atmega128rfa1.h

gistfile1.c

/**
 * \file atmega128rfa1.h
 *
 * \brief ATMEGA128RFA1 registers description
 *
 * Copyright (C) 2012 Atmel Corporation. All rights reserved.
 *
 * \asf_license_start
 *
 * Redistribution and use in source and binary forms, with or without
 * modification, are permitted provided that the following conditions are met:
 *
 * 1. Redistributions of source code must retain the above copyright notice,
 *    this list of conditions and the following disclaimer.
 *
 * 2. Redistributions in binary form must reproduce the above copyright notice,
 *    this list of conditions and the following disclaimer in the documentation
 *    and/or other materials provided with the distribution.
 *
 * 3. The name of Atmel may not be used to endorse or promote products derived
 *    from this software without specific prior written permission.
 *
 * 4. This software may only be redistributed and used in connection with an
 *    Atmel microcontroller product.
 *
 * THIS SOFTWARE IS PROVIDED BY ATMEL "AS IS" AND ANY EXPRESS OR IMPLIED
 * WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
 * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NON-INFRINGEMENT ARE
 * EXPRESSLY AND SPECIFICALLY DISCLAIMED. IN NO EVENT SHALL ATMEL BE LIABLE FOR
 * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
 * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
 * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
 * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT,
 * STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
 * ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
 * POSSIBILITY OF SUCH DAMAGE.
 *
 * \asf_license_stop
 *
 * $Id: atmega128rfa1.h 5223 2012-09-10 16:47:17Z ataradov $
 *
 */

#ifndef _ATMEGA128RFA1_H_
#define _ATMEGA128RFA1_H_

#include <sysTypes.h>

/*****************************************************************************
*****************************************************************************/
#define AES_BLOCK_SIZE                 16

/*****************************************************************************
*****************************************************************************/
// Typed memory access macro
#define MMIO_REG(mem_addr, type) (*(volatile type *)(mem_addr))

// Transceiver Pin Register
#define TRXPR_REG       MMIO_REG(0x139, uint8_t)
#define TRXPR_REG_s     MMIO_REG(0x139, struct __struct_TRXPR_REG)
struct __struct_TRXPR_REG
{
  uint8_t trxrst : 1; // Force Transceiver Reset
  uint8_t slptr  : 1; // Multi-purpose Transceiver Control Bit
  uint8_t        : 6;
};

// Transceiver Status Register
#define TRX_STATUS_REG   MMIO_REG(0x141, uint8_t)
#define TRX_STATUS_REG_s MMIO_REG(0x141, struct __struct_TRX_STATUS_REG)
struct __struct_TRX_STATUS_REG
{
  uint8_t trxStatus : 5; // Transceiver Main Status
  uint8_t tstStatus : 1; // Test mode status
  uint8_t ccaStatus : 1; // CCA Status Result
  uint8_t ccaDone   : 1; // CCA Algorithm Status
};

enum // trxStatus values
{
  TRX_STATUS_P_ON                         = 0,
  TRX_STATUS_BUSY_RX                      = 1,
  TRX_STATUS_BUSY_TX                      = 2,
  TRX_STATUS_RX_ON                        = 6,
  TRX_STATUS_TRX_OFF                      = 8,
  TRX_STATUS_PLL_ON                       = 9,
  TRX_STATUS_SLEEP                        = 15,
  TRX_STATUS_BUSY_RX_AACK                 = 17,
  TRX_STATUS_BUSY_TX_ARET                 = 18,
  TRX_STATUS_RX_AACK_ON                   = 22,
  TRX_STATUS_TX_ARET_ON                   = 25,
  TRX_STATUS_RX_ON_NOCLK                  = 28,
  TRX_STATUS_RX_AACK_ON_NOCLK             = 29,
  TRX_STATUS_BUSY_RX_AACK_NOCLK           = 30,
  TRX_STATUS_STATE_TRANSITION_IN_PROGRESS = 31
};

// Transceiver State Control Register
#define TRX_STATE_REG   MMIO_REG(0x142, uint8_t)
#define TRX_STATE_REG_s MMIO_REG(0x142, struct __struct_TRX_STATE_REG)
struct __struct_TRX_STATE_REG
{
  uint8_t trxCmd     : 5; // State Control Command
  uint8_t tracStatus : 3; // Transaction Status
};

enum // trxCmd values
{
  TRX_CMD_NOP           = 0,
  TRX_CMD_TX_START      = 2,
  TRX_CMD_FORCE_TRX_OFF = 3,
  TRX_CMD_FORCE_PLL_ON  = 4,
  TRX_CMD_RX_ON         = 6,
  TRX_CMD_TRX_OFF       = 8,
  TRX_CMD_PLL_ON        = 9,
  TRX_CMD_RX_AACK_ON    = 22,
  TRX_CMD_TX_ARET_ON    = 25
};

enum // tracStatus values
{
  TRAC_STATUS_SUCCESS                = 0,
  TRAC_STATUS_SUCCESS_DATA_PENDING   = 1,
  TRAC_STATUS_SUCCESS_WAIT_FOR_ACK   = 2,
  TRAC_STATUS_CHANNEL_ACCESS_FAILURE = 3,
  TRAC_STATUS_NO_ACK                 = 5,
  TRAC_STATUS_INVALID                = 7
};

// Transceiver Control Register 1
#define TRX_CTRL_1_REG   MMIO_REG(0x144, uint8_t)
#define TRX_CTRL_1_REG_s MMIO_REG(0x144, struct __struct_TRX_CTRL_1_REG)
struct __struct_TRX_CTRL_1_REG
{
  uint8_t              : 5;
  uint8_t txAutoCrcOn  : 1; // Enable Automatic CRC Calculation
  uint8_t irq2extEn    : 1; // Connect Frame Start IRQ to TC1
  uint8_t paExtEn      : 1; // External PA support enable
};

// Transceiver Transmit Power Control Register
#define PHY_TX_PWR_REG   MMIO_REG(0x145, uint8_t)
#define PHY_TX_PWR_REG_s MMIO_REG(0x145, struct __struct_PHY_TX_PWR_REG)
struct __struct_PHY_TX_PWR_REG
{
  uint8_t txPwr   : 4; // Transmit Power Setting
  uint8_t paLt    : 2; // Power Amplifier Lead Time
  uint8_t paBufLt : 2; // Power Amplifier Buffer Lead Time
};

enum // txPwr values
{
  TX_PWR_3_2DBM     = 0x00,
  TX_PWR_2_8DBM     = 0x01,
  TX_PWR_2_3DBM     = 0x02,
  TX_PWR_1_8DBM     = 0x03,
  TX_PWR_1_3DBM     = 0x04,
  TX_PWR_0_7DBM     = 0x05,
  TX_PWR_0_DBM      = 0x06,
  TX_PWR_MIN_1_DBM  = 0x07,
  TX_PWR_MIN_2_DBM  = 0x08,
  TX_PWR_MIN_3_DBM  = 0x09,
  TX_PWR_MIN_4_DBM  = 0x0A,
  TX_PWR_MIN_5_DBM  = 0x0B,
  TX_PWR_MIN_7_DBM  = 0x0C,
  TX_PWR_MIN_9_DBM  = 0x0D,
  TX_PWR_MIN_12_DBM = 0x0E,
  TX_PWR_MIN_17_DBM = 0x0F
};

enum // paLt values
{
  TX_PWR_PA_LT_2US = 0,
  TX_PWR_PA_LT_4US = 1,
  TX_PWR_PA_LT_6US = 2,
  TX_PWR_PA_LT_8US = 3
};

enum // paBufLt values
{
  TX_PWR_PA_BUF_LT_0US = 0,
  TX_PWR_PA_BUF_LT_2US = 1,
  TX_PWR_PA_BUF_LT_4US = 2,
  TX_PWR_PA_BUF_LT_6US = 3
};

// Receiver Signal Strength Indicator Register
#define PHY_RSSI_REG    MMIO_REG(0x146, uint8_t)
#define PHY_RSSI_REG_s  MMIO_REG(0x146, struct __struct_PHY_RSSI_REG)
struct __struct_PHY_RSSI_REG
{
  uint8_t rssi       : 5; // Receiver Signal Strength Indicator
  uint8_t rndValue   : 2; // Random Value
  uint8_t rxCrcValid : 1; // Received Frame CRC Status
};

// Transceiver Energy Detection Level Register
#define PHY_ED_LEVEL_REG MMIO_REG(0x147, uint8_t)

// Transceiver Clear Channel Assessment (CCA) Control Register
#define PHY_CC_CCA_REG   MMIO_REG(0x148, uint8_t)
#define PHY_CC_CCA_REG_s MMIO_REG(0x148, struct __struct_PHY_CC_CCA_REG)
struct __struct_PHY_CC_CCA_REG
{
  uint8_t channel    : 5; // RX/TX Channel Selection
  uint8_t ccaMode    : 2; // Select CCA Measurement Mode
  uint8_t ccaRequest : 1; // Manual CCA Measurement Request
};

// Transceiver CCA Threshold Setting Register
#define CCA_THRES_REG   MMIO_REG(0x149, uint8_t)
#define CCA_THRES_REG_s MMIO_REG(0x149, struct __struct_CCA_THRES_REG)
struct __struct_CCA_THRES_REG
{
  uint8_t ccaEdThres : 4; // ED Threshold Level for CCA Measurement
  uint8_t ccaCsThres : 4; // CS Threshold Level for CCA Measurement
};

// Transceiver Receive Control Register
#define RX_CTRL_REG     MMIO_REG(0x14A, uint8_t)
#define RX_CTRL_REG_s   MMIO_REG(0x14A, struct __struct_RX_CTRL_REG)
struct __struct_RX_CTRL_REG
{
  uint8_t pdtThres : 4; // Receiver Sensitivity Control
  uint8_t          : 4;
};

// Start of Frame Delimiter Value Register
#define SFD_VALUE_REG   MMIO_REG(0x14B, uint8_t)

// Transceiver Control Register 2
#define TRX_CTRL_2_REG   MMIO_REG(0x14C, uint8_t)
#define TRX_CTRL_2_REG_s MMIO_REG(0x14C, struct __struct_TRX_CTRL_2_REG)
struct __struct_TRX_CTRL_2_REG
{
  uint8_t oqpskDataRate : 2; // Data Rate Selection
  uint8_t               : 5;
  uint8_t rxSafeMode    : 1; // RX Safe Mode
};

// Antenna Diversity Control Register
#define ANT_DIV_REG     MMIO_REG(0x14D, uint8_t)
#define ANT_DIV_REG_s   MMIO_REG(0x14D, struct __struct_ANT_DIV_REG)
struct __struct_ANT_DIV_REG
{
  uint8_t antCtrl    : 2; // Static Antenna Diversity Switch Control
  uint8_t antExtSwEn : 1; // Enable External Antenna Switch Control
  uint8_t antDivEn   : 1; // Enable Antenna Diversity
  uint8_t            : 3;
  uint8_t antSel     : 1; // Antenna Diversity Antenna Status
};

// Transceiver Interrupt Enable Register
#define IRQ_MASK_REG    MMIO_REG(0x14E, uint8_t)
#define IRQ_MASK_REG_s  MMIO_REG(0x14E, struct __struct_IRQ_MASK_REG)
struct __struct_IRQ_MASK_REG
{
  uint8_t pllLockEn    : 1; // PLL Lock Interrupt Enable
  uint8_t pllUnlockEn  : 1; // PLL Unlock Interrupt Enable
  uint8_t rxStartEn    : 1; // RX_START Interrupt Enable
  uint8_t rxEndEn      : 1; // RX_END Interrupt Enable
  uint8_t ccaEdReadyEn : 1; // End of ED Measurement Interrupt Enable
  uint8_t amiEn        : 1; // Address Match Interrupt Enable
  uint8_t txEndEn      : 1; // TX_END Interrupt Enable
  uint8_t awakeEn      : 1; // Awake Interrupt Enable
};

// Transceiver Interrupt Status Register
#define IRQ_STATUS_REG   MMIO_REG(0x14F, uint8_t)
#define IRQ_STATUS_REG_s MMIO_REG(0x14F, struct __struct_IRQ_STATUS_REG)
struct __struct_IRQ_STATUS_REG
{
  uint8_t pllLock    : 1; // PLL Lock Interrupt Status
  uint8_t pllUnlock  : 1; // PLL Unlock Interrupt Status
  uint8_t rxStart    : 1; // RX_START Interrupt Status
  uint8_t rxEnd      : 1; // RX_END Interrupt Status
  uint8_t ccaEdReady : 1; // End of ED Measurement Interrupt Status
  uint8_t ami        : 1; // Address Match Interrupt Status
  uint8_t txEnd      : 1; // TX_END Interrupt Status
  uint8_t awake      : 1; // Awake Interrupt Status
};

#define IRQ_STATUS_CLEAR_VALUE    0xff

// Voltage Regulator Control and Status Register
#define VREG_CTRL_REG   MMIO_REG(0x150, uint8_t)
#define VREG_CTRL_REG_s MMIO_REG(0x150, struct __struct_VREG_CTRL_REG)
struct __struct_VREG_CTRL_REG
{
  uint8_t dvregTrim : 2; // Adjust DVDD Supply Voltage
  uint8_t dvddOk    : 1; // DVDD Supply Voltage Valid
  uint8_t dvregExt  : 1; // Use External DVDD Regulator
  uint8_t avregTrim : 2; // Adjust AVDD Supply Voltage
  uint8_t avddOk    : 1; // AVDD Supply Voltage Valid
  uint8_t avregExt  : 1; // Use External AVDD Regulator
};

// Battery Monitor Control and Status Register
#define BATMON_REG      MMIO_REG(0x151, uint8_t)
#define BATMON_REG_s    MMIO_REG(0x151, struct __struct_BATMON_REG)
struct __struct_BATMON_REG
{
  uint8_t batmonVth : 4; // Battery Monitor Threshold Voltage
  uint8_t batmonHr  : 1; // Battery Monitor Voltage Range
  uint8_t batmonOk  : 1; // Battery Monitor Status
  uint8_t batLowEn  : 1; // Battery Monitor Interrupt Enable
  uint8_t batLow    : 1; // Battery Monitor Interrupt Status
};

// Crystal Oscillator Control Register
#define XOSC_CTRL_REG   MMIO_REG(0x152, uint8_t)
#define XOSC_CTRL_REG_s MMIO_REG(0x152, struct __struct_XOSC_CTRL_REG)
struct __struct_XOSC_CTRL_REG
{
  uint8_t xtalTrim : 4; // Crystal Oscillator Load Capacitance Trimming
  uint8_t xtalMode : 4; // Crystal Oscillator Operating Mode
};

// Transceiver Receiver Sensitivity Control Register
#define RX_SYN_REG      MMIO_REG(0x155, uint8_t)
#define RX_SYN_REG_s    MMIO_REG(0x155, struct __struct_RX_SYN_REG)
struct __struct_RX_SYN_REG
{
  uint8_t rxPdtLevel : 4; // Reduce Receiver Sensitivity
  uint8_t            : 3;
  uint8_t rxPdtDis   : 1; // Prevent Frame Reception
};

// Transceiver Acknowledgment Frame Control Register 1
#define XAH_CTRL_1_REG   MMIO_REG(0x157, uint8_t)
#define XAH_CTRL_1_REG_s MMIO_REG(0x157, struct __struct_XAH_CTRL_1_REG)
struct __struct_XAH_CTRL_1_REG
{
  uint8_t               : 1;
  uint8_t aackPromMode  : 1; // Enable Acknowledgment in Promiscuous Mode
  uint8_t aackAckTime   : 1; // Reduce Acknowledgment Time
  uint8_t               : 1;
  uint8_t aackUpldResFt : 1; // Process Reserved Frames
  uint8_t aackFltrResFt : 1; // Filter Reserved Frames
  uint8_t               : 2;
};

// Transceiver Filter Tuning Control Register
#define FTN_CTRL_REG    MMIO_REG(0x158, uint8_t)
#define FTN_CTRL_REG_s  MMIO_REG(0x158, struct __struct_FTN_CTRL_REG)
struct __struct_FTN_CTRL_REG
{
  uint8_t          : 7;
  uint8_t ftnStart : 1; // Start Calibration Loop of Filter Tuning Network
};

// Transceiver Center Frequency Calibration Control Register
#define PLL_CF_REG      MMIO_REG(0x15A, uint8_t)
#define PLL_CF_REG_s    MMIO_REG(0x15A, struct __struct_PLL_CF_REG)
struct __struct_PLL_CF_REG
{
  uint8_t            : 7;
  uint8_t pllCfStart : 1; // Start Center Frequency Calibration
};

// Transceiver Delay Cell Calibration Control Register
#define PLL_DCU_REG     MMIO_REG(0x15B, uint8_t)
#define PLL_DCU_REG_s   MMIO_REG(0x15B, struct __struct_PLL_DCU_REG)
struct __struct_PLL_DCU_REG
{
  uint8_t             : 7;
  uint8_t pllDcuStart : 1; // Start Delay Cell Calibration
};

// Device Identification Register (Part Number)
#define PART_NUM_REG    MMIO_REG(0x15C, uint8_t)

// Device Identification Register (Version Number)
#define VERSION_NUM_REG MMIO_REG(0x15D, uint8_t)

// Device Identification Registers
#define MAN_ID_0_REG    MMIO_REG(0x15E, uint8_t)
#define MAN_ID_1_REG    MMIO_REG(0x15F, uint8_t)

// Transceiver MAC Short Address Registers
#define SHORT_ADDR_0_REG MMIO_REG(0x160, uint8_t)
#define SHORT_ADDR_1_REG MMIO_REG(0x161, uint8_t)

// Transceiver Personal Area Network ID Registers
#define PAN_ID_0_REG    MMIO_REG(0x162, uint8_t)
#define PAN_ID_1_REG    MMIO_REG(0x163, uint8_t)

// Transceiver MAC IEEE Address Registers
#define IEEE_ADDR_0_REG MMIO_REG(0x164, uint8_t)
#define IEEE_ADDR_1_REG MMIO_REG(0x165, uint8_t)
#define IEEE_ADDR_2_REG MMIO_REG(0x166, uint8_t)
#define IEEE_ADDR_3_REG MMIO_REG(0x167, uint8_t)
#define IEEE_ADDR_4_REG MMIO_REG(0x168, uint8_t)
#define IEEE_ADDR_5_REG MMIO_REG(0x169, uint8_t)
#define IEEE_ADDR_6_REG MMIO_REG(0x16A, uint8_t)
#define IEEE_ADDR_7_REG MMIO_REG(0x16B, uint8_t)

// Transceiver Extended Operating Mode Control Register
#define XAH_CTRL_0_REG   MMIO_REG(0x16C, uint8_t)
#define XAH_CTRL_0_REG_s MMIO_REG(0x16C, struct __struct_XAH_CTRL_0_REG)
struct __struct_XAH_CTRL_0_REG
{
  uint8_t slottedOperation : 1; // Set Slotted Acknowledgment
  uint8_t maxCsmaRetries   : 3; // Maximum Number of CSMA-CA Procedure Repetition Attempts
  uint8_t maxFrameRetries  : 4; // Maximum Number of Frame Re-transmission Attempts
};

// Transceiver CSMA-CA Random Number Generator Seed Register
#define CSMA_SEED_0_REG MMIO_REG(0x16D, uint8_t)

// Transceiver Acknowledgment Frame Control Register 2
#define CSMA_SEED_1_REG   MMIO_REG(0x16E, uint8_t)
#define CSMA_SEED_1_REG_s MMIO_REG(0x16E, struct __struct_CSMA_SEED_1_REG)
struct __struct_CSMA_SEED_1_REG
{
  uint8_t csmaSeed_1   : 3; // Seed Value for CSMA Random Number Generator
  uint8_t aackIAmCoord : 1; // Set Personal Area Network Coordinator
  uint8_t aackDisAck   : 1; // Disable Acknowledgment Frame Transmission
  uint8_t aackSetPd    : 1; // Set Frame Pending Sub-field
  uint8_t aackFvnMode  : 2; // Acknowledgment Frame Filter Mode
};

// Transceiver CSMA-CA Back-off Exponent Control Register
#define CSMA_BE_REG     MMIO_REG(0x16F, uint8_t)
#define CSMA_BE_REG_s   MMIO_REG(0x16F, struct __struct_CSMA_BE_REG)
struct __struct_CSMA_BE_REG
{
  uint8_t minBe : 4; // Minimum Back-off Exponent
  uint8_t maxBe : 4; // Maximum Back-off Exponent
};

// Transceiver Received Frame Length Register
#define TST_RX_LENGTH_REG MMIO_REG(0x17B, uint8_t)

// Frame buffer access macro
#define TRX_FRAME_BUFFER(index) MMIO_REG(0x180 + (index), uint8_t)

#define AES_CTRL_IM             2
#define AES_CTRL_DIR            3
#define AES_CTRL_MODE           5
#define AES_CTRL_REQUEST        7

#define AES_STATUS_RY           0
#define AES_STATUS_ER           7

#endif // _ATMEGA128RFA1_H_