The VIDA ATX-500W-WHT is a 500W fully wired ATX desktop power supply finished in white. It is designed for mainstream PC builds and provides 80 PLUS Bronze efficiency certification, Active PFC, a 120mm fluid/hydraulic-bearing cooling fan, flat white cables, dual 6+2-pin PCIe power connectors and multiple SATA/Molex connections.

The exact manufacturer part number is ATX-500W-WHT.

The Memox SKU is ATX-500W-WHT.

The EAN/UPC is 5056733100444.

The PSU is rated for 500W total output power.

It is sold and independently 80 PLUS tested as a 500W ATX power supply. System compatibility still depends on the power requirements of the CPU, graphics card and all other components.

It uses the standard ATX PSU form factor.

The published dimensions are approximately 150 x 140 x 85mm.

The published unit weight is approximately 1.43kg.

Yes. ATX-500W-WHT is the white version, intended for white or light-coloured PC builds.

Yes. VIDA and the Memox specification describe this model with flat white cables.

VIDA's manufacturer page and the Memox specification describe the ATX-500W-WHT with an ultra-quiet 120mm white fan. Some syndicated retailer descriptions contain black-fan wording that appears to be copied from the black model.

No RGB or other fan illumination is listed.

No. It is fully wired/non-modular, so all power cables are permanently attached to the PSU.

Fully wired means the motherboard, CPU, PCIe, SATA and peripheral cables are permanently connected rather than detachable.

No. Fully wired is the opposite of fully modular: none of the PSU-side cables are removable.

A fully wired PSU is simple to install, avoids PSU-side cable compatibility mistakes and can offer good value because there are no modular sockets or detachable cable sets.

Unused cables must be stored inside the case, so cable management can be less tidy than with a modular PSU.

No. The product is specifically supplied without a mains power lead.

Use a good-quality, properly rated UK IEC C13 mains lead for the PSU's standard IEC power inlet.

Usually yes if it is a standard undamaged, correctly rated IEC C13 UK mains lead. Do not use a damaged, loose or underrated cable.

The model is supplied without a mains lead, which can reduce duplicated cables for system builders and replacement-PC applications where a suitable IEC lead is already available.

Yes. Technical listings for the exact model specify a rear power switch.

No dedicated fan on/off switch is listed.

No zero-RPM or semi-passive mode is specified. Do not assume the fan stops completely at low load.

It uses one 120mm active cooling fan.

VIDA describes the fan as fluid/hydraulic bearing; technical listings also use hydro/Hypro bearing terminology.

It is a fan bearing design that uses a fluid-based bearing system to reduce friction and support smoother, quieter operation compared with basic sleeve-bearing designs.

VIDA markets it as ultra-quiet, but no exact dBA noise figure is published for this model. Actual noise depends on PSU load, case airflow, temperature and the individual unit.

Yes. PSU cooling demand can rise as electrical load and internal temperature increase.

Check that the case airflow is unobstructed, the PSU intake is not blocked by carpet or dust, and the system is not operating too close to the PSU's capacity. Persistent grinding or rattling can indicate a fan fault.

Yes. Dust can restrict airflow and increase fan workload. Clean the external PSU intake/filter regularly without opening the PSU enclosure.

No. A PSU can retain hazardous electrical charge after being unplugged. Clean external vents with the system powered down and leave internal servicing to qualified technicians.

Yes. The ATX-500W platform is independently listed as 80 PLUS Bronze.

80 PLUS Bronze is an efficiency certification. It indicates that the PSU meets specified efficiency targets at defined loads and test conditions; it is not a guarantee of gaming performance or a complete measure of PSU quality.

The independent report linked from the product page measured approximately 83.60% efficiency at 20% load under its 115V test conditions.

The linked independent report measured approximately 86.03% efficiency at 50% load under its 115V test conditions.

The linked independent report measured approximately 82.50% efficiency at 100% load under its 115V test conditions.

The linked verification report states that its measurements were taken at 115V nominal and 60Hz, so exact efficiency on UK 230V mains can differ.

No. Efficiency changes with load, input voltage, temperature and operating conditions.

No. 80 PLUS primarily certifies energy efficiency. Safety/compliance markings and electrical design are separate matters.

Technical data for the exact model lists certifications/compliance including CB, CE, FCC, UKCA, CCC and RoHS.

Active Power Factor Correction manages the PSU's AC input so current draw more closely follows the mains voltage waveform, improving power factor compared with basic passive or non-PFC designs.

Yes. Active PFC is listed for ATX-500W-WHT.

The PSU is specified for 100–240V AC input.

The published input-frequency range is 50/60Hz.

No manual voltage selector is listed; the 100–240V Active PFC input is designed for automatic wide-range operation.

Yes. It is a UK-market ATX PSU with 100–240V input support.

Electrically it supports 100–240V 50/60Hz, but use the correct local mains lead, plug, earthing and regulatory setup for the destination country.

It includes a 20+4-pin ATX motherboard power connector.

Yes. The 20+4 sections combine to form a standard 24-pin motherboard power connector.

Potentially. The detachable 4-pin section allows 20-pin ATX use where the older motherboard and overall system are otherwise compatible.

The published motherboard cable length is approximately 550mm.

The PSU provides one 4+4-pin CPU/EPS power connector.

Yes. The two 4-pin halves clip together for a standard 8-pin CPU/EPS socket.

Yes where the motherboard is specifically designed for a 4-pin ATX12V CPU connection.

The CPU/EPS cable is approximately 580mm.

Only one 4+4-pin CPU/EPS connector is specified.

Many motherboards use the primary 8-pin EPS socket for normal operation and provide an additional socket for high-power CPUs or overclocking, but requirements vary. Check the motherboard manual; if both CPU connectors are required, choose a PSU with the necessary EPS connectors.

No. PCIe GPU and CPU/EPS connectors are wired differently even though both can have eight pins. Never force one into the wrong socket.

No. Use only the labelled PCIe 6+2 connectors for graphics cards.

The PSU provides two 6+2-pin PCIe power connectors.

Yes. The 6-pin and detachable 2-pin section combine to form an 8-pin PCIe connector.

Yes. Leave the detachable 2-pin section unused when a graphics card requires a 6-pin PCIe connector.

The published PCIe power cable length is approximately 610mm.

No. Connector availability and PSU wattage are separate requirements. A GPU can physically need two 8-pin connectors while its manufacturer recommends a 650W, 750W or larger PSU.

No native 12VHPWR connector is listed.

No. It uses traditional 6+2-pin PCIe graphics connectors.

No. Technical listings identify this model with the older ATX 2.03 specification rather than ATX 3.0/3.1.

It does not provide a native modern 12VHPWR/12V-2x6 connector and should not be marketed as an ATX 3.x PCIe 5.x power supply.

An adapter cannot increase the PSU's 500W capacity or add ATX 3.x transient-performance compliance. If a graphics card requires a modern high-power connector or a PSU above 500W, use an appropriately rated modern PSU instead.

Six SATA power connectors are specified across two cable chains.

The PSU has six SATA power plugs, so it can physically power up to six compatible SATA devices if total system power and cable loading remain appropriate.

It has six SATA connectors, but multiple mechanical drives can have higher startup current than SSDs. Check overall system power and drive requirements rather than relying only on connector count.

The published wiring lists one chain with three SATA plus one Molex at about 800mm and another chain with three SATA, two Molex and one FDD connector extending to about 1000mm.

Three 4-pin peripheral/Molex connectors are specified.

Yes. One legacy FDD/floppy power connector is listed.

They can power compatible older drives, fan hubs, pumps, lighting controllers and other accessories designed for 4-pin peripheral power.

It is better to use the PSU's native PCIe 6+2 connectors. Avoid improvised adapters for a GPU, especially when the system already approaches the PSU's wattage limit.

No. Use the native PCIe connectors or choose a PSU with the correct graphics power outputs.

Use the native six SATA connectors where possible. Splitters add extra contacts and can overload a cable if too many high-draw devices are connected.

Yes indirectly. M.2 NVMe SSDs are powered through the motherboard, so they do not need a separate PSU cable.

Yes. Six SATA power connectors are provided.

Yes if the optical drive uses standard SATA power and the case has room for it.

Yes if the hub uses a compatible SATA or Molex power connection and the total load remains within specification.

Usually yes. Its approximately 150 x 140 x 85mm size is compact for an ATX PSU, but always check the case's PSU form-factor and maximum-depth specification.

Yes if the case accepts a standard ATX power supply and has at least 140mm of PSU depth plus space for the fixed cables.

Only if that Mini-ITX case specifically accepts a standard ATX PSU. Many compact cases require SFX or SFX-L instead.

No, not without a case-specific solution. This is a full-size ATX PSU, not SFX.

Yes. A 140mm-deep ATX unit is relatively compact and can leave more room for cable storage than deeper high-wattage PSUs.

If the case has a filtered bottom PSU vent, the fan is normally aimed downward to draw outside air. If there is no bottom vent, the fan may need to face into the case. Follow the case design.

Avoid blocking a downward-facing PSU intake. Use a hard surface or a stand that keeps the vent clear.

Yes. High internal temperature increases cooling demand and can stress components over time.

Yes for most conventional office systems using integrated graphics, provided the total system requirements are within 500W.

Usually yes. Integrated-graphics desktop systems normally consume far less than 500W.

Yes when paired with a CPU/GPU combination whose manufacturer power recommendation and real system load fit within a 500W PSU.

No. Many current GPUs specify 550W, 600W, 650W or higher minimum system power.

Check the graphics-card manufacturer's minimum PSU recommendation, estimate the complete system draw, account for CPU boost and GPU transient loads, and leave reasonable upgrade/headroom capacity.

No. An estimated wattage is useful, but GPU manufacturer recommendations, transient loads, PSU quality and future upgrades also matter.

That leaves very little operating or upgrade headroom. A larger PSU is preferable when the system can sustain loads close to 500W.

No. The PC draws only the power it needs. The PSU's 500W rating is its output capacity, not constant wall consumption.

No. Components draw the power they require; the PSU does not push its full rated wattage into the PC.

No PSU is 100% efficient. Some input energy becomes heat during AC-to-DC conversion.

Yes. The linked 80 PLUS test measured about 507W DC output while drawing about 615W AC under its 115V full-load test, illustrating the effect of conversion losses.

No. Efficiency depends on the PSU design and its operating load. Oversizing only for wattage does not automatically save energy.

Gold certification has higher efficiency targets, but efficiency certification alone does not describe every aspect of build quality, noise, connectors or electrical performance.

AMD lists a 350W minimum PSU recommendation for the RX 6400, so this 500W unit is above that baseline when the rest of the system is conventional and compatible.

AMD lists a 400W minimum PSU recommendation for RX 6500 XT, so a 500W PSU can be suitable when the complete build remains within specification.

AMD lists a 450W minimum PSU recommendation for RX 6600. A 500W unit can therefore fit AMD's baseline for a normal system, but check the exact graphics-card manufacturer and CPU configuration.

AMD lists 500W as the minimum PSU recommendation for RX 6600 XT. This model meets that headline minimum, but it leaves less headroom than a 550W or 650W PSU.

AMD lists a 500W minimum recommendation for RX 6650 XT. It can meet the stated baseline, but extra capacity is sensible for a high-power CPU, factory-overclocked card or future upgrades.

AMD currently recommends at least a 550W PSU for RX 7600, so this 500W unit is below AMD's official recommendation.

No according to AMD's published recommendation: RX 7600 XT calls for a 600W or greater PSU.

No according to AMD's current specification, which recommends at least 600W for RX 6700.

No. AMD recommends a 700W or greater PSU for RX 7700 XT.

No. AMD recommends a 700W or greater PSU for RX 7800 XT.

NVIDIA's current RTX 4060/4060 Ti guidance uses a 550W minimum system-power figure. This 500W PSU is therefore below NVIDIA's official baseline, even though individual low-power builds may consume less.

NVIDIA lists 550W minimum system power for the RTX 4060 Ti/4060 family guidance, so use a 550W or higher suitable PSU rather than this 500W model.

NVIDIA's reference RTX 3060 guidance lists 550W required system power, so a 500W PSU is below the official baseline.

NVIDIA lists 550W required system power for the RTX 5050 reference specification, so this 500W model is below that recommendation.

NVIDIA lists 550W required system power for RTX 5060, so a 500W PSU is below the reference recommendation.

NVIDIA lists 600W required system power for RTX 5060 Ti, so choose a larger PSU.

No. Those high-end GPUs require substantially more system power and modern connector/transient capability than this 500W ATX 2.x PSU is intended to provide.

No. Connector count does not replace the GPU manufacturer's minimum PSU recommendation.

No. You must still check total wattage, system power recommendation, cable topology and transient requirements.

Usually yes if the total system power stays within 500W, because slot-powered GPUs place much less demand on PSU auxiliary connectors.

Yes where the complete system requirements and GPU manufacturer recommendation fit within 500W and the required connectors are available.

Light tuning on a modest-power system may be possible, but overclocking increases power demand. For substantial CPU/GPU overclocking, choose a PSU with more headroom.

Generally no. A high-power Core i9 plus a modern high-end GPU is better matched to a substantially larger, modern PSU.

Yes for typical Ryzen 5 integrated-graphics or low-power configurations when motherboard and connector requirements are compatible.

It can be: AMD's RX 6600 minimum PSU recommendation is 450W. Check the exact CPU, GPU model and complete system load.

Potentially. Check the GPU's official PSU recommendation and the CPU's real boost power rather than relying only on the 'i5' name.

No. Modern CPUs can boost above their nominal TDP/base-power figures depending on platform settings, so PSU planning should consider real maximum load.

Yes. Short power spikes can trigger protection or instability in a system with too little PSU headroom.

A game increases CPU/GPU load. Possible causes include inadequate PSU capacity, loose GPU power plugs, overheating, unstable overclocking or another hardware fault.

No. It can also be caused by GPU drivers, CPU/GPU overheating, RAM instability, motherboard issues or overclocking. Check power connections and system diagnostics methodically.

Check the rear PSU switch, mains lead, wall socket, 24-pin motherboard connector, 4+4 CPU power connector and the case power-switch/front-panel connection.

Possible causes include missing CPU EPS power, missing GPU PCIe power, RAM seating, GPU seating, monitor connection or motherboard/BIOS issues.

The board may show lights or fans but usually will not complete normal CPU startup/POST.

A graphics card that requires auxiliary power may refuse to boot, display a warning or produce no video.

It should be fully seated with the retention latch engaged. Partially seated ATX connectors can cause intermittent or no power.

Seat it fully until the retention latch engages.

No. ATX, EPS, PCIe and SATA connectors are keyed. If it does not fit with normal pressure, verify that you are using the correct cable and orientation.

Yes. A proper ATX PSU tester can confirm basic rail presence, although a simple tester does not reproduce full system load or dynamic transient conditions.

No. It only checks that the PSU can start under minimal conditions. It does not prove stable voltage or performance under load and should only be attempted by someone who understands the safety risks.

Yes if you are competent with electrical measurement and know the ATX pinout, but a loaded system test and professional diagnostic equipment provide more meaningful results.

Not completely. Software sensor readings are useful indicators but are not a substitute for proper electrical testing.

Possible causes include short circuits, wrong CPU/GPU cabling, motherboard standoffs, faulty components or PSU protection activation.

Switch off immediately, disconnect mains power and stop using the unit. Do not reopen or repeatedly test a PSU showing signs of electrical damage.

Disconnect power immediately and do not reuse it. Inspect the mains outlet and connected equipment safely and seek professional support.

Electrical components can sometimes produce high-frequency noise under certain loads. Mild coil noise does not always indicate failure, but a new unusually loud unit should be checked.

Yes. Electrical load patterns can change with GPU workload, so audible frequency can vary.

No. Do not open a PSU. If noise is excessive, troubleshoot system load and seek warranty support.

Potentially, but USB disconnects have many other causes. Investigate motherboard drivers, devices and power management as well.

Unexpected shutdowns during writes can corrupt data. A PSU fault can therefore indirectly cause file-system problems.

It can, but black screens can also be caused by drivers, GPU faults, cabling, overheating or monitor issues.

Power instability can contribute to crashes, but BSODs have many possible causes.

Yes on the component side if they are good-quality ATX/EPS/PCIe extensions with the correct pinout and current rating. Extensions add another connection point, so use them carefully.

No. The PSU already uses flat white cables. Extensions are optional for aesthetics or extra reach.

No. The cables are permanently wired into this non-modular PSU.

No. Tie and store unused cables safely inside the case; do not cut or modify PSU wiring.

Fold and secure unused cables in the PSU shroud or rear cable-management area without sharply pinching them.

They can if overtightened. Use moderate tension and avoid crushing or sharply bending wires.

They can be easier to stack behind the motherboard tray and can help create a cleaner white-themed build.

Avoid very tight folds close to connectors. Use gradual bends to reduce strain on wires and terminals.

It is suitable for many ATX and Micro-ATX cases, but very large full-tower cases can require extensions depending on routing.

It is adequate for many mid-towers, but large cases with long behind-the-tray routing may need a quality EPS extension.

Yes if it is a correctly wired, suitably rated CPU/EPS extension.

Yes. The white casing, fan and flat white cables are key reasons to choose this model.

Usually yes, especially the 24-pin, CPU and GPU power cables, making the unit well suited to white-themed builds.

The exact ATX-500W-WHT specification describes white flat cables. Some syndicated listings reuse black-model wording and should not override the exact white-model information.

Yes for most gaming PCs. Six SATA power plugs provide substantial capacity for SSDs, HDDs, fan hubs and lighting accessories.

It provides two 6+2-pin PCIe plugs. Whether the PSU itself is suitable depends on the graphics card's official power recommendation.

This is not intended as a modern multi-GPU high-power PSU. Two PCIe connectors do not imply sufficient wattage for two discrete GPUs.

A 500W consumer ATX PSU is not the right choice for a multi-GPU mining rig. Continuous heavy load and connector count must be assessed conservatively.

Yes for a modest server whose CPU, drives and add-in cards fit comfortably within 500W.

Yes for a DIY NAS with standard ATX PSU support and a sensible number of drives, while accounting for HDD startup current.

Yes. The 500W capacity is more than enough for many mainstream media PCs.

Yes for a mainstream workstation with modest GPU requirements.

Most PCIe capture cards receive power through the motherboard and add relatively modest load, so they can be used when the total system remains within capacity.

Yes. Sound cards normally draw modest power through the PCIe slot.

Yes. PCIe Wi-Fi cards draw only a small amount of system power.

Yes. Case fans are low-power devices, but include fan hubs and RGB accessories in the total system load.

Yes if the pump/fan connections use compatible motherboard/SATA power and the total system remains within the PSU rating.

Potentially. Check the pump's power connector and current requirement, and include it in total system load.

An AIO usually adds only a modest pump/fan load, but total system requirements should still be considered.

Yes if the UPS has sufficient real watt capacity, suitable waveform/output quality and a compatible mains socket for the PC load.

Active PFC PC power supplies generally work best with a UPS designed for modern computer loads; pure sine-wave UPS output provides the broadest compatibility.

Potentially if the generator supplies stable voltage/frequency and correct earthing. Poor generator power quality can cause Active PFC or PC stability problems.

Use a good-quality properly rated extension if necessary, avoid overloading it and ensure correct earthing. A direct wall connection is preferable where practical.

Avoid daisy-chaining power strips and extensions because it increases connection and overload risk.

Do not rely on a PC PSU alone for lightning protection. Use appropriate building surge protection and unplug equipment during severe electrical events where practical.

No. The PSU powers the computer; a surge-protection system and UPS provide different layers of power protection.

Some exact-model retail listings describe protections such as over-voltage, overload/over-power and short-circuit protection, but VIDA's publicly indexed product summary does not provide a full protection table. For purchase-critical protection requirements, use the manufacturer's current documentation.

Protection acronyms vary by model and revision. It is safer to publish only protections that can be confirmed for the exact ATX-500W-WHT hardware.

ATX 2.03 is an older ATX power-supply design-generation specification. It predates the ATX 3.x requirements created for newer high-power PCIe graphics systems.

No. Standard 24-pin ATX, 4+4 EPS and 6+2 PCIe connectors remain widely used. It simply means buyers should not assume modern ATX 3.x transient or 12V-2x6 support.

Choose ATX 3.1 when your GPU or system calls for a modern 12V-2x6/PCIe 5.x connection, higher transient capability or substantially more than 500W.

No. It is best viewed as a value 500W PSU for mainstream builds. A 650W–850W or higher modern ATX 3.x PSU provides much more upgrade flexibility.

Yes only if the new GPU's system-power recommendation and connectors remain within this PSU's capabilities.

Usually not. Buying enough capacity and the correct modern connector standard now can avoid replacing the PSU again.

Choose the 500W model for lower-power mainstream builds and the Heracles 750W White when you need significantly more wattage headroom for gaming GPUs, upgrades or higher-power CPUs.

Both suit white builds, but the 500W model uses a 120mm fan and compact 500W platform, while the Heracles 750W White is a higher-capacity gaming-oriented unit with a larger 140mm-class fan.

The 850W ATX 3.1 model is the more appropriate choice for modern high-power GPUs and newer PCIe power requirements. The 500W model is aimed at lower-power systems.

The 80 PLUS Bronze certification provides independent efficiency verification, which a non-certified unit may not have.

Choose 550W when the graphics-card maker specifies 550W or when you want extra headroom. Choose 500W for systems whose official requirements comfortably fit within 500W.

A 650W PSU is better for higher-power GPUs, more demanding CPUs and future upgrades, even when the current system could technically operate on 500W.

A comparable Gold PSU targets higher energy efficiency. Other differences can include warranty, acoustics, protection design, modular cabling and platform quality.

It can be, because higher conversion efficiency reduces wasted energy as heat. Actual savings depend on PC load, usage hours and electricity price.

Wattage rating alone does not determine consumption. Your PC draws what it needs; efficiency at the actual operating load is what affects conversion losses.

Do not assume that total rated wattage and +12V capacity are identical unless the rail table for the exact unit confirms it. For GPU-critical sizing, use the exact label/manufacturer electrical specification.

Modern CPUs and graphics cards draw most of their power from +12V, so total PSU wattage alone does not tell the full story.

Yes: volts multiplied by amps equals watts. Use only the exact rail current printed on the PSU label or verified documentation.

Use the physical PSU label or authoritative exact-model documentation when rail capacity is purchase-critical, because reseller databases can contain errors.

Yes. The unused PCIe connectors can simply be tied away.

Yes. Unused fixed connectors do not need to be connected to anything.

They are insulated, but secure them so they cannot interfere with fans or become damaged.

If there is no ventilated bottom intake, facing the fan into the case is usually appropriate. Follow the case manual.

Usually yes, so the PSU can draw cool outside air through the filter.

Inspect it regularly; dusty rooms or homes with pets may need cleaning every few weeks or months.

Severe airflow restriction can increase temperature and contribute to thermal instability.

No. Disconnect the mains cable before installing or changing PC components.

Yes. Shut the PC down, turn the PSU off, unplug the mains lead and allow the system to discharge before changing components.

Yes. Internal capacitors can retain hazardous voltage, which is why the PSU enclosure should not be opened.

Internal PSU repair is not recommended unless you are qualified to work safely on mains-powered switch-mode power supplies.

VIDA's manufacturer information and the Memox product page list a 2-year warranty for this model.

Yes. Keep the invoice/order details and model number for any warranty claim.

It can. Do not cut, splice or internally modify the PSU or its fixed wiring.

Do not paint vents, labels or the internal unit. Paint can block airflow, hide safety information and affect warranty.

No. Keep all vents clear.

The mounting orientation depends on case ventilation; the fan must have clear access to air and the screw holes must align correctly.

The currently indexed public specification does not clearly confirm the accessory screw pack, so use appropriate standard PSU screws supplied with the case or package.

Retail packaging normally provides product documentation, but exact package contents beyond the PSU should be checked if a manual is important to your build.

For a standard compatible ATX system, connect the 24-pin motherboard lead, CPU 4+4 EPS, any required GPU PCIe leads and storage/accessory power, then connect a suitable mains lead.

Mount the PSU securely, route the fixed cables, connect the motherboard 24-pin and CPU EPS, connect GPU PCIe power if required, then SATA/Molex accessories. Recheck every connector before applying mains power.

Either order can work, but in tight cases it can be easier to route the PCIe lead before the GPU blocks access.

Yes. In many cases the top EPS connector becomes difficult to reach after a radiator is installed.

Yes in most mainstream builds because M.2 SSDs and fans are relatively low-power; the CPU/GPU are usually the dominant loads.

Potentially, but mechanical-drive startup current plus GPU/CPU demand must be included in the total power calculation.

Yes. Mechanical hard drives draw extra current during spin-up, which matters more in multi-drive systems.

It is rarely needed for modern PCs but can power some legacy accessories and older devices.

No. It is permanently attached as part of the fixed cable harness; simply secure it out of the way.

That is normally a motherboard CMOS-battery issue rather than an ATX PSU problem.

Recheck the rear PSU switch, IEC mains lead, wall socket, motherboard 24-pin, CPU EPS connection and case front-panel power switch.

Check that the correct 6+2 PCIe plug is fully inserted and that the GPU's official PSU requirements are met.

The new GPU may exceed the PSU's capacity/recommendation, require additional connectors or create transient loads the previous GPU did not.

Undervolting can reduce power use, but it should not be used to ignore the GPU manufacturer's minimum PSU recommendation for a new build.

It can reduce demand, but recurring shutdowns indicate the power system should be sized and diagnosed properly.

No. The connectors may physically fit, but the PSU would be far below the recommended power capacity.

Yes for many efficient esports builds using lower-power CPUs and GPUs, provided the exact GPU recommendation fits.

Game names do not determine PSU size; the installed CPU and GPU do. A modest-power system for those games can be suitable.

Yes for a modest editing workstation, but high-end CPUs and GPUs used for rendering may require a larger PSU.

Yes for most mainstream photo-editing systems.

Yes for standard desktop builds whose component requirements fit within 500W.

Yes. It is a practical fit for many ATX office desktops and replacement builds.

Yes if the old system uses standard ATX motherboard/CPU power connections and the case accepts an ATX PSU.

Usually yes if the physical size and connectors are compatible. The PC will only draw the power it requires.

Yes where the ATX form factor and required connectors match.

Only if the complete system's requirements are genuinely within 500W. Do not downgrade below the GPU or system manufacturer's PSU recommendation.

Only if the PC uses standard ATX mounting and standard 24-pin/EPS electrical connectors. Many OEM desktops use proprietary shapes or pinouts.

Adapters exist for some systems, but using the wrong pinout can damage hardware. Verify the exact OEM motherboard and adapter before use.

Yes if the chassis, motherboard and graphics card use standard ATX connectors and the power requirement fits within 500W.

No meaningful performance difference should be expected from the casing colour alone.

Fan colour has no inherent effect on airflow. Fan design, speed and bearing are what matter.

A 120mm fan is a common cooling solution for compact ATX PSUs and is the design used on this unit.

Higher-capacity platforms can use larger chassis/fan designs. The 500W ATX unit is more compact and uses a 120mm fan.

No. A standard ATX PSU has no operating-system driver requirement.

Not normally. This unit does not provide USB/digital PSU telemetry.

No digital fan-control interface is listed.

No. The PSU manages its own internal cooling.

No PSU USB monitoring interface is specified.

Most motherboards cannot read total PSU wattage from a conventional analog ATX PSU. You can use a wall power meter to estimate AC input.

It helps measure AC input during real workloads, but remember PSU efficiency and short transient spikes when interpreting the result.

No. Wall input includes conversion losses, so the DC output to components is lower than the AC input.

Yes. Extra headroom can accommodate future GPUs, CPUs, drives and transient loads.

It is best for budget and mainstream ATX builds, white-themed PCs, office/home desktops, integrated-graphics systems and lower-power gaming PCs whose official component requirements fit within 500W.

It is not ideal for current high-end gaming GPUs, systems whose GPU maker specifies 550W or more, ATX 3.x/12V-2x6 requirements, heavy overclocking or users who want modular cables.

Key advantages are 500W output, independently verified 80 PLUS Bronze efficiency, Active PFC, a compact ATX size, dual 6+2-pin PCIe connectors, six SATA plugs, three Molex plugs, white flat cabling and a 2-year warranty.

The main limitations are its 500W capacity, non-modular fixed cables, no native 12VHPWR/12V-2x6 connector, older ATX 2.x positioning and no included mains lead.

Check your case accepts ATX PSUs, your graphics-card manufacturer's minimum PSU recommendation, CPU/motherboard EPS requirements, required PCIe connectors, total power demand and whether you already have a suitable IEC C13 mains lead.

Follow the GPU manufacturer's system-power recommendation, not just the number of PCIe plugs on the PSU.

Never interchange the 4+4-pin CPU/EPS connector with a 6+2-pin PCIe GPU connector.

Disconnect mains power before installation, fully seat the 24-pin/EPS/GPU connectors and never open the PSU enclosure.

A mains cable is not included, so make sure you have a good-quality correctly rated UK IEC C13 lead before installation.

80 PLUS Bronze is an efficiency certification, not a guarantee that 500W is enough for every graphics card or that every aspect of PSU quality is identical to another Bronze model.

Choose the VIDA ATX-500W-WHT for a standard ATX system that comfortably fits within 500W and uses traditional 24-pin/EPS/PCIe connectors; choose a higher-wattage ATX 3.x PSU for newer high-power GPUs or future upgrades.