![]() There is no hidden or back side, and this also goes for the components being installed. With the level of transparency and being an open case, we wanted it to be a celebration of the raw materials. The metal components have been designed to enhance this with an extreme focus on detailed and complex multi sided CNC machining.Įvery component of Spectre is CNC machined from a solid block of material. We wanted the case to look skeletal and almost transparent enough to (in a way) disappear around the components. The aesthetics of Spectre originate from its function with one of the main aesthetic features (the lighting) being something only made possible by the integration. Our approach to development is very hands on, we are doing real world testing every day. The original idea for Spectre came our years of building highly customized, high end water-cooled systems and trying to reduce the exceptionally long build times and complexity. From there we start to build ideas around this function and the aesthetics and everything else follows. Our approach to product development begins with a need for our own builds and so the origin is always function. We are all experienced system builders at Singularity Computers. The two on top of the PSU shroud cannot be used with vertically mounted GPUs. Two are on the top of the PSU shroud and there are four inside of the PSU shroud. Spectre 3.0 has 6x 2.5” Drive positions, 4 of these can be used at the same time.The radiator mounts have a large range of adjustment to help with port alignment to the distribution plate.For the cooling system it can fit 2x 360mm radiators 60mm thick with a single set of fans and the powerful D5 pump. It is designed to fit the RTX 3090 Founders Edition even with the stock cooler. Spectre 3.0 fits XL-ATX motherboards and has 8 expansion slots.They can be clipped in very quickly and there is far less work to do for clean cable management. The cable channels and combs are designed for 4mm sleeved cables.The fill port is at the highest point on the back for the case and the drain point at the lowest point.The reservoir was designed to remove air as quickly as possible making the loop easier to fill.The pump top was designed for the D5 pump, maximizing flow to and from the distribution plate.This meant that we could focus more on optimization than would normally be possible. With the integration we did not just develop a case, we also had to develop all the integrated components.For Spectres integration the position of each integrated port and cable routing hole was carefully chosen based on statistics and our experience. Theoretically the more integration the less compatibility.The pump and reservoir combo, less fittings, less tube, no cable combs, or cable management components. These are components you do not have to purchase for your build. A large portion of the case cost is due to the integration.Cable management is far quicker, just clip your cables in and they are all perfectly aligned.With the pump and reservoir combo and roughly half of the loop integrated there is less assembly to be done.PCIE go through the PSU Top Shroud: 圆.8pin EPS above the 24pin: x2 (Maximum 3x EPS can be used at the same time).8pin EPS on the left side of motherboard: x3.Cable management channels with cable combs:.Reservoir, D5 Pump Top, D5 Pump Cover, Fill Port, Drain Port, roughly half of the cooling loop.It is a short cable run to go direct to the PSU if you are using 2x GPUs each with 3x 8pin PCIE).ĪRGB Inputs x2 Outputs x11. (A total of 6 EPS and PCIE outputs can be used at the same time. (A total of 6 EPS and PCIE outputs can be used at the same time).Ĩpin PCIE Inputs x4 Outputs x4. The purpose of the PowerBoard is to eliminate the need for cable management, to integrate components into a single clean unit reducing clutter, to create something different which will contribute to a unique build!Ĩpin EPS Inputs x2 Outputs x4. The PowerBoard also has integrated ARGB LEDs placed to light up the PowerBoard and/or surrounding components. It integrates ARGB and PWM hubs and on some PowerBoards SATA. This means that cable management is no longer necessary. It integrates and routes the 24pin, EPS and PCIE cables very close to the components so that standardized short cables can be used. The PowerBoard is essentially a distribution plate for cables. We were looking for a far more advanced method of integrating cables and cable management. The idea first came about during the development of our first case Spectre 1.0. Introducing the Singularity Computers PowerBoard (US Patent Pending #547249821) a completely new take on computer cables and cable management.
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