EncodixOnline - Decoder: 3GPP TS 44.060 V14.0.0 (2017-03) [download spec]
The online version of the Encodix multistandard 5G/LTE/3GPP/WiMax/cdma2000 encode/decode C code generator (see the list of available decoders).
Decoder: Mobile Station (MS) - Base Station System (BSS) interface - Radio Link Control / Medium Access Control (RLC/MAC) protocol
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Click on the fields below to see the related bits evidenced on the right:
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Instructions
This decoder decodes messages specified in the 3GPP TS 44.060 V14.0.0 (2017-03) [download spec], Mobile Station (MS) - Base Station System (BSS) interface - Radio Link Control / Medium Access Control (RLC/MAC) protocol specification.
The messages are divided among the following message sets. The right message set must be selected before submitting the binary data to be decoded.
| Downlink |
These messages are sent from the network to the mobile station. They begin with a 6-bit message id followed by the message content. This link decodes a sample Packet Downlink Assignment (TS 44.060, 11.2.7). |
| Uplink |
These messages are sent from the mobile station to the network. They begin with a 6-bit message id followed by the message content. This link decodes a sample Packet Control Ack (TS 44.060, 11.2.2). |
| Downlink EC-PACCH |
These messages are sent from the network to the mobile station on EC-PACCH. They begin with a 5-bit message id followed by the message content. |
| Uplink EC-PACCH |
These messages are sent from the mobile station to the network on EC-PACCH. They begin with a 5-bit message id followed by the message content. This link decodes a sample EC Packet Control Acknowledgement (TS 44.060, 11.2.50). |
Binary input field
The binary input field supports the following format:
| 0/1 | Numbers 0 and 1 are inserted as bits. So 1100 is encoded as four bits 1, 1, 0 and 0. |
| dN | where N is a decimal value in range 0..255; it is encoded as an 8 bit value. For example, d240 will be encoded as 11110000. |
| xN | where N is an hex value in range 0..FF; it is encoded as an 8 bit value. For example, xF0 will be encoded as 11110000. |
| d{K}N / x{K}N | Same as dN/xN but encoded in K bits. For example, d{3}2 will be encoded as 010. |