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Arctucas

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  1. Computer/Sensor Computer/Power Management My apologies, I should have said it is missing from my Sensor Panel, although it is listed in the Sensor Panel Manager. That is where it should be, and has been for every version since you added it. Here is the Battery Dump. ------[ AIDA64 v2.20.1812 Beta ]------ ------[ Microsoft Windows 7 Ultimate 6.1.7601 Service Pack 1 (64-bit) ]------ ------[ Motherboard Info ]------ Motherboard ID : 08/25/2011-141-GT-E770-8A79TEVHC-00 Motherboard Model : EVGA X58 Classified3 (E770) Motherboard Chipset : Intel Tylersburg X58, Intel Nehalem Award BIOS Type : Phoenix - AwardBIOS v6.00PG Award BIOS Message : Release Number IX587783 DMI MB Manufacturer : EVGA DMI MB Product : EVGA X58 3x SLI Classified 3 DMI MB Version : Tylersburg DMI MB Serial : DMI SYS Manufacturer: OEM DMI SYS Product : OEM DMI SYS Version : OEM DMI SYS Serial : OEM DMI BIOS Version : 6.00 PG ------[ Batteries ]------ <DESC>HID UPS Battery</DESC><DEVPATH>\\?\hid#vid_051d&pid_0002#6&12c825&0&0000#{72631e54-78a4-11d0-bcf7-00aa00b7b32a}</DEVPATH><INSTANCE>HID\VID_051D&PID_0002\6&12C825&0&0000</INSTANCE><BUSNUM>00000003</BUSNUM><ADDR>00000001</ADDR> ------[ Human Interface Devices ]------ <DESC>HID-compliant game controller</DESC><DEVPATH>\\?\hid#vid_046d&pid_c218#6&19839013&0&0000#{4d1e55b2-f16f-11cf-88cb-001111000030}</DEVPATH><INSTANCE>HID\VID_046D&PID_C218\6&19839013&0&0000</INSTANCE><BUSNUM>00000000</BUSNUM><ADDR>00000002</ADDR> <DESC>HID Keyboard Device</DESC><DEVPATH>\\?\hid#vid_046d&pid_c512&mi_00#7&33e24c56&0&0000#{4d1e55b2-f16f-11cf-88cb-001111000030}</DEVPATH><INSTANCE>HID\VID_046D&PID_C512&MI_00\7&33E24C56&0&0000</INSTANCE><BUSNUM>00000001</BUSNUM><ADDR>00000001</ADDR> <DESC>HID-compliant mouse</DESC><DEVPATH>\\?\hid#vid_046d&pid_c512&mi_01&col01#7&20b23018&0&0000#{4d1e55b2-f16f-11cf-88cb-001111000030}</DEVPATH><INSTANCE>HID\VID_046D&PID_C512&MI_01&COL01\7&20B23018&0&0000</INSTANCE><BUSNUM>00000002</BUSNUM><ADDR>00000001</ADDR> <DESC>HID-compliant consumer control device</DESC><DEVPATH>\\?\hid#vid_046d&pid_c512&mi_01&col02#7&20b23018&0&0001#{4d1e55b2-f16f-11cf-88cb-001111000030}</DEVPATH><INSTANCE>HID\VID_046D&PID_C512&MI_01&COL02\7&20B23018&0&0001</INSTANCE><BUSNUM>00000002</BUSNUM><ADDR>00000001</ADDR> <DESC>HID-compliant device</DESC><DEVPATH>\\?\hid#vid_046d&pid_c512&mi_01&col03#7&20b23018&0&0002#{4d1e55b2-f16f-11cf-88cb-001111000030}</DEVPATH><INSTANCE>HID\VID_046D&PID_C512&MI_01&COL03\7&20B23018&0&0002</INSTANCE><BUSNUM>00000002</BUSNUM><ADDR>00000001</ADDR> <DESC>HID-compliant consumer control device</DESC><DEVPATH>\\?\hid#vid_046d&pid_c512&mi_01&col04#7&20b23018&0&0003#{4d1e55b2-f16f-11cf-88cb-001111000030}</DEVPATH><INSTANCE>HID\VID_046D&PID_C512&MI_01&COL04\7&20B23018&0&0003</INSTANCE><BUSNUM>00000002</BUSNUM><ADDR>00000001</ADDR> <DESC>HID UPS Battery</DESC><DEVPATH>\\?\hid#vid_051d&pid_0002#6&12c825&0&0000#{4d1e55b2-f16f-11cf-88cb-001111000030}</DEVPATH><INSTANCE>HID\VID_051D&PID_0002\6&12C825&0&0000</INSTANCE><BUSNUM>00000003</BUSNUM><ADDR>00000001</ADDR> ------[ BatteryList ]------ <DESC>HID UPS Battery</DESC><DEVPATH>\\?\hid#vid_051d&pid_0002#6&12c825&0&0000#{72631e54-78a4-11d0-bcf7-00aa00b7b32a}</DEVPATH><INSTANCE>HID\VID_051D&PID_0002\6&12C825&0&0000</INSTANCE><BUSNUM>00000003</BUSNUM><ADDR>00000001</ADDR><HID>1</HID> ------[ Battery #0 ]------ *** Smart Battery Interface *** BatteryDeviceName = Back-UPS RS 1500 LCD FW:839.H10 .D USB FW:H10 BatteryManufactureName = American Power Conversion BatteryManufactureDate = 2010-01-11 BatterySerialNumber = 3B1003X07215 BatteryUniqueID = 3B1003X07215 American Power ConversionBack-UPS RS 1500 LCD FW:839.H10 .D USB FW:H10 BatteryInformation: - Technology = 1 - Chemistry = PbAc - Capabilities = E0000000h - RelativeCapacity = 1 - DesignedCapacity = 100 - FullChargedCapacity = 100 - CriticalBias = 0 - CycleCount = 0 BatteryStatus: - PowerState = 00000001h - Capacity = 100 - Voltage = 27230 - Rate = -2147483648 *** HID Interface *** IndexedStrings: #00: ? #01: Back-UPS RS 1500 LCD FW:839.H10 .D USB FW:H10 #02: 3B1003X07215 #03: American Power Conversion #04: PbAc #05: Back-UPS RS 1500 LCD #06: APC #07: 839.H10 .D #08: H10 ? NumberFeatureValueCaps = 66 FeatureReportByteLength = 7 FeatureValueCaps: #000: UPage 0084, UMinMax 00FE-00FE, LnkC 0001, LnkU 0084-0024, RptID 01, UntEx 0, Unt 00000000, LogMinMax 0-255 = 1 #001: UPage 0084, UMinMax 00FF-00FF, LnkC 0001, LnkU 0084-0024, RptID 02, UntEx 0, Unt 00000000, LogMinMax 0-255 = 2 #002: UPage 0085, UMinMax 0089-0089, LnkC 0001, LnkU 0084-0024, RptID 03, UntEx 0, Unt 00000000, LogMinMax 0-255 = 4 #003: UPage 0085, UMinMax 008F-008F, LnkC 0001, LnkU 0084-0024, RptID 04, UntEx 0, Unt 00000000, LogMinMax 0-255 = 3 #004: UPage 0085, UMinMax 008B-008B, LnkC 0001, LnkU 0084-0024, RptID 05, UntEx 0, Unt 00000000, LogMinMax 0-255 = 1 #005: UPage 0085, UMinMax 0044-0044, LnkC 0001, LnkU 0084-0024, RptID 06, UntEx 0, Unt 00000000, LogMinMax 0-255 = 0 #006: UPage 0085, UMinMax 0045-0045, LnkC 0001, LnkU 0084-0024, RptID 06, UntEx 0, Unt 00000000, LogMinMax 0-255 = 0 #007: UPage FF86, UMinMax 0060-0060, LnkC 0001, LnkU 0084-0024, RptID 06, UntEx 0, Unt 00000000, LogMinMax 0-255 = 8 #008: UPage 0085, UMinMax 0085-0085, LnkC 0001, LnkU 0084-0024, RptID 07, UntEx 0, Unt 00000000, LogMinMax 0-65535 = 15403 #009: UPage 0084, UMinMax 0040-0040, LnkC 0001, LnkU 0084-0024, RptID 08, UntEx 5, Unt 00F0D121, LogMinMax 0-65535 = 2400 #010: UPage 0084, UMinMax 0030-0030, LnkC 0001, LnkU 0084-0024, RptID 09, UntEx 5, Unt 00F0D121, LogMinMax 0-65535 = 2740 #011: UPage 0084, UMinMax 00FD-00FD, LnkC 0001, LnkU 0084-0024, RptID 0A, UntEx 0, Unt 00000000, LogMinMax 0-255 = 3 #012: UPage 0085, UMinMax 002C-002C, LnkC 0001, LnkU 0084-0024, RptID 0B, UntEx 0, Unt 00000000, LogMinMax 0-255 = 2 #013: UPage 0085, UMinMax 0066-0066, LnkC 0001, LnkU 0084-0024, RptID 0C, UntEx 0, Unt 00000000, LogMinMax 0-100 = 100 #014: UPage 0085, UMinMax 0068-0068, LnkC 0001, LnkU 0084-0024, RptID 0C, UntEx 0, Unt 00001001, LogMinMax 0-65535 = 580 #015: UPage 0085, UMinMax 0083-0083, LnkC 0001, LnkU 0084-0024, RptID 0D, UntEx 0, Unt 00000000, LogMinMax 0-100 = 100 #016: UPage 0085, UMinMax 0067-0067, LnkC 0001, LnkU 0084-0024, RptID 0E, UntEx 0, Unt 00000000, LogMinMax 0-100 = 100 #017: UPage 0085, UMinMax 008C-008C, LnkC 0001, LnkU 0084-0024, RptID 0F, UntEx 0, Unt 00000000, LogMinMax 0-100 = 50 #018: UPage 0085, UMinMax 008E-008E, LnkC 0001, LnkU 0084-0024, RptID 10, UntEx 0, Unt 00000000, LogMinMax 0-100 = 1 #019: UPage 0085, UMinMax 0029-0029, LnkC 0001, LnkU 0084-0024, RptID 11, UntEx 0, Unt 00000000, LogMinMax 1-100 = 100 #020: UPage 0085, UMinMax 008D-008D, LnkC 0001, LnkU 0084-0024, RptID 12, UntEx 0, Unt 00000000, LogMinMax 0-100 = 1 #021: UPage 0085, UMinMax 00D0-00D0, LnkC 0001, LnkU 0084-0024, RptID 13, UntEx 0, Unt 00000000, LogMinMax 0-1 = 1 #022: UPage 0085, UMinMax 0042-0042, LnkC 0001, LnkU 0084-0024, RptID 14, UntEx 0, Unt 00000000, LogMinMax 0-1 = 0 #023: UPage 0084, UMinMax 0069-0069, LnkC 0001, LnkU 0084-0024, RptID 14, UntEx 0, Unt 00000000, LogMinMax 0-1 = 0 #024: UPage 0084, UMinMax 0057-0057, LnkC 0001, LnkU 0084-0024, RptID 15, UntEx 0, Unt 00001001, LogMinMax -1-32767 = 65535 #025: UPage 0085, UMinMax 002A-002A, LnkC 0001, LnkU 0084-0024, RptID 17, UntEx 0, Unt 00001001, LogMinMax 0-65535 = 120 #026: UPage 0084, UMinMax 005A-005A, LnkC 0001, LnkU 0084-0024, RptID 18, UntEx 0, Unt 00000000, LogMinMax 1-3 = 1 #027: UPage FF86, UMinMax 0016-0016, LnkC 0003, LnkU 0084-0012, RptID 1C, UntEx 0, Unt 00000000, LogMinMax 0-16777215 = 15403 #028: UPage 0085, UMinMax 0085-0085, LnkC 0003, LnkU 0084-0012, RptID 20, UntEx 0, Unt 00000000, LogMinMax 0-65535 = 15403 #029: UPage 0084, UMinMax 0058-0058, LnkC 0003, LnkU 0084-0012, RptID 21, UntEx 0, Unt 00000000, LogMinMax 0-6 = 6 #030: UPage 0085, UMinMax 0066-0066, LnkC 0003, LnkU 0084-0012, RptID 22, UntEx 0, Unt 00000000, LogMinMax 0-100 = 100 #031: UPage 0085, UMinMax 0068-0068, LnkC 0003, LnkU 0084-0012, RptID 23, UntEx 0, Unt 00001001, LogMinMax 0-65535 = 580 #032: UPage 0085, UMinMax 002A-002A, LnkC 0003, LnkU 0084-0012, RptID 24, UntEx 0, Unt 00001001, LogMinMax 0-65535 = 120 #033: UPage 0084, UMinMax 0040-0040, LnkC 0003, LnkU 0084-0012, RptID 25, UntEx 5, Unt 00F0D121, LogMinMax 0-65535 = 2400 #034: UPage 0084, UMinMax 0030-0030, LnkC 0003, LnkU 0084-0012, RptID 26, UntEx 5, Unt 00F0D121, LogMinMax 0-65535 = 2740 #035: UPage FF86, UMinMax 0024-0024, LnkC 0003, LnkU 0084-0012, RptID 27, UntEx 0, Unt 00000000, LogMinMax 233-254 = 245 #036: UPage FF86, UMinMax 0018-0018, LnkC 0003, LnkU 0084-0012, RptID 28, UntEx 0, Unt 00000000, LogMinMax -2147483647-2147483647 = 2634977282 #037: UPage 0084, UMinMax 0040-0040, LnkC 0004, LnkU 0084-001A, RptID 30, UntEx 7, Unt 00F0D121, LogMinMax 0-255 = 120 #038: UPage 0084, UMinMax 0030-0030, LnkC 0004, LnkU 0084-001A, RptID 31, UntEx 7, Unt 00F0D121, LogMinMax 0-255 = 121 #039: UPage 0084, UMinMax 0053-0053, LnkC 0004, LnkU 0084-001A, RptID 32, UntEx 7, Unt 00F0D121, LogMinMax 78-88 = 88 #040: UPage 0084, UMinMax 0054-0054, LnkC 0004, LnkU 0084-001A, RptID 33, UntEx 7, Unt 00F0D121, LogMinMax 136-142 = 136 #041: UPage FF86, UMinMax 0024-0024, LnkC 0004, LnkU 0084-001A, RptID 34, UntEx 0, Unt 00000000, LogMinMax 117-139 = 127 #042: UPage FF86, UMinMax 0061-0061, LnkC 0004, LnkU 0084-001A, RptID 35, UntEx 0, Unt 00000000, LogMinMax 0-2 = 2 #043: UPage FF86, UMinMax 0052-0052, LnkC 0004, LnkU 0084-001A, RptID 36, UntEx 0, Unt 00000000, LogMinMax 0-13 = 8 #044: UPage FF86, UMinMax 007C-007C, LnkC 0005, LnkU FF86-0005, RptID 40, UntEx 0, Unt 00000000, LogMinMax 0-1 = 0 #045: UPage FF86, UMinMax 007D-007D, LnkC 0005, LnkU FF86-0005, RptID 41, UntEx 0, Unt 00001001, LogMinMax -1-32767 = 65535 #046: UPage 0084, UMinMax 0057-0057, LnkC 0005, LnkU FF86-0005, RptID 42, UntEx 0, Unt 00001001, LogMinMax -1-32767 = 65535 #047: UPage 0084, UMinMax 0035-0035, LnkC 0006, LnkU 0084-0016, RptID 50, UntEx 0, Unt 00000000, LogMinMax 0-100 = 53 #048: UPage FF86, UMinMax 0024-0024, LnkC 0006, LnkU 0084-0016, RptID 51, UntEx 0, Unt 00000000, LogMinMax 190-254 = 218 #049: UPage 0084, UMinMax 0044-0044, LnkC 0006, LnkU 0084-0016, RptID 52, UntEx 7, Unt 0000D121, LogMinMax 0-65535 = 865 #050: UPage FF86, UMinMax 0023-0023, LnkC 0007, LnkU FF86-0001, RptID 60, UntEx 0, Unt 00000000, LogMinMax 0-65535 = 0 #051: UPage FF86, UMinMax 0026-0026, LnkC 0007, LnkU FF86-0001, RptID 61, UntEx 0, Unt 00000000, LogMinMax 16-28 = 28 #052: UPage FF86, UMinMax 0025-0025, LnkC 0007, LnkU FF86-0001, RptID 62, UntEx 0, Unt 00000000, LogMinMax -2147483647-2147483647 = 50462976 #053: UPage 0084, UMinMax 00FE-00FE, LnkC 0000, LnkU 0084-0004, RptID 7F, UntEx 0, Unt 00000000, LogMinMax 0-255 = 5 #054: UPage FF86, UMinMax 0042-0042, LnkC 0000, LnkU 0084-0004, RptID 7E, UntEx 0, Unt 00000000, LogMinMax 0-255 = 7 #055: UPage 0084, UMinMax 00FF-00FF, LnkC 0000, LnkU 0084-0004, RptID 7D, UntEx 0, Unt 00000000, LogMinMax 0-255 = 2 #056: UPage 0084, UMinMax 00FD-00FD, LnkC 0000, LnkU 0084-0004, RptID 7C, UntEx 0, Unt 00000000, LogMinMax 0-255 = 3 #057: UPage 0085, UMinMax 0085-0085, LnkC 0000, LnkU 0084-0004, RptID 7B, UntEx 0, Unt 00000000, LogMinMax 0-65535 = 15403 #058: UPage FF86, UMinMax 0072-0072, LnkC 0000, LnkU 0084-0004, RptID 79, UntEx 0, Unt 00000000, LogMinMax 0-1 = 0 #059: UPage 0084, UMinMax 005A-005A, LnkC 0000, LnkU 0084-0004, RptID 78, UntEx 0, Unt 00000000, LogMinMax 1-3 = 1 #060: UPage FF86, UMinMax 0029-0029, LnkC 0000, LnkU 0084-0004, RptID 75, UntEx 0, Unt 00000000, LogMinMax 0-65535 = 98 #061: UPage FF86, UMinMax 002A-002A, LnkC 0000, LnkU 0084-0004, RptID 74, UntEx 0, Unt 00000000, LogMinMax -2147483647-2147483647 = 1684296096 #062: UPage FF00, UMinMax 0055-0055, LnkC 0009, LnkU FF86-0000, RptID 80, UntEx 0, Unt 00000000, LogMinMax 0-255 = 0 #063: UPage FF00, UMinMax 0058-0058, LnkC 0009, LnkU FF86-0000, RptID 81, UntEx 0, Unt 00000000, LogMinMax 0-255 = 16 #064: UPage FF00, UMinMax 0059-0059, LnkC 0009, LnkU FF86-0000, RptID 82, UntEx 0, Unt 00000000, LogMinMax 0-255 = 0 #065: UPage FF00, UMinMax 0060-0060, LnkC 0009, LnkU FF86-0000, RptID 83, UntEx 0, Unt 00000000, LogMinMax 0-255 = 0 NumberInputValueCaps = 9 InputReportByteLength = 5 InputValueCaps: #000: UPage 0085, UMinMax 0044-0044, LnkC 0001, LnkU 0084-0024, RptID 06, UntEx 0, Unt 00000000, LogMinMax 0-255 = 0 #001: UPage 0085, UMinMax 0045-0045, LnkC 0001, LnkU 0084-0024, RptID 06, UntEx 0, Unt 00000000, LogMinMax 0-255 = 0 #002: UPage FF86, UMinMax 0060-0060, LnkC 0001, LnkU 0084-0024, RptID 06, UntEx 0, Unt 00000000, LogMinMax 0-255 = 8 #003: UPage 0085, UMinMax 0066-0066, LnkC 0001, LnkU 0084-0024, RptID 0C, UntEx 0, Unt 00000000, LogMinMax 0-100 = 100 #004: UPage 0085, UMinMax 0068-0068, LnkC 0001, LnkU 0084-0024, RptID 0C, UntEx 0, Unt 00001001, LogMinMax 0-65535 = 580 #005: UPage 0085, UMinMax 00D0-00D0, LnkC 0001, LnkU 0084-0024, RptID 13, UntEx 0, Unt 00000000, LogMinMax 0-1 = 1 #006: UPage 0085, UMinMax 0042-0042, LnkC 0001, LnkU 0084-0024, RptID 14, UntEx 0, Unt 00000000, LogMinMax 0-1 = 0 #007: UPage 0084, UMinMax 0069-0069, LnkC 0001, LnkU 0084-0024, RptID 14, UntEx 0, Unt 00000000, LogMinMax 0-1 = 0 #008: UPage 0084, UMinMax 0058-0058, LnkC 0003, LnkU 0084-0012, RptID 21, UntEx 0, Unt 00000000, LogMinMax 0-6 = 6 NumberFeatureButtonCaps = 22 FeatureReportByteLength = 7 FeatureButtonCaps: #000: UPage 0085, UMinMax 0044-0044, LnkC 0002, LnkU 0084-0002, RptID 16 = 0 #001: UPage 0085, UMinMax 0045-0045, LnkC 0002, LnkU 0084-0002, RptID 16 = 0 #002: UPage 0085, UMinMax 00D0-00D0, LnkC 0002, LnkU 0084-0002, RptID 16 = 1 #003: UPage 0085, UMinMax 00D1-00D1, LnkC 0002, LnkU 0084-0002, RptID 16 = 1 #004: UPage 0085, UMinMax 0042-0042, LnkC 0002, LnkU 0084-0002, RptID 16 = 0 #005: UPage 0084, UMinMax 0069-0069, LnkC 0002, LnkU 0084-0002, RptID 16 = 1 #006: UPage 0085, UMinMax 0043-0043, LnkC 0002, LnkU 0084-0002, RptID 16 = 0 #007: UPage 0084, UMinMax 0073-0073, LnkC 0002, LnkU 0084-0002, RptID 16 = 1 #008: UPage 0085, UMinMax 004B-004B, LnkC 0002, LnkU 0084-0002, RptID 16 = 0 #009: UPage 0084, UMinMax 0065-0065, LnkC 0002, LnkU 0084-0002, RptID 16 = 1 #010: UPage 0085, UMinMax 00DB-00DB, LnkC 0002, LnkU 0084-0002, RptID 16 = 0 #011: UPage 0085, UMinMax 0044-0044, LnkC 0008, LnkU 0084-0002, RptID 7A = 0 #012: UPage 0085, UMinMax 0045-0045, LnkC 0008, LnkU 0084-0002, RptID 7A = 0 #013: UPage 0085, UMinMax 00D0-00D0, LnkC 0008, LnkU 0084-0002, RptID 7A = 1 #014: UPage 0085, UMinMax 00D1-00D1, LnkC 0008, LnkU 0084-0002, RptID 7A = 1 #015: UPage 0085, UMinMax 0042-0042, LnkC 0008, LnkU 0084-0002, RptID 7A = 0 #016: UPage 0084, UMinMax 0069-0069, LnkC 0008, LnkU 0084-0002, RptID 7A = 1 #017: UPage 0085, UMinMax 0043-0043, LnkC 0008, LnkU 0084-0002, RptID 7A = 0 #018: UPage 0084, UMinMax 0073-0073, LnkC 0008, LnkU 0084-0002, RptID 7A = 1 #019: UPage 0085, UMinMax 004B-004B, LnkC 0008, LnkU 0084-0002, RptID 7A = 0 #020: UPage 0084, UMinMax 0065-0065, LnkC 0008, LnkU 0084-0002, RptID 7A = 1 #021: UPage 0085, UMinMax 00DB-00DB, LnkC 0008, LnkU 0084-0002, RptID 7A = 0
  2. Version 1807 BETA had UPS Battery Voltage, version 1812 BETA does not? Thanks
  3. I works perfectly for my Back-UPS RS1500LCD. Thank you, and keep up the excellent work.
  4. I will post a link, rather than the 1920x1200 screenshot. http://i291.photobucket.com/albums/ll305/Arctucas/Sensorpanel1-30-12.jpg
  5. Further observations: I opened two instances of GPU-Z 0.5.8 (one for each card) to monitor the frequency and usage. Starting with a baseline of 50.6 MHz and 0% usage on both cards, I started AIDA64 and opened the System Stability Test GUI. I unchecked all the tests. I then checked only the CPU test and pressed Start. Both cards frequency went to 797.3 MHz (I have them clocked at 800MHz), After a minute or so, the #2 (bottom) card went back to 50.6 MHZ, but the #1 card remained at 797.3 MHz. The GPU load remained at 0% for both cards, according to both AIDA64 and GPU-Z. When I stopped the CPU Test, the #1 card returned to 50.6 MHz. I then unchecked Stress CPU and checked Stress FPU. I ran the Stress FPU test. The results were the same. I repeated this for all the stress tests, running each individually. The Stress GPU test was the only one where the #1 card did not return to 50.6 MHz when the test was stopped, although the #2 card did, as before. I verified that the GPU was at 0% using both AIDA64 and GPU-Z. Upon closing the AIDA64 application, the #1 card returned to 50.6 MHz. Hopefully this might help you. Also, given the issues nVIDIA has been having with drivers lately, it is no suprise to me that the nVIDIA driver is the cause of the problem.
  6. I am noticing similar behavior with the 2.20.1800. I ran the GPU test (only, all other stress test options unchecked), for about fifteen minutes. I monitored the temperatures on my two GTX460 cards (SLi), seeing ~76° for the #1 (top) card and ~74° for the #2 (bottom) card. I pressed the Stop button on the Stress Testing GUI, and the test stopped. However, while the #2 card clocks went back to normal idle speeds, the #1 card clocks remained at 3D (full) speeds. I also noticed that the #2 card temperature dropped back to what it normally is at idle, ~36°, the #1 card only dropped to ~55°, where it is normally at ~40° when idling. I am using Forceware 285.58. If I may provide further information, please do not hesitate to ask. Regards
  7. Do you now, or do you ever plan to, offer multi-year licenses? I would certainly be interested in purchasing a three-year license if it were available. Thanks
  8. Yes Sir, I understand your point. I do download some large files on occasion: I have often wondered why Windows still shows KB? Thanks and keep up the excellent work! P.S. I wonder if it would be possible to add a couple more places to the right of the decimal point? If not, never mind. Thanks again
  9. Understood, although I was hoping otherwise. Anyway, since Windows reports file sizes in KBytes, would that not be more consistant? Just my opinion, but it seems logical to me. Thanks
  10. @Fiery, Is it possible to make the NIC upload/download totals display KB, rather than MB? Thanks EDIT: I was thinking, would it be possible for the Total Download to start out with Bytes, and when it reaches 1,000 Bytes to change to KB, when it reaches 1,000 KB to change to MB, when it reaches 1,000 MB change to GB? Thanks again
  11. Same thing happen to my Sensor Panel. The addition of Upload/Download Totals apparently reset the NIC sensor readouts.
  12. My four S599 SSD (RAID0) temperatures are displayed. Are you using Sensor panel or OSD?
  13. @Dragolar, What are your system components/specs? Regarding your point about people recommending other applications, I believe that is because those other applications are free.
  14. @Magman, Thanks. I had suggested a dial type interface for the Sensor Panel some months ago. Hopefully, this is something the developers can implement.
  15. @Magman, I would really like to see those gauges, but I cannot get any attached files to open, either in Firefox or IE9. Would it be possible for you upload that .jpg to imageshack or photobucket and post the link? Thanks
  16. So, the AIDA64 test is more for testing GPUs that are used for applications like folding, rather than games?
  17. I did a comparison between eVGA OCScanner and AIDA64, same card specs as before. eVGA OCScanner 1.7.3 1920x1200 resolution, fullscreen, heavy mode 5 minutes GPU1 - 94° GPU2 - 95° AIDA64 GPU and FPU stress test enabled 5 minutes GPU1 - 77° GPU2 - 77°
  18. I did some temperature comparison between the AIDA64 module and other popular GPU stressing applications. GPU: Two eVGA GTX460 Superclocked External Exhaust, SLI enabled. Core @ 800 MHz Memory @ 950 MHZ (3900 MHz effective DDR5 speed) eVGA OCScanner v.1.7.3 1920x1200 resolution, fullscreen, heavy mode 5 minutes GPU1 - 90°C GPU2 - 89°C OCCT v4.0.0 1920x1200 resolution, fullscreen, shader complexity 8,error checking on 5 minutes GPU1 - 73°C GPU2 - 73°C MSI Kombustor v 1.1.3 1920x1200 resolution, fullscreen, AA off 5 minutes GPU1 - 88°C GPU2 - 88°C AIDA64 5 minutes GPU1 - 75°C GPU2 - 75°C
  19. @Fiery, The voltage sensor works perfectly, thank you very much for adding this. I am sure that if anyone can figure out the power sensor, it is you. Keep up the excellent work.
  20. Thanks. I have the utmost confidence that you will find a solution. Keep up the great work!
  21. @Fiery, Thanks. Is the Discharge rate supposed to be on this page? Here is a snip of SIW (2011 build 0707). The columns are, left to right, Value Min Max. The readings appear to be close to what is displayed on the UPS LCD screen, so I would guess they are fairly accurate? Any other information I can provide to help, please ask. Thanks again.
  22. Yes, I saw that and wondered if it was not possible to make it appear in the OSD and Sensor Panel as well? Thanks EDIT: I have found that an application called SIW can also display the amount of power (in Watts) being drawn through the UPS. Would it also be possible to add that reading? Thanks again
  23. I notice AIDA64 able to monitor the battery voltage of my APC Back-UPS RS 1500 LCD. Could this be added to the Sensor Panel/OSD please? Thanks
  24. Thank you. I overlooked those, thinking they were just to display time and date as they do on the Sensor Panel. However, the Date/Time format is messed up in Excel and although I can get it to display, it will not save properly. It is probably something I need to format in Excel, and it does display properly if I open the .CSV file in Notepad, but the columns are not formatted correctly. .
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