What is UL BLER in LTE?

What is UL BLER in LTE?

“Block Error Rate” or BLER is a measurement type of quality in telecommunication. Simple calculation of the measurement: BLER (in LTE) = Number of erroneous blocks / total number of received blocks.

How BLER is calculated in 5g?

Block Error Rate (BLER) is defined as the number of erroneous received code blocks/total number of received code blocks. The code block is considered to be error-free if its attached CRC code matches the one calculated by the receiver.

What is Telecom BLER?

The BLER is the ratio of total erroneous blocks to that of total number of blocks received in a digital circuit. Block error rate is also known as block error ratio.

What is BLER 5g?

BLER is Block Error Rate and it is basically the decoding failure rate of Transport Blocks or in simple words, the decoding failure rate of data blocks.

What causes BLER in LTE?

b) Typical causes of bad BLER are downlink interference, bad coverage (holes in the network, etc.)

What is 4G Sinr?

SINR (Signal to Interference & Noise Ratio) measures signal quality: the strength of the wanted signal compared to the unwanted interference and noise.

What is MCS index in 5G?

For any communication technology, Modulation and Coding Scheme (MCS) defines the numbers of useful bits which can carried by one symbol. In contrast with 5G or 4G, a symbol is defined as Resource Element (RE) and MCS defined as how many useful bits can be transmitted per Resource Element (RE) .

What is bit error rate in communication?

In telecommunication transmission, the bit error rate (BER) is the percentage of bits that have errors relative to the total number of bits received in a transmission, usually expressed as ten to a negative power.

What causes BLER?

b) Typical causes of bad BLER are downlink interference, bad coverage (holes in the network, etc.) b) Adjust the SINR thresholds for transition of transmission modes as recommended by the OEM.

How can I increase my UL throughput in LTE?

The easiest way is to give a higher priority to L1800 and that will shift most of the UEs in L1800 coverage away from L800. This will ensure better CQI for users and thus a better throughput. Another way would be to keep them on same priority and provide a frequency offset to move the users to L1800.

What is a good SNR for 4G?

4G (LTE)

SINR Signal strength
>= 20 dB Excellent
13 dB to 20 dB Good
0 dB to 13 dB Fair to poor
<= 0 dB No signal