diff --git a/modules/sdr.c b/modules/sdr.c
index 32e7284a2..14814f381 100644
--- a/modules/sdr.c
+++ b/modules/sdr.c
@@ -106,6 +106,9 @@ void sensor_init( void )
 #ifdef MODULE_MAX6642
     MAX6642_init();
 #endif
+#ifdef MODULE_MAX11609
+    MAX11609_init();
+#endif
 #if defined(MODULE_INA220_CURRENT) || defined(MODULE_INA220_VOLTAGE)
     ina220_init();
 #endif
diff --git a/modules/sensors/CMakeLists.txt b/modules/sensors/CMakeLists.txt
index 42c8ac670..29309eeea 100644
--- a/modules/sensors/CMakeLists.txt
+++ b/modules/sensors/CMakeLists.txt
@@ -38,6 +38,11 @@ if (";${TARGET_MODULES};" MATCHES ";INA3221_CURRENT;")
   set(MODULES_FLAGS "${MODULES_FLAGS} -DMODULE_INA3221_CURRENT")
 endif()
 
+if (";${TARGET_MODULES};" MATCHES ";MAX116XX;")
+  set(PROJ_SRCS ${PROJ_SRCS} ${SENSOR_PATH}/max11609.c)
+  set(MODULES_FLAGS "${MODULES_FLAGS} -DMODULE_MAX11609")
+endif()
+
 set(PROJ_SRCS ${PROJ_SRCS} ${SENSOR_PATH} PARENT_SCOPE)
 set(PROJ_HDRS ${PROJ_HDRS} ${SENSOR_PATH} PARENT_SCOPE)
 set(MODULES_FLAGS "${MODULES_FLAGS}" PARENT_SCOPE)
diff --git a/modules/sensors/max11609.c b/modules/sensors/max11609.c
new file mode 100644
index 000000000..dc06e070b
--- /dev/null
+++ b/modules/sensors/max11609.c
@@ -0,0 +1,65 @@
+/* FreeRTOS Includes */
+#include "FreeRTOS.h"
+#include "task.h"
+#include "port.h"
+
+/* Project Includes */
+#include "sdr.h"
+#include "task_priorities.h"
+#include "i2c.h"
+#include "i2c_mapping.h"
+#include "max11609.h"
+#include "utils.h"
+#include "uart_debug.h"
+#include "max116xx.h"
+
+TaskHandle_t vTask11609_Handle;
+
+void vTaskMAX11609( void* Parameters )
+{
+    max116xx_cfg max11609_cfg = {
+        .ref_sel   = MAX116XX_REF_INT_ON_OUT,
+        .clk_sel   = MAX116XX_CLK_INT,
+        .pol_sel   = MAX116XX_UNIPOLAR,
+        .scan_mode = MAX116XX_SCAN_OFF_SINGLE_CONV,
+        .diff_mode = MAX116XX_SINGLE_ENDED,
+        .channel_sel = 0
+    };
+    const TickType_t update_period = pdMS_TO_TICKS(MAX11609_UPDATE_PERIOD);
+
+    sensor_t * voltage_sensor;
+    int16_t data_voltage[1];
+    mmc_err err;
+
+    for ( ;; ) {
+        /* Iterate through the SDR Table to find all the MAX11609 entries */
+        for ( voltage_sensor = sdr_head; voltage_sensor != NULL; voltage_sensor = voltage_sensor->next) {
+            if ( voltage_sensor->task_handle == NULL ) {
+                continue;
+            }
+            /* Check if this task should update the selected SDR */
+            if ( *(voltage_sensor->task_handle) != xTaskGetCurrentTaskHandle() ) {
+                continue;
+            }
+
+            max11609_cfg.channel_sel = ((SDR_type_01h_t*)voltage_sensor->sdr)->OEM;
+            err = max116xx_set_config(voltage_sensor->chipid, &max11609_cfg);
+            if(err != MMC_OK) continue;
+
+            err = max116xx_read_uni(voltage_sensor->chipid, data_voltage, 1);
+            if (err == MMC_OK)
+            {
+                voltage_sensor->readout_value = (uint16_t)(data_voltage[0] >> 2);
+            }
+
+            sensor_state_check(voltage_sensor);
+            check_sensor_event(voltage_sensor);
+        }
+        vTaskDelay(update_period);
+    }
+}
+
+void MAX11609_init()
+{
+    xTaskCreate(vTaskMAX11609, "MAX11609", 256, (void *) NULL, tskMAX11609SENSOR_PRIORITY, &vTask11609_Handle);
+}
diff --git a/modules/sensors/max11609.h b/modules/sensors/max11609.h
new file mode 100644
index 000000000..23241d933
--- /dev/null
+++ b/modules/sensors/max11609.h
@@ -0,0 +1,33 @@
+#ifndef MAX11609_
+#define MAX11609_
+
+/**
+ * @brief Rate at which the MAX11609 sensors are read (in ms)
+ */
+#define MAX11609_UPDATE_PERIOD    200
+
+#define MAX11609_CHANNEL_0        0
+#define MAX11609_CHANNEL_1        1
+#define MAX11609_CHANNEL_2        2
+#define MAX11609_CHANNEL_3        3
+#define MAX11609_CHANNEL_4        4
+#define MAX11609_CHANNEL_5        5
+#define MAX11609_CHANNEL_6        6
+#define MAX11609_CHANNEL_7        7
+
+extern TaskHandle_t vTask11609_Handle;
+
+extern const SDR_type_01h_t SDR_MAX11609_12V_HP;
+
+void MAX11609_init( void );
+
+/**
+ * @brief Monitoring task for MAX11609 sensor
+ *
+ * This task unblocks after every #MAX11609_UPDATE_PERIOD ms and updates the read from all the MAX11609 sensors listed in this module's SDR table
+ *
+ * @param Parameters Pointer to parameter list passed to task upon initialization (not used here)
+ */
+void vTaskMAX11609( void* Parameters );
+
+#endif
diff --git a/modules/sensors/sensors.h b/modules/sensors/sensors.h
index 8737f3267..4d3d9fbef 100644
--- a/modules/sensors/sensors.h
+++ b/modules/sensors/sensors.h
@@ -58,4 +58,8 @@
 #include "max6642.h"
 #endif
 
+#ifdef MODULE_MAX11609
+#include "max11609.h"
+#endif
+
 #endif
diff --git a/modules/task_priorities.h b/modules/task_priorities.h
index 9b66ff360..cddfd87bf 100644
--- a/modules/task_priorities.h
+++ b/modules/task_priorities.h
@@ -39,6 +39,7 @@
 #define tskMAX6642SENSOR_PRIORITY       (tskIDLE_PRIORITY+3)
 #define tskINA220SENSOR_PRIORITY        (tskIDLE_PRIORITY+3)
 #define tskINA3221SENSOR_PRIORITY       (tskIDLE_PRIORITY+3)
+#define tskMAX11609SENSOR_PRIORITY      (tskIDLE_PRIORITY+3)
 
 #define tskIPMI_HANDLERS_PRIORITY       (tskIDLE_PRIORITY+4)
 #define tskIPMI_PRIORITY                (tskIDLE_PRIORITY+4)
diff --git a/port/board/rtm-lamp/sdr_list.c b/port/board/rtm-lamp/sdr_list.c
index 8f1e63f16..1cbc284f5 100644
--- a/port/board/rtm-lamp/sdr_list.c
+++ b/port/board/rtm-lamp/sdr_list.c
@@ -230,6 +230,440 @@ const SDR_type_01h_t SDR_LM75_RTM_3 = {
 };
 #endif
 
+#ifdef MODULE_MAX11609
+const SDR_type_01h_t SDR_MAX11609_VS1 = {
+
+    .hdr.recID_LSB = 0x00, /* Filled by sdr_insert_entry() */
+    .hdr.recID_MSB = 0x00,
+    .hdr.SDRversion = 0x51,
+    .hdr.rectype = TYPE_01,
+    .hdr.reclength = sizeof(SDR_type_01h_t) - sizeof(SDR_entry_hdr_t),
+
+    .entityID = 0xC0, /* entity id: AMC Module */
+    .ownerID = 0x00, /* i2c address, -> SDR_Init */
+    .ownerLUN = 0x00, /* sensor owner LUN */
+    .sensornum = 0x00, /* Filled by sdr_insert_entry() */
+
+    /* record body bytes */
+    .entityinstance = 0x00, /* entity instance -> SDR_Init */
+    .sensorinit = 0x7F, /* init: event generation + scanning enabled */
+    .sensorcap = 0x56, /* capabilities: auto re-arm,*/
+    .sensortype = SENSOR_TYPE_VOLTAGE, /* sensor type: Voltage*/
+    .event_reading_type = 0x01, /* sensor reading*/
+    .assertion_event_mask = 0x7A95, /* assertion event mask (All upper going-high and lower going-low events) */
+    .deassertion_event_mask = 0x7A95, /* deassertion event mask (All upper going-high and lower going-low events) */
+    .readable_threshold_mask = 0x3F, /* LSB: readable Threshold mask: all thresholds are readable:  */
+    .settable_threshold_mask = 0x00, /* MSB: setable Threshold mask: none of the thresholds are setable: */
+    .sensor_units_1 = 0x00, /* sensor units 1 :*/
+    .sensor_units_2 = 0x04, /* sensor units 2 :*/
+    .sensor_units_3 = 0x00, /* sensor units 3 :*/
+    .linearization = 0x00, /* Linearization */
+    .M = 20, /* M */
+    .M_tol = 0x00, /* M - Tolerance */
+    .B = 0x00, /* B */
+    .B_accuracy = 0x00, /* B - Accuracy */
+    .acc_exp_sensor_dir = 0x02, /* Sensor direction */
+    .Rexp_Bexp = 0xD0, /* R-Exp = -3 , B-Exp = 0 */
+    .analog_flags = 0x03, /* Analogue characteristics flags */
+    .nominal_reading = (3700/20), /* Nominal reading [(M * x + B * 10^(B_exp)) * 10^(R_exp)] = 3.7 V */
+    .normal_max = (5000/20), /* Normal maximum = 5 V */
+    .normal_min = (3600/20), /* Normal minimum = 3.6 V */
+    .sensor_max_reading = 0xFF, /* Sensor Maximum reading */
+    .sensor_min_reading = 0x00, /* Sensor Minimum reading */
+    .upper_nonrecover_thr = (5119/20), /* Upper non-recoverable Threshold = 5.119 V */
+    .upper_critical_thr = (5100/20), /* Upper critical Threshold = 5.1 V */
+    .upper_noncritical_thr = (5050/20), /* Upper non critical Threshold = 5.05 V */
+    .lower_nonrecover_thr = (3200/20), /* Lower non-recoverable Threshold = 3.2 V */
+    .lower_critical_thr = (3300/20), /* Lower critical Threshold = 3.3 V */
+    .lower_noncritical_thr = (3400/20), /* Lower non-critical Threshold = 3.4 V */
+    .pos_thr_hysteresis = 2, /* positive going Threshold hysteresis value */
+    .neg_thr_hysteresis = 2, /* negative going Threshold hysteresis value */
+    .reserved1 = 0x00, /* reserved */
+    .reserved2 = 0x00, /* reserved */
+    .OEM = MAX11609_CHANNEL_0, /* ADC channel 0 */
+    .IDtypelen = 0xc0 | STR_SIZE("VS1"), /* 8 bit ASCII, number of bytes */
+    .IDstring = "VS1" /*  sensor string */
+};
+
+const SDR_type_01h_t SDR_MAX11609_VS2 = {
+
+    .hdr.recID_LSB = 0x00, /* Filled by sdr_insert_entry() */
+    .hdr.recID_MSB = 0x00,
+    .hdr.SDRversion = 0x51,
+    .hdr.rectype = TYPE_01,
+    .hdr.reclength = sizeof(SDR_type_01h_t) - sizeof(SDR_entry_hdr_t),
+
+    .entityID = 0xC0, /* entity id: AMC Module */
+    .ownerID = 0x00, /* i2c address, -> SDR_Init */
+    .ownerLUN = 0x00, /* sensor owner LUN */
+    .sensornum = 0x00, /* Filled by sdr_insert_entry() */
+
+    /* record body bytes */
+    .entityinstance = 0x00, /* entity instance -> SDR_Init */
+    .sensorinit = 0x7F, /* init: event generation + scanning enabled */
+    .sensorcap = 0x56, /* capabilities: auto re-arm,*/
+    .sensortype = SENSOR_TYPE_VOLTAGE, /* sensor type: Voltage*/
+    .event_reading_type = 0x01, /* sensor reading*/
+    .assertion_event_mask = 0x7A95, /* assertion event mask (All upper going-high and lower going-low events) */
+    .deassertion_event_mask = 0x7A95, /* deassertion event mask (All upper going-high and lower going-low events) */
+    .readable_threshold_mask = 0x3F, /* LSB: readable Threshold mask: all thresholds are readable:  */
+    .settable_threshold_mask = 0x00, /* MSB: setable Threshold mask: none of the thresholds are setable: */
+    .sensor_units_1 = 0x00, /* sensor units 1 :*/
+    .sensor_units_2 = 0x04, /* sensor units 2 :*/
+    .sensor_units_3 = 0x00, /* sensor units 3 :*/
+    .linearization = 0x00, /* Linearization */
+    .M = 20, /* M */
+    .M_tol = 0x00, /* M - Tolerance */
+    .B = 0x00, /* B */
+    .B_accuracy = 0x00, /* B - Accuracy */
+    .acc_exp_sensor_dir = 0x02, /* Sensor direction */
+    .Rexp_Bexp = 0xD0, /* R-Exp = -3 , B-Exp = 0 */
+    .analog_flags = 0x03, /* Analogue characteristics flags */
+    .nominal_reading = (3700/20), /* Nominal reading [(M * x + B * 10^(B_exp)) * 10^(R_exp)] = 3.7 V */
+    .normal_max = (5000/20), /* Normal maximum = 5 V */
+    .normal_min = (3600/20), /* Normal minimum = 3.6 V */
+    .sensor_max_reading = 0xFF, /* Sensor Maximum reading */
+    .sensor_min_reading = 0x00, /* Sensor Minimum reading */
+    .upper_nonrecover_thr = (5119/20), /* Upper non-recoverable Threshold = 5.119 V */
+    .upper_critical_thr = (5100/20), /* Upper critical Threshold = 5.1 V */
+    .upper_noncritical_thr = (5050/20), /* Upper non critical Threshold = 5.05 V */
+    .lower_nonrecover_thr = (3200/20), /* Lower non-recoverable Threshold = 3.2 V */
+    .lower_critical_thr = (3300/20), /* Lower critical Threshold = 3.3 V */
+    .lower_noncritical_thr = (3400/20), /* Lower non-critical Threshold = 3.4 V */
+    .pos_thr_hysteresis = 2, /* positive going Threshold hysteresis value */
+    .neg_thr_hysteresis = 2, /* negative going Threshold hysteresis value */
+    .reserved1 = 0x00, /* reserved */
+    .reserved2 = 0x00, /* reserved */
+    .OEM = MAX11609_CHANNEL_1, /* ADC channel 1 */
+    .IDtypelen = 0xc0 | STR_SIZE("VS2"), /* 8 bit ASCII, number of bytes */
+    .IDstring = "VS2" /*  sensor string */
+};
+
+const SDR_type_01h_t SDR_MAX11609_N7V = {
+
+    .hdr.recID_LSB = 0x00, /* Filled by sdr_insert_entry() */
+    .hdr.recID_MSB = 0x00,
+    .hdr.SDRversion = 0x51,
+    .hdr.rectype = TYPE_01,
+    .hdr.reclength = sizeof(SDR_type_01h_t) - sizeof(SDR_entry_hdr_t),
+
+    .entityID = 0xC0, /* entity id: AMC Module */
+    .ownerID = 0x00, /* i2c address, -> SDR_Init */
+    .ownerLUN = 0x00, /* sensor owner LUN */
+    .sensornum = 0x00, /* Filled by sdr_insert_entry() */
+
+    /* record body bytes */
+    .entityinstance = 0x00, /* entity instance -> SDR_Init */
+    .sensorinit = 0x7F, /* init: event generation + scanning enabled */
+    .sensorcap = 0x56, /* capabilities: auto re-arm,*/
+    .sensortype = SENSOR_TYPE_VOLTAGE, /* sensor type: Voltage*/
+    .event_reading_type = 0x01, /* sensor reading*/
+    .assertion_event_mask = 0x7A95, /* assertion event mask (All upper going-high and lower going-low events) */
+    .deassertion_event_mask = 0x7A95, /* deassertion event mask (All upper going-high and lower going-low events) */
+    .readable_threshold_mask = 0x3F, /* LSB: readable Threshold mask: all thresholds are readable:  */
+    .settable_threshold_mask = 0x00, /* MSB: setable Threshold mask: none of the thresholds are setable: */
+    .sensor_units_1 = 0x00, /* sensor units 1 :*/
+    .sensor_units_2 = 0x04, /* sensor units 2 :*/
+    .sensor_units_3 = 0x00, /* sensor units 3 :*/
+    .linearization = 0x00, /* Linearization */
+    .M = (uint8_t)-40, /* M */
+    .M_tol = 0xC0, /* M - Tolerance */
+    .B = 0x00, /* B */
+    .B_accuracy = 0x00, /* B - Accuracy */
+    .acc_exp_sensor_dir = 0x02, /* Sensor direction */
+    .Rexp_Bexp = 0xD0, /* R-Exp = -3 , B-Exp = 0 */
+    .analog_flags = 0x03, /* Analogue characteristics flags */
+    .nominal_reading = (7040/40), /* Nominal reading [(M * x + B * 10^(B_exp)) * 10^(R_exp)] = 7.04 V */
+    .normal_max = (7200/40), /* Normal maximum = 7.2 V */
+    .normal_min = (6800/40), /* Normal minimum = 6.8 V */
+    .sensor_max_reading = 0xFF, /* Sensor Maximum reading */
+    .sensor_min_reading = 0x00, /* Sensor Minimum reading */
+    .upper_nonrecover_thr = (8500/40), /* Upper non-recoverable Threshold = 8.5 V */
+    .upper_critical_thr = (8000/40), /* Upper critical Threshold = 8 V */
+    .upper_noncritical_thr = (7500/40), /* Upper non critical Threshold = 7.5 V */
+    .lower_nonrecover_thr = (5500/40), /* Lower non-recoverable Threshold = 5.5 V */
+    .lower_critical_thr = (6000/40), /* Lower critical Threshold = 6 V */
+    .lower_noncritical_thr = (6500/40), /* Lower non-critical Threshold = 6.5 V */
+    .pos_thr_hysteresis = 2, /* positive going Threshold hysteresis value */
+    .neg_thr_hysteresis = 2, /* negative going Threshold hysteresis value */
+    .reserved1 = 0x00, /* reserved */
+    .reserved2 = 0x00, /* reserved */
+    .OEM = MAX11609_CHANNEL_2, /* ADC channel 2 */
+    .IDtypelen = 0xc0 | STR_SIZE("N7V"), /* 8 bit ASCII, number of bytes */
+    .IDstring = "N7V" /*  sensor string */
+};
+
+const SDR_type_01h_t SDR_MAX11609_7V = {
+
+    .hdr.recID_LSB = 0x00, /* Filled by sdr_insert_entry() */
+    .hdr.recID_MSB = 0x00,
+    .hdr.SDRversion = 0x51,
+    .hdr.rectype = TYPE_01,
+    .hdr.reclength = sizeof(SDR_type_01h_t) - sizeof(SDR_entry_hdr_t),
+
+    .entityID = 0xC0, /* entity id: AMC Module */
+    .ownerID = 0x00, /* i2c address, -> SDR_Init */
+    .ownerLUN = 0x00, /* sensor owner LUN */
+    .sensornum = 0x00, /* Filled by sdr_insert_entry() */
+
+    /* record body bytes */
+    .entityinstance = 0x00, /* entity instance -> SDR_Init */
+    .sensorinit = 0x7F, /* init: event generation + scanning enabled */
+    .sensorcap = 0x56, /* capabilities: auto re-arm,*/
+    .sensortype = SENSOR_TYPE_VOLTAGE, /* sensor type: Voltage*/
+    .event_reading_type = 0x01, /* sensor reading*/
+    .assertion_event_mask = 0x7A95, /* assertion event mask (All upper going-high and lower going-low events) */
+    .deassertion_event_mask = 0x7A95, /* deassertion event mask (All upper going-high and lower going-low events) */
+    .readable_threshold_mask = 0x3F, /* LSB: readable Threshold mask: all thresholds are readable:  */
+    .settable_threshold_mask = 0x00, /* MSB: setable Threshold mask: none of the thresholds are setable: */
+    .sensor_units_1 = 0x00, /* sensor units 1 :*/
+    .sensor_units_2 = 0x04, /* sensor units 2 :*/
+    .sensor_units_3 = 0x00, /* sensor units 3 :*/
+    .linearization = 0x00, /* Linearization */
+    .M = 40, /* M */
+    .M_tol = 0x00, /* M - Tolerance */
+    .B = 0x00, /* B */
+    .B_accuracy = 0x00, /* B - Accuracy */
+    .acc_exp_sensor_dir = 0x02, /* Sensor direction */
+    .Rexp_Bexp = 0xD0, /* R-Exp = -3 , B-Exp = 0 */
+    .analog_flags = 0x03, /* Analogue characteristics flags */
+    .nominal_reading = (7000/40), /* Nominal reading [(M * x + B * 10^(B_exp)) * 10^(R_exp)] = 7 V */
+    .normal_max = (7200/40), /* Normal maximum = 7.2 V */
+    .normal_min = (6800/40), /* Normal minimum = 6.8 V */
+    .sensor_max_reading = 0xFF, /* Sensor Maximum reading */
+    .sensor_min_reading = 0x00, /* Sensor Minimum reading */
+    .upper_nonrecover_thr = (8500/40), /* Upper non-recoverable Threshold = 8.5 V */
+    .upper_critical_thr = (8000/40), /* Upper critical Threshold = 8 V */
+    .upper_noncritical_thr = (7500/40), /* Upper non critical Threshold = 7.5 V */
+    .lower_nonrecover_thr = (5500/40), /* Lower non-recoverable Threshold = 5.5 V */
+    .lower_critical_thr = (6000/40), /* Lower critical Threshold = 6 V */
+    .lower_noncritical_thr = (6500/40), /* Lower non-critical Threshold = 6.5 V */
+    .pos_thr_hysteresis = 2, /* positive going Threshold hysteresis value */
+    .neg_thr_hysteresis = 2, /* negative going Threshold hysteresis value */
+    .reserved1 = 0x00, /* reserved */
+    .reserved2 = 0x00, /* reserved */
+    .OEM = MAX11609_CHANNEL_3, /* ADC channel 3 */
+    .IDtypelen = 0xc0 | STR_SIZE("7V"), /* 8 bit ASCII, number of bytes */
+    .IDstring = "7V" /*  sensor string */
+};
+
+const SDR_type_01h_t SDR_MAX11609_2V5 = {
+
+    .hdr.recID_LSB = 0x00, /* Filled by sdr_insert_entry() */
+    .hdr.recID_MSB = 0x00,
+    .hdr.SDRversion = 0x51,
+    .hdr.rectype = TYPE_01,
+    .hdr.reclength = sizeof(SDR_type_01h_t) - sizeof(SDR_entry_hdr_t),
+
+    .entityID = 0xC0, /* entity id: AMC Module */
+    .ownerID = 0x00, /* i2c address, -> SDR_Init */
+    .ownerLUN = 0x00, /* sensor owner LUN */
+    .sensornum = 0x00, /* Filled by sdr_insert_entry() */
+
+    /* record body bytes */
+    .entityinstance = 0x00, /* entity instance -> SDR_Init */
+    .sensorinit = 0x7F, /* init: event generation + scanning enabled */
+    .sensorcap = 0x56, /* capabilities: auto re-arm,*/
+    .sensortype = SENSOR_TYPE_VOLTAGE, /* sensor type: Voltage*/
+    .event_reading_type = 0x01, /* sensor reading*/
+    .assertion_event_mask = 0x7A95, /* assertion event mask (All upper going-high and lower going-low events) */
+    .deassertion_event_mask = 0x7A95, /* deassertion event mask (All upper going-high and lower going-low events) */
+    .readable_threshold_mask = 0x3F, /* LSB: readable Threshold mask: all thresholds are readable:  */
+    .settable_threshold_mask = 0x00, /* MSB: setable Threshold mask: none of the thresholds are setable: */
+    .sensor_units_1 = 0x00, /* sensor units 1 :*/
+    .sensor_units_2 = 0x04, /* sensor units 2 :*/
+    .sensor_units_3 = 0x00, /* sensor units 3 :*/
+    .linearization = 0x00, /* Linearization */
+    .M = 16, /* M */
+    .M_tol = 0x00, /* M - Tolerance */
+    .B = 0x00, /* B */
+    .B_accuracy = 0x00, /* B - Accuracy */
+    .acc_exp_sensor_dir = 0x02, /* Sensor direction */
+    .Rexp_Bexp = 0xD0, /* R-Exp = -3 , B-Exp = 0 */
+    .analog_flags = 0x03, /* Analogue characteristics flags */
+    .nominal_reading = (2480/16), /* Nominal reading [(M * x + B * 10^(B_exp)) * 10^(R_exp)] = 2.48 V */
+    .normal_max = (2600/16), /* Normal maximum = 2.6 V */
+    .normal_min = (2400/16), /* Normal minimum = 2.4 V */
+    .sensor_max_reading = 0xFF, /* Sensor Maximum reading */
+    .sensor_min_reading = 0x00, /* Sensor Minimum reading */
+    .upper_nonrecover_thr = (2800/16), /* Upper non-recoverable Threshold = 2.8 V */
+    .upper_critical_thr = (2700/16), /* Upper critical Threshold = 2.7 V */
+    .upper_noncritical_thr = (2650/16), /* Upper non critical Threshold = 2.65 V */
+    .lower_nonrecover_thr = (2200/16), /* Lower non-recoverable Threshold = 2.2 V */
+    .lower_critical_thr = (2300/16), /* Lower critical Threshold = 2.3 V */
+    .lower_noncritical_thr = (2350/16), /* Lower non-critical Threshold = 2.35 V */
+    .pos_thr_hysteresis = 2, /* positive going Threshold hysteresis value */
+    .neg_thr_hysteresis = 2, /* negative going Threshold hysteresis value */
+    .reserved1 = 0x00, /* reserved */
+    .reserved2 = 0x00, /* reserved */
+    .OEM = MAX11609_CHANNEL_4, /* ADC channel 4 */
+    .IDtypelen = 0xc0 | STR_SIZE("2V5"), /* 8 bit ASCII, number of bytes */
+    .IDstring = "2V5" /*  sensor string */
+};
+
+const SDR_type_01h_t SDR_MAX11609_3V3 = {
+
+    .hdr.recID_LSB = 0x00, /* Filled by sdr_insert_entry() */
+    .hdr.recID_MSB = 0x00,
+    .hdr.SDRversion = 0x51,
+    .hdr.rectype = TYPE_01,
+    .hdr.reclength = sizeof(SDR_type_01h_t) - sizeof(SDR_entry_hdr_t),
+
+    .entityID = 0xC0, /* entity id: AMC Module */
+    .ownerID = 0x00, /* i2c address, -> SDR_Init */
+    .ownerLUN = 0x00, /* sensor owner LUN */
+    .sensornum = 0x00, /* Filled by sdr_insert_entry() */
+
+    /* record body bytes */
+    .entityinstance = 0x00, /* entity instance -> SDR_Init */
+    .sensorinit = 0x7F, /* init: event generation + scanning enabled */
+    .sensorcap = 0x56, /* capabilities: auto re-arm,*/
+    .sensortype = SENSOR_TYPE_VOLTAGE, /* sensor type: Voltage*/
+    .event_reading_type = 0x01, /* sensor reading*/
+    .assertion_event_mask = 0x7A95, /* assertion event mask (All upper going-high and lower going-low events) */
+    .deassertion_event_mask = 0x7A95, /* deassertion event mask (All upper going-high and lower going-low events) */
+    .readable_threshold_mask = 0x3F, /* LSB: readable Threshold mask: all thresholds are readable:  */
+    .settable_threshold_mask = 0x00, /* MSB: setable Threshold mask: none of the thresholds are setable: */
+    .sensor_units_1 = 0x00, /* sensor units 1 :*/
+    .sensor_units_2 = 0x04, /* sensor units 2 :*/
+    .sensor_units_3 = 0x00, /* sensor units 3 :*/
+    .linearization = 0x00, /* Linearization */
+    .M = 16, /* M */
+    .M_tol = 0x00, /* M - Tolerance */
+    .B = 0x00, /* B */
+    .B_accuracy = 0x00, /* B - Accuracy */
+    .acc_exp_sensor_dir = 0x02, /* Sensor direction */
+    .Rexp_Bexp = 0xD0, /* R-Exp = -3 , B-Exp = 0 */
+    .analog_flags = 0x03, /* Analogue characteristics flags */
+    .nominal_reading = (3312/16), /* Nominal reading [(M * x + B * 10^(B_exp)) * 10^(R_exp)] = 3.312 V */
+    .normal_max = (3400/16), /* Normal maximum = 3.4 V */
+    .normal_min = (3200/16), /* Normal minimum = 3.2 V */
+    .sensor_max_reading = 0xFF, /* Sensor Maximum reading */
+    .sensor_min_reading = 0x00, /* Sensor Minimum reading */
+    .upper_nonrecover_thr = (3700/16), /* Upper non-recoverable Threshold = 3.7 V */
+    .upper_critical_thr = (3600/16), /* Upper critical Threshold = 3.6 V */
+    .upper_noncritical_thr = (3500/16), /* Upper non critical Threshold = 3.5 V */
+    .lower_nonrecover_thr = (2900/16), /* Lower non-recoverable Threshold = 2.9 V */
+    .lower_critical_thr = (3000/16), /* Lower critical Threshold = 3 V */
+    .lower_noncritical_thr = (3100/16), /* Lower non-critical Threshold = 3.1 V */
+    .pos_thr_hysteresis = 2, /* positive going Threshold hysteresis value */
+    .neg_thr_hysteresis = 2, /* negative going Threshold hysteresis value */
+    .reserved1 = 0x00, /* reserved */
+    .reserved2 = 0x00, /* reserved */
+    .OEM = MAX11609_CHANNEL_5, /* ADC channel 5 */
+    .IDtypelen = 0xc0 | STR_SIZE("3V3"), /* 8 bit ASCII, number of bytes */
+    .IDstring = "3V3" /*  sensor string */
+};
+
+const SDR_type_01h_t SDR_MAX11609_5V = {
+
+    .hdr.recID_LSB = 0x00, /* Filled by sdr_insert_entry() */
+    .hdr.recID_MSB = 0x00,
+    .hdr.SDRversion = 0x51,
+    .hdr.rectype = TYPE_01,
+    .hdr.reclength = sizeof(SDR_type_01h_t) - sizeof(SDR_entry_hdr_t),
+
+    .entityID = 0xC0, /* entity id: AMC Module */
+    .ownerID = 0x00, /* i2c address, -> SDR_Init */
+    .ownerLUN = 0x00, /* sensor owner LUN */
+    .sensornum = 0x00, /* Filled by sdr_insert_entry() */
+
+    /* record body bytes */
+    .entityinstance = 0x00, /* entity instance -> SDR_Init */
+    .sensorinit = 0x7F, /* init: event generation + scanning enabled */
+    .sensorcap = 0x56, /* capabilities: auto re-arm,*/
+    .sensortype = SENSOR_TYPE_VOLTAGE, /* sensor type: Voltage*/
+    .event_reading_type = 0x01, /* sensor reading*/
+    .assertion_event_mask = 0x7A95, /* assertion event mask (All upper going-high and lower going-low events) */
+    .deassertion_event_mask = 0x7A95, /* deassertion event mask (All upper going-high and lower going-low events) */
+    .readable_threshold_mask = 0x3F, /* LSB: readable Threshold mask: all thresholds are readable:  */
+    .settable_threshold_mask = 0x00, /* MSB: setable Threshold mask: none of the thresholds are setable: */
+    .sensor_units_1 = 0x00, /* sensor units 1 :*/
+    .sensor_units_2 = 0x04, /* sensor units 2 :*/
+    .sensor_units_3 = 0x00, /* sensor units 3 :*/
+    .linearization = 0x00, /* Linearization */
+    .M = 32, /* M */
+    .M_tol = 0x00, /* M - Tolerance */
+    .B = 0x00, /* B */
+    .B_accuracy = 0x00, /* B - Accuracy */
+    .acc_exp_sensor_dir = 0x02, /* Sensor direction */
+    .Rexp_Bexp = 0xD0, /* R-Exp = -3 , B-Exp = 0 */
+    .analog_flags = 0x03, /* Analogue characteristics flags */
+    .nominal_reading = (5024/32), /* Nominal reading [(M * x + B * 10^(B_exp)) * 10^(R_exp)] = 5.024 V */
+    .normal_max = (4800/32), /* Normal maximum = 4.8 V */
+    .normal_min = (5200/32), /* Normal minimum = 5.2 V */
+    .sensor_max_reading = 0xFF, /* Sensor Maximum reading */
+    .sensor_min_reading = 0x00, /* Sensor Minimum reading */
+    .upper_nonrecover_thr = (5500/32), /* Upper non-recoverable Threshold = 5.5 V */
+    .upper_critical_thr = (5400/32), /* Upper critical Threshold = 5.4 V */
+    .upper_noncritical_thr = (5300/32), /* Upper non critical Threshold = 5.3 V */
+    .lower_nonrecover_thr = (4300/32), /* Lower non-recoverable Threshold = 4.3 V */
+    .lower_critical_thr = (4500/32), /* Lower critical Threshold = 4.5 V */
+    .lower_noncritical_thr = (4600/32), /* Lower non-critical Threshold = 4.6 V */
+    .pos_thr_hysteresis = 2, /* positive going Threshold hysteresis value */
+    .neg_thr_hysteresis = 2, /* negative going Threshold hysteresis value */
+    .reserved1 = 0x00, /* reserved */
+    .reserved2 = 0x00, /* reserved */
+    .OEM = MAX11609_CHANNEL_6, /* ADC channel 5 */
+    .IDtypelen = 0xc0 | STR_SIZE("5V"), /* 8 bit ASCII, number of bytes */
+    .IDstring = "5V" /*  sensor string */
+};
+
+const SDR_type_01h_t SDR_MAX11609_12V_HP = {
+
+    .hdr.recID_LSB = 0x00, /* Filled by sdr_insert_entry() */
+    .hdr.recID_MSB = 0x00,
+    .hdr.SDRversion = 0x51,
+    .hdr.rectype = TYPE_01,
+    .hdr.reclength = sizeof(SDR_type_01h_t) - sizeof(SDR_entry_hdr_t),
+
+    .entityID = 0xC0, /* entity id: AMC Module */
+    .ownerID = 0x00, /* i2c address, -> SDR_Init */
+    .ownerLUN = 0x00, /* sensor owner LUN */
+    .sensornum = 0x00, /* Filled by sdr_insert_entry() */
+
+    /* record body bytes */
+    .entityinstance = 0x00, /* entity instance -> SDR_Init */
+    .sensorinit = 0x7F, /* init: event generation + scanning enabled */
+    .sensorcap = 0x56, /* capabilities: auto re-arm,*/
+    .sensortype = SENSOR_TYPE_VOLTAGE, /* sensor type: Voltage*/
+    .event_reading_type = 0x01, /* sensor reading*/
+    .assertion_event_mask = 0x7A95, /* assertion event mask (All upper going-high and lower going-low events) */
+    .deassertion_event_mask = 0x7A95, /* deassertion event mask (All upper going-high and lower going-low events) */
+    .readable_threshold_mask = 0x3F, /* LSB: readable Threshold mask: all thresholds are readable:  */
+    .settable_threshold_mask = 0x00, /* MSB: setable Threshold mask: none of the thresholds are setable: */
+    .sensor_units_1 = 0x00, /* sensor units 1 :*/
+    .sensor_units_2 = 0x04, /* sensor units 2 :*/
+    .sensor_units_3 = 0x00, /* sensor units 3 :*/
+    .linearization = 0x00, /* Linearization */
+    .M = 64, /* M */
+    .M_tol = 0x00, /* M - Tolerance */
+    .B = 0x00, /* B */
+    .B_accuracy = 0x00, /* B - Accuracy */
+    .acc_exp_sensor_dir = 0x02, /* Sensor direction */
+    .Rexp_Bexp = 0xD0, /* R-Exp = -3 , B-Exp = 0 */
+    .analog_flags = 0x03, /* Analogue characteristics flags */
+    .nominal_reading = (12416 >> 6), /* Nominal reading [(M * x + B * 10^(B_exp)) * 10^(R_exp)] = 12.146 V */
+    .normal_max = (13000 >> 6), /* Normal maximum = 13 V */
+    .normal_min = (11000 >> 6), /* Normal minimum = 11 V */
+    .sensor_max_reading = 0xFF, /* Sensor Maximum reading */
+    .sensor_min_reading = 0x00, /* Sensor Minimum reading */
+    .upper_nonrecover_thr = (16000 >> 6), /* Upper non-recoverable Threshold = 16 V */
+    .upper_critical_thr = (15000 >> 6), /* Upper critical Threshold = 15 V */
+    .upper_noncritical_thr = (14000 >> 6), /* Upper non critical Threshold = 14 V */
+    .lower_nonrecover_thr = (8000 >> 6), /* Lower non-recoverable Threshold = 8 V */
+    .lower_critical_thr = (9000 >> 6), /* Lower critical Threshold = 9 V */
+    .lower_noncritical_thr = (10000 >> 6), /* Lower non-critical Threshold = 10 V */
+    .pos_thr_hysteresis = 2, /* positive going Threshold hysteresis value */
+    .neg_thr_hysteresis = 2, /* negative going Threshold hysteresis value */
+    .reserved1 = 0x00, /* reserved */
+    .reserved2 = 0x00, /* reserved */
+    .OEM = MAX11609_CHANNEL_7, /* ADC channel 7 */
+    .IDtypelen = 0xc0 | STR_SIZE("12V_HP"), /* 8 bit ASCII, number of bytes */
+    .IDstring = "12V_HP" /*  sensor string */
+};
+#endif
+
 void rtm_sdr_init( void )
 {
 #ifdef MODULE_HOTSWAP
@@ -242,4 +676,15 @@ void rtm_sdr_init( void )
     sdr_insert_entry( TYPE_01, (void *) &SDR_LM75_RTM_3, &vTaskLM75_Handle, 0, CHIP_ID_RTM_LM75_2 );
 #endif
 
+#ifdef MODULE_MAX11609
+    sdr_insert_entry(TYPE_01, (void *) &SDR_MAX11609_VS1, &vTask11609_Handle, 0, CHIP_ID_RTM_MAX11609);
+    sdr_insert_entry(TYPE_01, (void *) &SDR_MAX11609_VS2, &vTask11609_Handle, 0, CHIP_ID_RTM_MAX11609);
+    sdr_insert_entry(TYPE_01, (void *) &SDR_MAX11609_N7V, &vTask11609_Handle, 0, CHIP_ID_RTM_MAX11609);
+    sdr_insert_entry(TYPE_01, (void *) &SDR_MAX11609_7V, &vTask11609_Handle, 0, CHIP_ID_RTM_MAX11609);
+    sdr_insert_entry(TYPE_01, (void *) &SDR_MAX11609_2V5, &vTask11609_Handle, 0, CHIP_ID_RTM_MAX11609);
+    sdr_insert_entry(TYPE_01, (void *) &SDR_MAX11609_3V3, &vTask11609_Handle, 0, CHIP_ID_RTM_MAX11609);
+    sdr_insert_entry(TYPE_01, (void *) &SDR_MAX11609_5V, &vTask11609_Handle, 0, CHIP_ID_RTM_MAX11609);
+    sdr_insert_entry(TYPE_01, (void *) &SDR_MAX11609_12V_HP, &vTask11609_Handle, 0, CHIP_ID_RTM_MAX11609);
+#endif
+
 }