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NRF52810-QFAA-R Datasheet(PDF) 285 Page - Nordic Semiconductor |
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NRF52810-QFAA-R Datasheet(HTML) 285 Page - Nordic Semiconductor |
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285 / 483 page ![]() Peripherals 6.14 RADIO — 2.4 GHz radio The 2.4 GHz radio transceiver is compatible with multiple radio standards, such as 1 Mbps and 2 Mbps Bluetooth® low energy, as well as Nordic's proprietary 1 Mbps and 2 Mbps modes of operation. EasyDMA in combination with an automated packet assembler and packet disassembler, and an automated CRC generator and CRC checker, makes it very easy to configure and use the RADIO. See RADIO block diagram on page 285 for details. RADIO 2.4 GHz receiver 2.4 GHz transmitter RSSI EasyDMA Dewhitening Whitening IFS control unit CRC CRC Address match Bit counter RAM L S0 Payload S1 L S0 S1 PACKETPTR Packet disassembler Packet assembler Device address match Packet synch Payload MAXLEN ANT1 Figure 57: RADIO block diagram The RADIO includes a device address match unit and an interframe spacing control unit that can be utilized to simplify address white listing and interframe spacing respectively, in Bluetooth® Smart and similar applications. The RADIO also includes a received signal strength indicator (RSSI) and a bit counter. The bit counter generates events when a preconfigured number of bits have been sent or received by the RADIO. 6.14.1 EasyDMA The RADIO peripheral uses EasyDMA for reading of data packets from and writing to RAM, without CPU involvement. As illustrated in RADIO block diagram on page 285, the RADIO's EasyDMA utilizes the same PACKETPTR on page 300 for receiving and transmitting packets, and this pointer can only point to the Data RAM region. See Memory on page 15 for more information about the different memoryregions. The DISABLED event indicates that the EasyDMA has finished accessing the RAM. The structure of a radio packet is described in detail in Packet configuration on page 286. The data that is stored in Data RAM and transported by EasyDMA consists of the following fields: • S0 • LENGTH • S1 • PAYLOAD In addition, a static add-on is sent immediately after the payload. The size of each of the above fields in the frame is configurable, and the space occupied in RAM depends on these settings. A size of zero is possible for any of the fields, it is up to the user to make sure that the resulting frame complies with the RF protocol chosen. For the field sizes defined in bits, the occupation 4430_161 v1.0 285 |
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