Thermal Grizzly WireView GPU - 1x12 VHPWR Reversed- GPU Power Consumption Measuring Device - PCIe Power Connector - Real Time Direct Monitoring - Made in Germany

Die Qualität die man bezahlt bekommt man auch. Sehr gute Passgenauigkeit an beiden Steckern. Fühlt sich schon wertig an (Metallhülle). Tut was es soll. Nützlich und Stylepunkte bringt es auch. Besonders hat man nicht mehr das Problem mit den abgeknickten oder nicht richtig aufgesteckten Kabeln.

Fantastic product, looks awesome and gives realtime monitoring of your GPU

Top demais produto excelente

Choisi pour faire un passage de câble parallèle avec la carte graphique sans courber les câbles d'alimentation, j'ai fait le bon choix. De bonne qualité et bien fini, il s'intègre très bien dans mon boitier. Il affiche la consommation de la carte graphique un info intéressant.

Before I picked this up, I reached out to Thermal Grizzly, and they were super helpful. The RTX 5090 is still relatively new, and since I’m running the ASUS ROG Astral GeForce RTX 5090 32GB GDDR7 OC Edition, I wanted to be absolutely certain I was ordering the correct version. Correct version, you ask? That’s where things get tricky. Over the past few GPU generations, we’ve seen multiple shifts in power delivery design—especially with high-wattage cards like the 30-, 40-, and now 50-series. Add to that the evolution from legacy ATX PSUs with multiple PCIe cables to modern ATX 3.1 units with native 1x12VHPWR connectors, and it becomes easy to misorder the wrong adapter or cable. You may remember the cable-melting headlines from the 30- and 40-series era. Some of those issues stemmed from poor cable design, others from user-side cable strain or incorrect seating. In response, NVIDIA and PSU makers quietly introduced tweaks to connector pinouts, latch placement, and sense pin behavior—meaning today we have a small but confusing variety of power cable types and alignments. Thankfully, the Thermal Grizzly team sent over a full technical diagram and confirmed which model I needed. I ended up going with the WireView 1x12VHPWR Reversed, which fits my card and case layout perfectly. Now—let’s be honest—the clean 180-degree “U” bend the WireView introduces is fantastic, especially if you’re working with a tight case layout or want to eliminate stress on the cable. But that’s really just a bonus. The real reason to buy this product is the integrated power usage display, and it absolutely delivers. The built-in screen is crisp and easy to read, and offers several useful modes depending on what kind of data you want to monitor. There’s a basic "Display Power" mode that shows current power draw in watts. "Display Details" expands this to include real-time voltage and current in volts and amps. "Display Stats" gives you the minimum and maximum wattage values observed, and "Display Energy" shows your average consumption (AVG W) along with total cumulative energy use (E). In my case, I just leave it in standard wattage mode, where it consistently shows usage just under the rated 600W during heavy testing—exactly what I’d expect from a high-end card like the Astral 5090. When I’m not running stress tests or benchmarking, it idles comfortably around 25 to 30 watts. It's a simple but powerful tool for confirming that your GPU is drawing what it should, and nothing more. Even though I have plenty of clearance inside my chassis, the safe bend this adapter introduces still gives me peace of mind. And if you’re building in tighter spaces, it could be the difference between a clean install and a messy or even dangerous one. Just make sure you double-check compatibility before ordering. WireView comes in several flavors depending on your PSU (native vs. adapter cables), GPU orientation, and connector style. In my case, I have a native ATX 3.1 PSU with built-in 12VHPWR cables that include security features like yellow tip indicators to confirm full seating. The "Reversed" in this context means the latch is on the top and the sense pins are on the bottom, which aligns perfectly with how my 5090 is oriented. But not all cards are the same—some will need the standard (non-reversed) layout. If your GPU is a generation or two behind, or if you're using adapter cables instead of native ones, be sure to cross-reference everything carefully. Now onto build quality: this thing feels premium. The WireView came in a resealable foil pouch, and inside that was a small presentation box that honestly gave me "high-end ring box" vibes. Inside, the connector was securely cushioned and looked and felt more substantial than I expected. There’s a clear emphasis on durability and precision engineering here—this is not a budget-tier throwaway adapter. One concern I had going in was compatibility with my card’s power detection circuit. The WireView uses what looks like just two wide contact blades to interface with the GPU. It’s a clever design, but I was wary it might confuse the Astral’s power sensing logic. I’m happy to report it worked flawlessly: the sense pins engaged, and GPU Tweak III confirmed everything was good with a big green check mark next to 12VHPWR status. To put it to the test, I ran a FurMark 2 stress benchmark to simulate sustained GPU load, and monitored the connector using a FLIR thermal camera. After a prolonged high-wattage run, the WireView reached a peak of just 31.2°C (about 88°F). With an ambient room temperature of 72°F, that’s a modest and completely safe delta—solid evidence that the connector handles thermal load efficiently and without issue. There were no signs of thermal stress or localized hot spots, and the FLIR image confirms stable heat distribution across the connector housing. Bottom line? This is a solid, thoughtfully designed adapter that solves a very real problem cleanly and elegantly. If you’re building with a modern GPU and want real-time power monitoring plus cleaner cable routing, this is absolutely worth it. Just make sure you order the right version for your specific setup—once you do, it’s smooth sailing. One very important note: all modern GPU power connectors—regardless of brand or adapter—are susceptible to improper seating. It is absolutely critical that you install both ends of this adapter correctly: the adapter to the GPU, and the adapter to your PSU cable (or directly to the PSU if you're using a native ATX 3.1 cable). Improper seating is one of the most common causes of failure, and can result in anything from flaky behavior to a literal cable melt-down. Double-check your work. Make sure there are no visible gaps between the connectors. Use a flashlight if needed. This isn’t just for WireView—it applies to all modern 12VHPWR GPU-to-PSU cabling, and it matters.