Subject: ELEC5552 TQ02020302 (Project 2 Team 2 Week 3 Technical Query 2) Maximum Number of Coexisting equipment
Technical Query: How many pieces of equipment on a site will require communications provided by the project product parallelly?
Background: With ACMA bandwidth limitations there may be a limited number of viable frequency channels and hence a limited number of the CC1310 transceiver which can operate in the same local area. If the number of coexisting equipment is larger than five, the design team may need to consider change the radio module scheme or obtain a licence for more bandwidth.
Supporting information:
Because the available bandwidth is 8 MHz and the data rate requirement of 400 kbps per equipment, the unlicenced band can only allow the coexistence of four equipment.
Sources: ACMA Radiofrequency Spectrum Plan, CC1310 datasheets, Carson's bandwidth rule
Submitted By: Wenze Liu 21679274
Team ID: Team 2
Project Partner: Ali Kharrazi
Technical Query Register ID: TQ02020302
Subject: ELEC5552 TQ02020302 (Project 2 Team 2 Week 3 Technical Query 2) Maximum Number of Coexisting equipment
Technical Query: How many pieces of equipment on a site will require communications provided by the project product parallelly? Background: With ACMA bandwidth limitations there may be a limited number of viable frequency channels and hence a limited number of the CC1310 transceiver which can operate in the same local area. If the number of coexisting equipment is larger than five, the design team may need to consider change the radio module scheme or obtain a licence for more bandwidth.
Supporting information:
Because the available bandwidth is 8 MHz and the data rate requirement of 400 kbps per equipment, the unlicenced band can only allow the coexistence of four equipment.
Sources: ACMA Radiofrequency Spectrum Plan, CC1310 datasheets, Carson's bandwidth rule