SLIDE 1
5G CBRS Proof-
- f-Concept for
Introduction
IOT Sensors CBRS Spectrum Characteristics
Bandwidth Latency
5G CBRS Proof- of-Concept for Scientific Applications - - PowerPoint PPT Presentation
5G CBRS Proof- of-Concept for Scientific Applications - - PowerPoint PPT Presentation
5G CBRS Proof- of-Concept for Scientific Applications Introduction IOT Sensors CBRS Spectrum Characteristics Bandwidth Latency Video Overview EMBED Video into the presentation Concept background Robot building at MHS
SLIDE 2
SLIDE 3
Video Overview
- EMBED Video into the presentation
- Concept background
- Robot building at MHS
- Testing at MCSD
- Saintcon footage
- Big Finish
SLIDE 4
Citizens Band Radio Service (CBRS)
FCC Spectrum Allocation
- 3.5 gHz Naval Radar
- Used historically to land planes on aircraft
carriers
- Mid decade opened up for Fixed Wireless
application
New Rules
- Shared Spectrum Allocation
- GPS requirements
- Specific types of signaling – LTE standard,
Cambium Networks proprietary
- Central standards organization CBRS Alliance
- https://www.cbrsalliance.org/about-the-cbrs-
alliance/
SLIDE 5
Shared Access Spectrum
FCC controlled database Subscription required
Google Commscope Federated Wireless
Prioritization
Incumbent Priority Access Generally Available Access
SLIDE 6
LTE Bands used by CBRS
SLIDE 7
Network Diagram
SLIDE 8
CBRS LTE-A Network at SC19
EPC Core – Athonet
Hybrid Core
- Data Traffic Local Drop-
- ff
- Control Traffic goes to
AWS
eNodeB – 4 Ruckus Wireless Radios
1 Model 410 indoor 2 Model 710 indoor 1 Model 910 Outdoor
Shared Access Spectrum
Google (managed by Ruckus)
SLIDE 9
Station 1 –
- U of U Booth
SLIDE 10
Station 2 –
- U of U Booth
SLIDE 11
Station 3 -
- Demo Booth
SLIDE 12
IOT Sensors
- SCNET NOC
- SCNET Suite
- Ciena
SLIDE 13
Live View
- View of Data from HPC Node in SLC
SLIDE 14
Scientific Applications
IOT Sensors
Temperature Humidity Pressure Gyroscope Accelerometer Magnometer
Video Remote control
Drone Robot