Purpose
Duplicate the environment of OSC Lab. in New Jersey.
Focus on O-DU integration and security tests.
Status, Under construction
- Ongoing installation of O-CU
- O-DU-Low and O-DU High Integration (G Rel.) is ongoing.
- Currently, O-DU integration is the top priority
- Revert TM500 back into current topology
Access
Access is limited and resource sharing is not yet available.
For lab access, please send an e-mail to the lab contact, provide, your name, email, business affiliation if any, and reason for access. This is often in relation to an OSC project (Projects) and therefore is facilitated through the Project Technical Lead (PTL).
Contact: Professor Ray-Guang Cheng
Email: crg@gapps.ntust.edu.tw
Diagram
Lab 1 - NTUST Lab
Lab 2 - NYCU Lab
Lab 3 - CHT Lab
Lab 4 - Auray Lab
OSC Taiwan Lab. Elements
Physical Servers
Virtual Machines
Software Deployment Allocations
O-DU (High and Low)
The integration of O-DU Low (FlexRAN 21.11) and O-DU High in Rel. G is ongoing.
O-CU
The installation of commercial O-CU provided by Radysis is ongoing.
Partial integration of O-DU High with OAI CU is done.
Near-RT RIC
The Rel. F Near-RT RIC is currently deployed in an OpenStack environment.
The Rel. F Near-RT RIC can connect to Viavi RIC Test (v. 1.5)
5G Core
free5GC by NYCU, Taiwan, is tested.
SABox by Nokia Lab., France, is used.
Software Simulators
Viavi TeraVM RIC Tester v. 1.5, is used as the RAN simulator for emulating the E2 Nodes for Near-RT RIC integration test.
Hardware Simulations
Viavi TM500 is provided in NTUST Lab., ChungHwa Telecom (CHT) Lab. and Auray Lab. for O-DU testing (the same as that used in OSC New Jersey Lab.)
Specialty Hardware
Nokia IXR 7250 Fronthaul Gateway is used (the same as that used in OSC New Jersey Lab.)
UpiSpace Fronthaul Gateway is used
Foxconn Indoor O-RU (RPQN-7801, 3.7-3.8GHz 4T4R)