor PoE unit, the MDS Intrepid HC OIP eliminates the need for rack space within shelters, cabinets, and enclosures. The radio mates directly to the back of its associated antenna, minimizing visual impact. Power to the radio is provided by the PoE unit over the same Cat5e Ethernet cable that provides data to the unit.
|
 |
|
|
Key Benefits
| • |
Operates in the secure FCC/ETSI licensed bands between 7 and 38 GHz |
| • |
Provides scalable throughput options of up to 350 Mbps |
| • |
Software-configurable capacity licenses allow system capacity upgrade without the need for hardware upgrade |
| • |
Supports SyncE and IEEE 1588 v2 synchronization to allow for critical time synchronization of equipment across the system |
|
| • |
Optical fiber and electrical RJ45 gigabit Ethernet provide both interface options for GigE communications |
| • |
Jumbo packets of up to 9600 bytes offer the highest performance in GigE environments |
| • |
Q-in-Q, VLAN, QoS with 8 queues support the latest in VLAN requirements |
| • |
50 ms switching for ring protection (ITU-T G.8032) minimizes data interruption and delay |
|
MDS Intrepid HC OIP Application Advantages
|
Reliable Communications
| • |
Hitless and errorless Adaptive Code Modulation(ACM) with modulations from QPSK to 256 QAM |
| • |
Adaptive power and exceptionally high system gain |
| • |
Full hardware / interface redundancy and network level resiliency |
|
Flexible Deployment
| • |
Various channel size options facilitate the best combination of range and speed |
| • |
Integrated carrier Ethernet switching and TDM cross-connect |
| • |
Future capacity growth and additional functionality enabled with license keys and using the same hardware |
|
Prioritized and Secure
| • |
Quality of Service (QoS) ensures critical communications receive highest priority |
| • |
AES 128/256 encryption for high security |
|
