Power Supplies
Reliable, efficiency-rated power supplies sized correctly for your build.
Upload: power-supplies.jpgOur online shop is coming soon for clients, so this product can't be ordered yet. Specs and pricing may change before launch. Contact us with questions.
Specs
- 80+ Bronze through Platinum efficiency options
- Sized to your specific components
- Modular cabling options available
- Installed and load-tested
Sizing and Rating a Power Supply Correctly
A power supply is the one component where bigger isn't automatically better: what matters is sizing it correctly against what the rest of the build actually draws. Undersizing it causes instability under load that can look like a completely unrelated problem, from random shutdowns to graphics glitches, because the supply can't deliver enough clean power when the CPU and GPU are both working hard at once. Oversizing it by a reasonable margin isn't harmful and leaves headroom for future upgrades, but there's a point of diminishing returns where you're just paying for capacity the system will never draw.
Efficiency rating (the 80+ scale from Bronze up through Platinum) measures how much of the power drawn from the wall actually reaches your components versus how much is lost as heat during conversion. A higher tier runs a bit cooler and wastes less electricity over time, which matters more the longer a system runs under load and the higher its overall power draw is. It's a real difference, but not one that should override correct wattage sizing for your specific components.
Modular cabling is a convenience feature more than a performance one; it lets you plug in only the cables your build actually needs instead of routing a permanently attached bundle you're not using, which keeps the inside of the case cleaner and easier to work in later. Every unit here is sized to your specific components and load-tested before it ships, rather than picked off a generic wattage chart.
It can cause instability under heavy load (random shutdowns, crashes, or graphics glitches) because the supply can't deliver enough consistent power when components are working hard at the same time.
A higher efficiency tier runs a bit cooler and wastes less power as heat, which matters more the longer a system runs under load. Correct wattage sizing for your components still matters more than the efficiency tier alone.