Special Radio Profile Related Properties#

Bluetooth Low Energy Profile#

Bluetooth LE PHY Features#

• Description: Bluetooth defines multiple PHYs and some feature requires specifically configured version of the given PHY. This can be selected here.

IEEE802154 Profiles#

Zigbee PHY Feature Select #

• Description: Some Zigbee features require specifically configured PHY, those can be selected here.

BPSK PHY Feature Select#

• Description: Two BPSK mode is defined in IEEE 802.15.4, those can be selected here.

Long Range Profile#

Long Range Mode#

• Description: This enum sets the Long Range profiles, which establish data rates. The following table contains the default configuration options on Long Range Profile and the recommended Crystal Oscillator (XO) accuracy:

For more information on Long Range Profiles and performances, see the Long Range Configuration Reference document.

• Unit: Enumerated list

• Applicability: Tx/Rx

Mbus Profile#

Mbus Frame Format#

Sets the frame format to use:

• FrameA: Frame format A (10B first block, 16B further blocks, CRC after each block, length does not include CRCs)

• FrameB: Frame format B (10B first block, max 115B second block, optional block. CRC after second and optional block, length includes CRCs)

• NoFormat: No frame decoder; fixed length mode. Length must be set with sl_rail_set_fixed_length() before packet Tx and during packet Rx (e.g. using sl_rail_peek_rx_packet() to check the length field when it is received)

Mbus Mode#

Sets the mode (modulation, deviation, bit rate, and so on). Possibilities are:

• ModeS_32p768k

• ModeT_M2O_100k

• ModeT_O2M_32p768k

• ModeR_4p8k

• ModeC_M2O_100k

• ModeC_O2M_50k

• ModeN1a_4p8K

• ModeN1c_2p4K

• ModeNg

Symbol Encoding#

Sets the symbol coding:

• NRZ – No symbol coding

• Manchester – Manchester (zero is “10”). Also adds 2 bits of “10” postamble for Tx packets

• 3 of 6 – 3 out of 6 coding. Not recommended for Tx as it does not send postamble.

Enable Dual Syncword Detection#

Enable Dual Syncword Detection Enables second sync word for ModeC, ModeN, and ModeF

Mbus Postamble Length#

Configures the postamble length in sets of two alternating chips (i.e. either ‘01’ or ‘10’). This is required for modeS and modeT, and a maximum of 4 pairs (8 chips) can be transmitted.

Preamble Length Total#

Total length of the preamble in bits. Since EN13757-4 only specifies the minimum preamble length for a number of modes (which is used by our preconfigured modes), this setting can be used to configure it for a longer preamble.

Sidewalk Profile#

Sidewalk Mode #

This option is for future use.

Wi-SUN Profiles#

Wi-SUN Regulatory Domain#

• Description: Configures the frequency band according to the selected region.

• Unit: Enumerated list

• Applicability: Tx/Rx

Wi-SUN Operating Class#

Note: Only for Wi-SUN FAN 1.0 Profile

• Description: Configures the center frequency and channel spacing within the Regulatory Domain.

• Unit: Self-explanatory enumerated list

• Applicability: Tx/Rx

Wi-SUN Operating Mode in FAN 1.0 #

Note: Only for Wi-SUN FAN 1.0 Profile, though HAN profile has the same input with more limited options

• Description: Configures the Wi-SUN mode. This protocol uses 2FSK modulation with different frequency and modes based on region. The following table shows the modes and the associated modulation index and data rate:

• Unit: Self-explanatory enumerated list

• Applicability: Tx/Rx

Wi-SUN Operating Mode in HAN #

Note: Only for Wi-SUN HAN Profile, though FAN 1.0 profile has the same input with more options

• Description: Configures the Wi-SUN mode. This protocol uses 2FSK modulation with different frequency and modes based on region. The following table shows the modes and the associated modulation index and data rate:

• Unit: Self-explanatory enumerated list

• Applicability: Tx/Rx

Wi-SUN Operating Mode ID#

Note: Only for Wi-SUN FAN 1.1 Profile in Channel Group settings.

• Description: Configures the Wi-SUN mode by selecting the unique 8-bit value used to identify the Wi-SUN PHY operating modes defined by the Wi-SUN specification. This protocol uses 2FSK or OFDM based on the selected operating mode. For 2FSK, Table 2.15 shows the modes and the associated modulation index and data rate. For OFDM, Table 2.16 shows the modes and the corresponding OFDM Modes and MCS indexes. As shown in Table 2.17, the OFDM Option selects the channel parameters. During Rx, the used MCS is automatically detected, while in Tx, the MCS index is selected through RAIL. OFDM is only available on EFR32FG25 devices.

• Applicability: Tx/Rx

Wi-SUN Channel Plan ID#

Note: Only for Wi-SUN FAN 1.1 Profile in Channel Group settings.

• Description: This entry selects the unique 6-bit value used to identify the regulatory channel plan defined by the Wi-SUN specification.

• Unit: Enumerated list

• Applicability: Tx/Rx

Concurrent OFDM Option#

Note: Currently only available on EFR32FG25 in Wi-SUN FAN 1.1 Profile Channel Group settings for the following Operating Mode and Channel Plan combinations:

• Description: Selects the alternate OFDM PHY settings. For further details on Concurrent Detection Mode, see Getting Started with Concurrent Mode on EFR32FG25 using RAILtest.

• Unit: Enumerated list

• Applicability: Tx/Rx

SUN OQPSK Profile#

FCS Type (CRC)#

• Description: This field selects the frame check sequence length.

• Unit: Enumerated list

  • TWO_BYTE: 2-octet FCS used.

  • FOUR_BYTE: 4-octet FCS used.

• Applicability: Tx/Rx

SUN OQPSK Chiprate#

• Description: This field sets the OQPSK chiprate.

• Unit: Enumerated list

• Applicability: Tx/Rx