Low Latency Technology for Wireless Networks.FSO: VCSEL and Laser Devices Comparison.FSO Guide – Free Space Optics, Optical Wireless.LTE S5/S8 Interface: Between the S-GW and P-GW.LTE S1 Interface: LTE RAN to Evolved Packet Core.Remote Management of CableFree LTE CPEs using TR-069.LTE Network Latency compared with 2G, 3G & WiFi.LTE Frequency Bands & Spectrum Allocations.5G Frequency Bands & Spectrum Allocations.CPRI Interfaces for 4G & 5G Base Stations.Wireless Internet Service Provider (WISP).Mobile, Temporary and Disaster Recovery.Fibre Cut – Avoiding Network Outage Using Wireless.CableFree 5G for Corporate & Campus Networks.Broadcast Television & Satellite Uplinks.Airports: CableFree 5G for airport Applications.Mining: CableFree 5G for mining Applications.5G Ports and Docks: CableFree 5G Applications.CableFree Sapphire – High Performance MIMO Radio.CableFree Pearl – High Performance MIMO Radio.Custom SIM cards for 4G LTE & 5G NR Networks.CableFree Industrial 4G LTE CPE devices.CableFree Enterprise 4G LTE CPE devices.OpenRAN (O-RAN) & V-RAN for 4G & 5G LTE.2G & 3G: CableFree GSM, GPRS & UMTS Solutions.

= 20 dBĞxcellent Strong signal with maximum data speedsġ3 dB to 20 dB Good Strong signal with good data speedsĠ dB to 13 dBğair to poor Reliable data speeds may be attained, but marginal data with drop-outs is possible. When this value gets close to -20, performance will drop drastically 15 dB to -20 dBğair to poor Reliable data speeds may be attained, but marginal data with drop-outs is possible. 10 dB to -15 dB Good Strong signal with good data speeds = -10 dBĞxcellent Strong signal with maximum data speeds When this value gets close to -100, performance will drop drastically 90 dBm to -100 dBmğair to poor Reliable data speeds may be attained, but marginal data with drop-outs is possible. 80 dBm to -90 dBm Good Strong signal with good data speeds >= -80 dBmĞxcellent Strong signal with maximum data speeds

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