The cables are also designed in a flexible and flat design, which further minimizes the space required.
The features of the Silverstone SST-SX700-G v1.1 at a glance:
- Super compact SFX power supply from Silverstone
- Quiet 92mm Fan (FDB)
- 700 watts of power with 80 PLUS Gold efficiency
- Powerful 12 V single rail with 58.4 amps
- Fully modular cable management with black ribbon cables
- Four 6 + 2-pin PCIe connectors for graphics cards
The features of the Silverstone SST-SX700-G v1.1 in detail
The small power supply unit is particularly characterized by the high efficiency of 80 PLUS Gold, the single-rail 12-volt rail and the extensive connection arsenal in the form of completely removable cables.
In addition to the extremely powerful single rail with 58.4 amperes, the voltage regulation in a corridor of ± 3% ensures constant voltage and stability. Thanks to a very high average efficiency of 92%, relatively little electrical energy is converted into thermal energy.
The individually attachable connections illustrate the power of the power supply unit: In addition to 20 + 4-pin, 8-pin EPS and 4 + 4-pin ATX / EPS connectors, there are also four PCIe connections available (4x 6 + 2-pin) and peripheral devices are supplied via eight SATA plugs, three 4-pin Molex connections and a floppy connector.
Technical details:
- Dimensions: 125 x 63.5 x 100 mm (W x H x D)
- Weight: 1.4 kg
- Fan: 92 mm (automatic control, at least 18 dB (A))
- Efficiency: at least 88/92/88 percent at 20/50/100 percent load (230 volts), incl. 80 PLUS Gold certificate.
- Active PFC (> 0.9)
- Form factor: SFX (ATX compatible via exchange frame)
-Power: 700 W
- + 3.3V: 22 A
- + 5V: 22 A
- + 3.3V & + 5V: 110 W.
- + 12V: 700 W / 58.4 A
- -12V: 0.3A
- + 5Vsb: 2.5 A
Connections (removable):
- 1x 20 + 4-pin ATX12V / EPS12V (500 mm)
- 1x 4 + 4-pin ATX12V / EPS12V (400 mm)
- 4x 6 + 2-pin PCIe (500/150 mm x2)
- 8x SATA (500/150/150/150 mm x 2)
- 3x 4-pole Molex (500/150/150 mm)
- 1x floppy (500/150/150/150 mm)
- Average duration of use: 100,000 h
Protection circuits: overcurrent protection, overload protection, overvoltage protection, short circuit protection, undervoltage protection, over temperature protection