AMI IM Utility - Version 1.0 For the following, please refer to InforManager Interface Specification ----------------------------------------------------------------------- Sensor Type: Temperature Sensor ID: Processor #1 M (Dec): 543 C (Dec): -17778 K1 (Dec): 0 K2 (Dec): -3 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 50.000000 Low Critical Threshold (Dec): 0.000000 High Warning Threshold (Dec): 45.000000 Low Warning Threshold (Dec): 0.000000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 5 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 1 Sensor Type: Voltage Sensor ID: Processor #1 M (Dec): 195 C (Dec): 0 K1 (Dec): 0 K2 (Dec): -4 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 3.080000 Low Critical Threshold (Dec): 2.520000 High Warning Threshold (Dec): 2.940000 Low Warning Threshold (Dec): 2.660000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 5 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 2 Sensor Type: Fan Sensor ID: Processor #1 M (Dec): 60 C (Dec): 0 K1 (Dec): 0 K2 (Dec): 0 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 0.000000 Low Critical Threshold (Dec): 1000.000000 High Warning Threshold (Dec): 0.000000 Low Warning Threshold (Dec): 0.000000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 5 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 4 Sensor Type: Temperature Sensor ID: Processor #2 M (Dec): 543 C (Dec): -17778 K1 (Dec): 0 K2 (Dec): -3 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 50.000000 Low Critical Threshold (Dec): 0.000000 High Warning Threshold (Dec): 45.000000 Low Warning Threshold (Dec): 0.000000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 5 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 7 Sensor Type: Voltage Sensor ID: Processor #2 M (Dec): 195 C (Dec): 0 K1 (Dec): 0 K2 (Dec): -4 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 3.080000 Low Critical Threshold (Dec): 2.520000 High Warning Threshold (Dec): 2.940000 Low Warning Threshold (Dec): 2.660000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 5 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 8 Sensor Type: Fan Sensor ID: Processor #2 M (Dec): 60 C (Dec): 0 K1 (Dec): 0 K2 (Dec): 0 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 0.000000 Low Critical Threshold (Dec): 1000.000000 High Warning Threshold (Dec): 0.000000 Low Warning Threshold (Dec): 0.000000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 5 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 10 Sensor Type: Voltage Sensor ID: System Board +3.3V M (Dec): 293 C (Dec): 0 K1 (Dec): 0 K2 (Dec): -4 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 3.630000 Low Critical Threshold (Dec): 2.970000 High Warning Threshold (Dec): 3.470000 Low Warning Threshold (Dec): 3.140000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 8 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 3 Sensor Type: Voltage Sensor ID: System Board +5V M (Dec): 293 C (Dec): 0 K1 (Dec): 0 K2 (Dec): -4 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 5.500000 Low Critical Threshold (Dec): 4.500000 High Warning Threshold (Dec): 5.250000 Low Warning Threshold (Dec): 4.750000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 8 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 4 Sensor Type: Voltage Sensor ID: System Board -5V M (Dec): -293 C (Dec): 0 K1 (Dec): 0 K2 (Dec): -4 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): -4.500000 Low Critical Threshold (Dec): -5.500000 High Warning Threshold (Dec): -4.750000 Low Warning Threshold (Dec): -5.250000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 8 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 5 Sensor Type: Voltage Sensor ID: System Board +12V M (Dec): 586 C (Dec): 0 K1 (Dec): 0 K2 (Dec): -4 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 13.800000 Low Critical Threshold (Dec): 10.200000 High Warning Threshold (Dec): 13.200000 Low Warning Threshold (Dec): 10.800000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 8 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 6 Sensor Type: Voltage Sensor ID: System Board -12V M (Dec): -586 C (Dec): 0 K1 (Dec): 0 K2 (Dec): -4 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): -10.200000 Low Critical Threshold (Dec): -13.800000 High Warning Threshold (Dec): -10.800000 Low Warning Threshold (Dec): -13.200000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 8 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 7 Sensor Type: Temperature Sensor ID: Internal Ambient M (Dec): 543 C (Dec): -17778 K1 (Dec): 0 K2 (Dec): -3 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 50.000000 Low Critical Threshold (Dec): 0.000000 High Warning Threshold (Dec): 45.000000 Low Warning Threshold (Dec): 0.000000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): 9 Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 3 Sensor Type: Fan Sensor ID: System fan #1 M (Dec): 60 C (Dec): 0 K1 (Dec): 0 K2 (Dec): 0 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 0.000000 Low Critical Threshold (Dec): 1000.000000 High Warning Threshold (Dec): 0.000000 Low Warning Threshold (Dec): 0.000000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): a Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 3 Sensor Type: Fan Sensor ID: System fan #2 M (Dec): 60 C (Dec): 0 K1 (Dec): 0 K2 (Dec): 0 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 0.000000 Low Critical Threshold (Dec): 1000.000000 High Warning Threshold (Dec): 0.000000 Low Warning Threshold (Dec): 0.000000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): a Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 4 Sensor Type: Fan Sensor ID: System fan #3 M (Dec): 60 C (Dec): 0 K1 (Dec): 0 K2 (Dec): 0 Sensor Maximum Reading (Dec): 0 Sensor Minimum Reading (Dec): 0 High Critical Threshold (Dec): 0.000000 Low Critical Threshold (Dec): 1000.000000 High Warning Threshold (Dec): 0.000000 Low Warning Threshold (Dec): 0.000000 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): a Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 5 Sensor Type: Generic Sensor ID: Chassis Cover - Left M (Dec): 1 C (Dec): 0 K1 (Dec): 0 K2 (Dec): 0 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): b Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Operations in order: AND 1 / XOR 1 Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 3 Sensor Type: Generic Sensor ID: Power Supply General Failure M (Dec): 1 C (Dec): 0 K1 (Dec): 0 K2 (Dec): 0 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): d Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Operations in order: AND 1 Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 2 Sensor Type: Generic Sensor ID: Memory Error EDC - Correctable M (Dec): 1 C (Dec): 0 K1 (Dec): 0 K2 (Dec): 0 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): d Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Operations in order: AND 2 Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 2 Sensor Type: Generic Sensor ID: Power Supply Mod2 Failure M (Dec): 1 C (Dec): 0 K1 (Dec): 0 K2 (Dec): 0 **ACCESS #1 Primary Access: Read User Data Final Access: Write Back To Port Access Method: I2C SlaveID (Hex): 1 User Data (Hex): d Data Type: unsigned byte DO NOT STOP **ACCESS #2 Primary Access: Read Port Operations in order: AND 10 Final Access: Save To Global Data Access Method: I2C SlaveID (Hex): 1 Data Type: unsigned byte Read Position (Dec): 2Download Driver Pack
After your driver has been downloaded, follow these simple steps to install it.
Expand the archive file (if the download file is in zip or rar format).
If the expanded file has an .exe extension, double click it and follow the installation instructions.
Otherwise, open Device Manager by right-clicking the Start menu and selecting Device Manager.
Find the device and model you want to update in the device list.
Double-click on it to open the Properties dialog box.
From the Properties dialog box, select the Driver tab.
Click the Update Driver button, then follow the instructions.
Very important: You must reboot your system to ensure that any driver updates have taken effect.
For more help, visit our Driver Support section for step-by-step videos on how to install drivers for every file type.