Case Accessories39 products
Cases61 products
- Praetor Workstation Case1 product
- Spectre 4 Carbon Water-cooling Case5 products
- Spectre 4 Aeternus Water-cooling Case9 products
- Spectre 4 Quantum & Enterprise Water-cooling Case7 products
- Spectre 4-M Water-cooling Case7 products
- Stream-S Water-cooling Case2 products
- Stream-M Water-cooling Case4 products
- Dominus Water-cooling Case3 products
- Absolute Case7 products
- Arterial Water-box5 products
- Phantom 2 Case3 products
- Portal Water-cooling Case3 products
- Rackmount5 products
- Test Bench5 products
- Flight Cases1 product
Custom Cables9 products
Distribution Plates55 products
- Antec1 product
- Asus1 product
- Caselabs1 product
- Corsair2 products
- Desk Distribution Plates1 product
- Distribution Plate Pump Tops & Covers5 products
- Fractal1 product
- HAVN2 products
- Hyte2 products
- Lian Li12 products
- NZXT2 products
- Phanteks4 products
- Rackmount2 products
- Singularity Computers Cases3 products
- Universal Pump/Reservoir17 products
PowerBoard17 products
Water Cooling125 products
Ultra-Node
ETA 2 weeks.
A custom designed Singularity Computers active powered PWM hub with high quality components and a dual layer PCB. The Ultra-Node is similar to the Mega-Node except that it has a connection for the FanGuardian PowerBoard Controller, and it has three ARGB connections. From the FanGuardian you can control ARGB lighting and you can monitor all RPMs, temperatures and voltages. Combined with the FanGuardian the Ultra-Node is a standalone management and monitoring system for a water-cooling loop, and it is an ARGB controller. The PCB and connectors are black with white logos and labeling. It has PWM inputs for the fans and pumps. Only the outputs labeled FAN-1-OUT-RPM and PUMP-OUT-RPM displays RPM so there are no RPM conflicts from the other PWM connections. The hub has 2 active PWM control circuits to adjust the speed of the connected fans and pumps based on the temperature of the coolant without the need of a motherboard. The potentiometers adjust the PWM speed response to the temperature reading while the switches allow choosing between motherboard and temperature-based local PWM speed control. It also has a dedicated 4pin ATX connector to power up to 2x pumps.
US$69.00
Specifications:
SC Ultra-Node. Black Dual Layer PCB.
Inputs: PWM x2 (1x FAN 1x PUMP). PCIE 8pin x2. T-sensor (10K NTC thermistor).
Outputs: PWM x18 (16x FAN 2x PUMP). 4Pin ATX. ARGB x3.
Cables: Black: 2x PWM 500mm.
A PCIE 8pin power connector can supply up to 150W of power to the fans and pumps, total power limit is 300W with both inputs used.
PCB Dimensions & Weight: L: 114mm x W: 55mm x H: 21mm. 0.2kg.
Packaged Dimensions & Weight: L: 200mm x W: 80mm x H: 30mm. 0.3kg.
Installation:
Connect the PWM inputs to your motherboard (optional) or another compatible device using the included cables. Connect a general temperature sensor to the “T” header. Connect your fans and pumps to the hub.
Addon Information
FanGuardian PowerBoard Controller FanGuardian Radiator 120/140mm Mount Horizontal
FanGuardian PowerBoard Controller: The FanGuardian PowerBoard Controller can be used with many of our newer PowerBoards. It is a 3.5” touch screen in a hard case. It controls ARGB lighting colors and has different effects and functions. It monitors RPMs, temperatures and voltages. It has an inbuilt Ambient Temperature Monitor. A low RPM warning can be set on all PWM channels. It can be mounted with fasteners onto Spectre 4 and Stream-M Water-cooling cases and with adhesive on the SC Test Bench, SC Rackmount Case and PowerBoard Universal 360mm. It has updateable Software/Firmware and we will continue adding features.
FanGuardian Radiator 120/140mm Mount Horizontal: A mount to attach the FanGuardian to a 120mm or 140mm wide radiator. It is designed to mount the FanGuardian on a horizontal radiator which could be the top or bottom radiator in the case. The mount is 3D Printed Black PLA. Fasteners are included for attachment of the FanGuardian to the mount and fasteners can be selected below to suit your radiator.






