| | 1 | == LTE interoperability == |
| | 2 | We have a variety of commercial and open source LTE infrastructure at ORBIT, both on commercial and on generic hardware. |
| | 3 | We support various combinations of UE, eNB, and EPC. |
| | 4 | |
| | 5 | Potential configurations are: |
| | 6 | * OAI UE and OAI eNB with or without OAI EPC |
| | 7 | * Commercial UE with OAI eNB with OAI EPC |
| | 8 | * Commercial UE with Amarisoft eNB with Amarisoft EPC |
| | 9 | * Commercial UE with OAI eNB with Amarisoft EPC |
| | 10 | * Commercial UE with Airspan eNB and EPC |
| | 11 | |
| | 12 | === OAI eNB with Amarisoft EPC === |
| | 13 | ==== Set Up ==== |
| | 14 | * Amarisoft EPC running on bsc03out, IP 192.168.12.63, MTU 1564 |
| | 15 | * PLMN 00101 |
| | 16 | * OAI eNB running on sandbox1 node1-1, IP 192.168.12.82, MTU 1564 |
| | 17 | * MCC 001 |
| | 18 | * MNC 01 |
| | 19 | * Band 25 |
| | 20 | * Modulation FDD |
| | 21 | * Bandwidth 5mhz |
| | 22 | * Netgear 341u Dongle running on sandbox1 node1-2 |
| | 23 | * Commands run are as in the [http://www.orbit-lab.org/wiki/Tutorials/g0WmLTE/Tutorial5#AmariSoftLTE Amarisoft tutorial]. |
