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Hi, I have a system with 23 Riing trio radiator fans, but the TT RGB plus software can't read my system / processor temperature. The 6 controllers working good. I can set the color and the speed manually. But i woluld like to set PWM with auto fan speed... Motherboard: Asus zenith extreme Processor: AMD Ryzen Threadripper 2950X OS: Windows 10 Pro 64 TT RGB PLUS version: 1.3.3 I had run the TTRGB PLUS by system admin. HWINFO output (I see my processor temperature in the HWINFO): ------------HWi32_GetSensorName:System = 6.95148e-310---------------------- ------------HWi32_GetSensorName:CPU [#0]: AMD Ryzen Threadripper 2950X = 0---------------------- HWi32_GetVoltage:Core 0 VID = 1.3125 HWi32_GetClock:Core 0 Clock = 4116.08 HWi32_GetUsage:Core 0 T0 Usage = 20 HWi32_GetVoltage:Core 1 VID = 1.425 HWi32_GetClock:Core 1 Clock = 4116.08 HWi32_GetVoltage:Core 2 VID = 1.425 HWi32_GetClock:Core 2 Clock = 4190.92 HWi32_GetUsage:Core 1 T0 Usage = 10 HWi32_GetVoltage:Core 3 VID = 1.3875 HWi32_GetClock:Core 3 Clock = 4190.92 HWi32_GetVoltage:Core 4 VID = 1.38125 HWi32_GetClock:Core 4 Clock = 4091.14 HWi32_GetUsage:Core 2 T0 Usage = 10 HWi32_GetVoltage:Core 5 VID = 1.43125 HWi32_GetClock:Core 5 Clock = 4091.14 HWi32_GetVoltage:Core 6 VID = 1.43125 HWi32_GetClock:Core 6 Clock = 4165.97 HWi32_GetVoltage:Core 7 VID = 1.44375 HWi32_GetClock:Core 7 Clock = 4116.08 HWi32_GetVoltage:Core 8 VID = 1.45 HWi32_GetClock:Core 8 Clock = 2993.51 HWi32_GetVoltage:Core 9 VID = 1.44375 HWi32_GetClock:Core 9 Clock = 2993.51 HWi32_GetVoltage:Core 10 VID = 1.46875 HWi32_GetClock:Core 10 Clock = 2744.05 HWi32_GetVoltage:Core 11 VID = 1.45 HWi32_GetClock:Core 11 Clock = 4116.08 HWi32_GetVoltage:Core 12 VID = 1.45 HWi32_GetClock:Core 12 Clock = 2993.51 HWi32_GetUsage:Core 6 T0 Usage = 40 HWi32_GetVoltage:Core 13 VID = 1.45 HWi32_GetClock:Core 13 Clock = 4116.08 HWi32_GetVoltage:Core 14 VID = 1.44375 HWi32_GetClock:Core 14 Clock = 2760.68 HWi32_GetVoltage:Core 15 VID = 1.4375 HWi32_GetClock:Core 15 Clock = 4116.08 HWi32_GetUsage:Core 7 T1 Usage = 10 HWi32_GetClock:Bus Clock = 99.7838 HWi32_GetUsage:Core 9 T1 Usage = 10 HWi32_GetUsage:Core 10 T0 Usage = 10 HWi32_GetUsage:Core 11 T0 Usage = 10 HWi32_GetClock:Core 0 T0 Effective Clock = 266.646 HWi32_GetUsage:Core 13 T0 Usage = 30 HWi32_GetClock:Core 0 T1 Effective Clock = 79.6988 HWi32_GetClock:Core 1 T0 Effective Clock = 191.631 HWi32_GetClock:Core 1 T1 Effective Clock = 176.67 HWi32_GetClock:Core 2 T0 Effective Clock = 392.364 HWi32_GetClock:Core 2 T1 Effective Clock = 27.7474 HWi32_GetClock:Core 3 T0 Effective Clock = 292.171 HWi32_GetUsage:Max CPU/Thread Usage = 40 HWi32_GetClock:Core 3 T1 Effective Clock = 65.7851 HWi32_GetUsage:Total CPU Usage = 4.6875 HWi32_GetClock:Core 4 T0 Effective Clock = 141.335 HWi32_GetClock:Core 4 T1 Effective Clock = 20.2848 HWi32_GetClock:Core 5 T0 Effective Clock = 90.5325 HWi32_GetClock:Core 5 T1 Effective Clock = 30.0429 HWi32_GetClock:Core 6 T0 Effective Clock = 1576.87 HWi32_GetClock:Core 6 T1 Effective Clock = 12.7494 HWi32_GetClock:Core 7 T0 Effective Clock = 69.497 HWi32_GetClock:Core 7 T1 Effective Clock = 113.659 HWi32_GetClock:Core 8 T0 Effective Clock = 24.9393 HWi32_GetClock:Core 8 T1 Effective Clock = 1.50633 HWi32_GetClock:Core 9 T0 Effective Clock = 47.9095 HWi32_GetClock:Core 9 T1 Effective Clock = 52.4736 HWi32_GetClock:Core 10 T0 Effective Clock = 31.8203 HWi32_GetClock:Core 10 T1 Effective Clock = 1.93067 HWi32_GetClock:Core 11 T0 Effective Clock = 40.53 HWi32_GetClock:Core 11 T1 Effective Clock = 55.027 HWi32_GetClock:Core 12 T0 Effective Clock = 66.4707 HWi32_GetClock:Core 12 T1 Effective Clock = 23.3705 HWi32_GetClock:Core 13 T0 Effective Clock = 1739.25 HWi32_GetClock:Core 13 T1 Effective Clock = 7.21509 HWi32_GetClock:Core 14 T0 Effective Clock = 340.901 HWi32_GetClock:Core 14 T1 Effective Clock = 8.69661 HWi32_GetClock:Core 15 T0 Effective Clock = 50.3515 HWi32_GetClock:Core 15 T1 Effective Clock = 22.9879 HWi32_GetClock:Average Effective Clock = 189.471 ------------HWi32_GetSensorName:Memory Timings = 0---------------------- HWi32_GetClock:Memory Clock = 1064.36 ------------HWi32_GetSensorName:CPU [#0] Node #0: AMD Ryzen Threadripper 2950X: Enhanced = 0---------------------- HWi32_GetTemperature:CPU (Tctl) = 59.375 HWi32_GetTemperature:CPU (Tdie) = 32.375 HWi32_GetVoltage:SoC Voltage (SVI2 TFN) = 0.825 HWi32_GetCurrent:SoC Current (SVI2 TFN) = 15.851 HWi32_GetPower:SoC Power (SVI2 TFN) = 13.0771 ------------HWi32_GetSensorName:CPU [#0] Node #1: AMD Ryzen Threadripper 2950X: Enhanced = 0---------------------- HWi32_GetTemperature:CPU (Tctl) = 59.375 HWi32_GetVoltage:CPU Core Voltage (SVI2 TFN) = 1.29375 HWi32_GetCurrent:CPU Core Current (SVI2 TFN) = 33.0667 HWi32_GetPower:CPU Package Power (SMU) = 47.0834 HWi32_GetTemperature:CPU (Tdie) = 32.375 HWi32_GetPower:Core 0 Power (SMU) = 1.53457 HWi32_GetClock:Memory Controller Clock (UCLK) = 1064.36 HWi32_GetPower:Core 1 Power (SMU) = 1.92335 HWi32_GetPower:Core 2 Power (SMU) = 1.65709 HWi32_GetPower:Core 3 Power (SMU) = 1.5879 HWi32_GetPower:Core 4 Power (SMU) = 0.758437 HWi32_GetPower:Core 5 Power (SMU) = 0.61 HWi32_GetPower:Core 6 Power (SMU) = 2.86871 HWi32_GetPower:Core 7 Power (SMU) = 0.747103 HWi32_GetPower:Core 8 Power (SMU) = 0.258131 HWi32_GetPower:Core 9 Power (SMU) = 0.731898 HWi32_GetPower:Core 10 Power (SMU) = 0.265751 HWi32_GetPower:Core 11 Power (SMU) = 0.7372 HWi32_GetPower:Core 12 Power (SMU) = 0.674353 HWi32_GetPower:Core 13 Power (SMU) = 4.27411 HWi32_GetPower:Core 14 Power (SMU) = 0.837431 HWi32_GetPower:Core 15 Power (SMU) = 0.546986 HWi32_GetPower:CPU Core Power (SVI2 TFN) = 42.78 ------------HWi32_GetSensorName:ASUS WMI = 0---------------------- HWi32_GetTemperature:CPU Temperature = 27 HWi32_GetVoltage:CPU Core Voltage = 1.4388 HWi32_GetCurrent:CPU VRM Output Current = 14 HWi32_GetPower:CPU Power = 18.396 HWi32_GetTemperature:CPU Socket Temperature = 28 HWi32_GetVoltage:CPU SOC Voltage = 0.872 HWi32_GetTemperature:Motherboard Temperature = 30 HWi32_GetVoltage:DRAM AB Voltage = 1.2208 HWi32_GetTemperature:Chipset Temperature = 52 HWi32_GetVoltage:DRAM CD Voltage = 1.2208 HWi32_GetVoltage:1.8V PLL Voltage = 1.8312 HWi32_GetFan:Water Pump 1 = 2636 HWi32_GetTemperature:CPU VRM Temperature = 36 HWi32_GetVoltage:+12V Voltage = 12.099 HWi32_GetTemperature:Water In = 25 HWi32_GetVoltage:+5V Voltage = 4.93225 HWi32_GetTemperature:Water Out = 25 HWi32_GetVoltage:3VSB Voltage = 3.3354 HWi32_GetVoltage:VBAT Voltage = 3.0302 HWi32_GetVoltage:AVCC3 Voltage = 3.3572 HWi32_GetVoltage:SB 1.05V Voltage = 1.04375 HWi32_GetVoltage:CPU Core Voltage (VRM) = 1.314 HWi32_GetVoltage:CPU SOC Voltage (VRM) = 0.824 HWi32_GetVoltage:DRAM AB Voltage (VRM) = 1.2 HWi32_GetVoltage:DRAM CD Voltage (VRM) = 1.2 ------------HWi32_GetSensorName:DIMM Temperature Sensor = 0---------------------- HWi32_GetTemperature:DIMM[0] Temperature = 35.5 HWi32_GetTemperature:DIMM[1] Temperature = 37 HWi32_GetTemperature:DIMM[2] Temperature = 38 HWi32_GetTemperature:DIMM[3] Temperature = 38 HWi32_GetTemperature:DIMM[4] Temperature = 33.75 HWi32_GetTemperature:DIMM[5] Temperature = 35.25 HWi32_GetTemperature:DIMM[6] Temperature = 36.25 HWi32_GetTemperature:DIMM[7] Temperature = 36.25 ------------HWi32_GetSensorName:S.M.A.R.T.: Samsung SSD 970 PRO 1TB (S462NF0M316868X) = 0---------------------- HWi32_GetTemperature:Drive Temperature = 41 HWi32_GetUsage:Drive Remaining Life = 100 HWi32_GetTemperature:Drive Temperature 2 = 50 ------------HWi32_GetSensorName:S.M.A.R.T.: Samsung SSD 970 PRO 1TB (S462NF0M800553P) = 0---------------------- HWi32_GetTemperature:Drive Temperature = 38 HWi32_GetUsage:Drive Remaining Life = 100 HWi32_GetTemperature:Drive Temperature 2 = 42 ------------HWi32_GetSensorName:S.M.A.R.T.: Samsung SSD 970 PRO 1TB (S462NF0M316898Z) = 0---------------------- HWi32_GetTemperature:Drive Temperature = 36 HWi32_GetUsage:Drive Remaining Life = 100 HWi32_GetTemperature:Drive Temperature 2 = 39 ------------HWi32_GetSensorName:Drive: Samsung SSD 970 PRO 1TB (S462NF0M316868X) = 0---------------------- HWi32_GetUsage:Write Activity = 0.16 HWi32_GetUsage:Total Activity = 0.16 ------------HWi32_GetSensorName:Drive: Samsung SSD 970 PRO 1TB (S462NF0M800553P) = 0---------------------- ------------HWi32_GetSensorName:Drive: Samsung SSD 970 PRO 1TB (S462NF0M316898Z) = 0---------------------- ------------HWi32_GetSensorName:GPU [#0]: NVIDIA GeForce RTX 2080 Ti: = 0---------------------- HWi32_GetTemperature:GPU Temperature = 28 HWi32_GetVoltage:GPU Core Voltage = 0.725 HWi32_GetPower:GPU Power = 55.011 HWi32_GetClock:GPU Clock = 1140 HWi32_GetUsage:GPU Core Load = 1 HWi32_GetUsage:GPU Memory Controller Load = 1 HWi32_GetClock:GPU Memory Clock = 7000 HWi32_GetClock:GPU Video Clock = 1050 HWi32_GetUsage:GPU Memory Usage = 11.0349 HWi32_GetUsage:GPU D3D Usage = 0.3268 ------------HWi32_GetSensorName:GPU [#1]: NVIDIA GeForce RTX 2080 Ti: = 0---------------------- HWi32_GetTemperature:GPU Temperature = 27 HWi32_GetVoltage:GPU Core Voltage = 0.725 HWi32_GetPower:GPU Power = 21.511 HWi32_GetClock:GPU Clock = 300 HWi32_GetClock:GPU Memory Clock = 405 HWi32_GetClock:GPU Video Clock = 540 HWi32_GetUsage:GPU Memory Usage = 1.90874 ------------HWi32_GetSensorName:Network: Atheros/Qualcomm QCA6174 802.11ac Wireless Network Adapter = 0---------------------- ------------HWi32_GetSensorName:Network: Intel I211AT Copper (Pearsonville) Network Adapter = 0---------------------- ------------HWi32_GetSensorName:Windows Hardware Errors (WHEA) = 0---------------------- Please help me, how can i use this software with PWM function?! Why the software can't see the temp if it is in the HWINFO??? Thank you, P

Hi All, I've been thinking of picking up some RGB fans for my watercooling setup. Before I buy something, I always do my homework. Previously, I was thinking of getting NZXT AER RGB's, They are also about 30$ a pop, but their RGB light ring would be facing the rad(and defeat the purpose of RGB) if I did push-pull. I happened on TT's Riing line, but their product line is confusing and all over the place. So I dove in and tried to make sense of the situation. Please feel free to correct me if I have any details incorrect. Here is a summary of my findings so far. There are three lines of RGB fans: Riing RGB(12cm/14cm), Ring Premium RGB (12cm/14cm) and Ring Plus Premium RGB (12cm only). All are advertised as high static pressure and suitable for radiator use. The software for the Riing Premium and Riing Plus seems to suck pretty badly compared to other vendors. Note: Do not beleive Tt's pictures of the Riing RGB and Riing Premium RGB fan pictures. These fans CANNOT show more than one color on a fan at one time!! This feature is only available on the Riing Plus. macst34 Riing RGB: - Central Light guide which shows leds from both sides of the fan (as opposed to AER) - Individual Leds are NOT addressable, so one fan can only show one color for all LEDs at one time. - fans use proprietary 5 pin connector to hub - Simple 3 button controller hub (3 fans per hub) ; can daisy chain controller hubs. Riing RGB premium - Central Light guide - Individual Leds are NOT addressable, so one fan can only show one color for all LEDs at one time. - fans use proprietary 5 pin connector to hub; Fan motor seems to be the same as Ring RGB fans - USB controller hub / no buttons software control only (3 fans per hub) ; can daisy chain controller hubs. - uses "Ring RGB Tt Premium Edition" software, current version 2.1.2 - *seems the software hub and fan fin profile are the major differences compared to the Riing RGB line. Riing Plus RGB premium - Central Light guide - Individual Leds are addressable, the fan can show different colors LEDs at same time on a single fan. - proprietary 9 pin connector to hub - USB controller (different from Riing RGB premium) - uses "Ring Plus RGB Tt Premium Edition" software, current version 1.0.2 - no 14cm size. Specifications: Riing RGB** ------ (size) / (SKU)* / (fan model number) / (max pressure) / (max airflow) / (# fins) 12cm / CL-F042-PL12SW / A1225L12S / 2.01 mm-H2O / 40.60 CFM / 26.4 dB / 7 fins 14cm / CL-F043-PL14SW / A1425L12S / 1.58 mm-H2O / 51.15 CFM / 28.1 dB / 7 fins ------ Riing RGB Premium*** ------ 12cm / CL-F049-PL12SW / A1225L12S / 1.11 mm-H2O / 48.79 CFM / 24.8 dB / 11 fins 14cm / CL-F051-PL14SW / A1425L12S / 1.38 mm-H2O / 73.91 CFM / 29.4 dB / 11 fins ------ Riing plus RGB Premium**** ------ 12cm / CL-F053-PL12SW / A1225S12S / 1.54 mm-H2O / 48.34 CFM / 24.7 dB / 9 fins 14cm / unreleased? ------ *SKUs with -A include hub. SKU-B do not include a hub. references: **http://www.thermaltake.com/microsite/Riing12RGB/spec.html **http://www.thermaltake.com/microsite/Riing14RGB/spec.html ***http://www.thermaltake.com/MICROSITE/Riing12RGBRadiatorFanTTPremiumEdition/spec.html ***http://www.thermaltake.com/MICROSITE/Riing14RGBRadiatorFanTTPremiumEdition/spec.html ****http://www.thermaltake.com/Case_Fan/Case_Fan_/Riing/C_00003016/Riing_Plus_12_RGB_Radiator_Fan_TT_Premium_Edition_3_Fan_Pack_/Specification.htm