Huawei

products huawei flexible radio transmission equipment provides high-availability microwave links for TDM, IP-based, and hybrid networking.
huawei designed to protect investments in existing telecommunications infrastructure, and for smooth migration to LTE networking.
The solution’s advanced concepts combine huawei, broadband, and networking capabilities with advanced TDM/Hybrid/Packet integration designs.

  • RTN905 nitrocom huawei RTN905RTN980 nitrocom huawei Datasheet install
    RTN 905 is ready for a variety of synchronization scenarios, no matter RTN alone or synergy with other venders,It Supports the following clock:
    • PDH tributary clock
    • Radio link clock
    • TDM cascading interface clock
    • 2048 kbit/s or 2048 kHz external clock
    • Synchronous Ethernet clock
    • IEEE 1588 V2(TC/BC)
  • RTN910 nitrocom huawei RTN910RTN980 nitrocom huawei Datasheet install

    RTN 910

    2 out of 5
    The OptiX RTN 910 supports high-efficient encapsulation technology and provides theframe header compression function at air interfaces to increase the throughput of packetservices When the frame header compression function is disabled, the throughput reachesa maximum of about 500 Mbit/s upon 56 MHz channel bandwidth. When the frame headercompression function is enabled, the throughput reaches a maximum of 1000 Mbit/s upon56 MHz channel bandwidth.
  • RTN950 nitrocom huawei RTN950RTN980 nitrocom huawei Datasheet install
    The OptiX RTN 950 supports high-efficient encapsulation technology and provides theframe header compression function at air interfaces to increase the throughput of packetservices. When the frame header compression function is disabled, the throughput reachesa maximum of about 500 Mbit/s upon 56 MHz channel bandwidth. When the frame headercompression function is enabled, the throughput reaches a maximum of 1000 Mbit/s upon56 MHz channel bandwidth.
  • RTN980 nitrocom huawei RTN980RTN980 nitrocom huawei Datasheet install
    The OptiX RTN 980 supports high-efficient encapsulation technology and provides theframe header compression function at air interfaces to increase the throughput of packetservices. When the frame header compression function is disabled, the throughput reachesa maximum of about 500 Mbit/s upon 56 MHz channel bandwidth. When the frame headercompression function is enabled, the throughput reaches a maximum of 1000 Mbit/s upon56 MHz channel bandwidth.