LTE TDD Special Subframe and Its significance for Cell Size
Long Term Evolution (LTE) supports both FDD and TDD Duplex mode. The major difference in TDD and FDD is that...
Category: TDD LTE
What parameters impact the EVM of transmitter chain ?
The error vector magnitude or EVM is a measure used to quantify the performance of a digital radio transmitter or receiver. A signal sent by an...
Citizens Broadband Radio Service Device(CBSD), Its Types and OEMs
Citizens Broadband Radio Service Device(CBSD): As per FCC, an eNodeB which is capable to support CBRS band is referred as...
5G/4G ARFCN Calculator Android App
Few weeks back, we wrote a post about 5G New Radio ARFCN calculator. Below is the link for the same....
Explain LTE Frame Structure both for FDD and TDD
Time duration for one frame (One radio frame, One system frame) is 10 ms. This means that we have 100...
How Conventional AGC (Automatic Gain Control) works in receiver chain and its important parameters.
In wireless communication systems such as LTE, the received signal has an unpredictable signal power and varies over a wide...
LTE Handover Latency Calculation (Access Node)
In a cellular system, handover can be defined as a procedure to transfer a User Equipment (UE) and its context from...
Feature Group Indicators (FGI bits) in LTE – Rel. 8, Rel. 9 and Rel. 10
Feature Group Indicators (FGI bits) Feature Group Indicator (FGI) is a special Information Element (IE) within UE Capability Information message....
5G NR and 4G LTE Comparison
A Short comparison of 5G and 4G technologies is given is table below Technology Data Rates Latency Mobility Support Spectrum...