THERMAL GRIZZLY TG-WV-P-H1R - WireView Pro GPU 1x12VHPWR reversed
82.26 EUR
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The WireView Pro GPU is a further advancement of the device for measuring the power consumption of graphics cards. Developed in collaboration with Jon ''elmor'' Sandström, the WireView Pro GPU connects to the graphics card's 12VHPWR power connector and connects to the power supply unit via the power cable. An OLED display shows the power consumption data. The Pro version has been extended to include plug detection and temperature sensors. A buzzer has also been added, which emits an acoustic warning signal if the adjustable limit value for temperature and current is exceeded, or if the cable is not connected correctly or a cable with the wrong specifications is connected.
EAN: 4260711991066
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
The WireView Pro GPU is a further advancement of the device for measuring the power consumption of graphics cards. Developed in collaboration with Jon ''elmor'' Sandström, the WireView Pro GPU connects to the graphics card's 12VHPWR power connector and connects to the power supply unit via the power cable. An OLED display shows the power consumption data. The Pro version has been extended to include plug detection and temperature sensors. A buzzer has also been added, which emits an acoustic warning signal if the adjustable limit value for temperature and current is exceeded, or if the cable is not connected correctly or a cable with the wrong specifications is connected.
- OLED display
- Power consumption measurement
- Power consumption recording
- Internal temperature sensors at the power connections
- External temperature sensors
- PIN detection for the sensor pin connectors
- Alarm function
- Optimised cable routing
EAN: 4260711991066
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products
The 90° version of the WireView Pro GPU fulfils the function of a 90° adapter in which the connection cable from the power supply unit (when installing the GPU horizontally) is routed downwards towards the bottom of the housing. The previous versions are U-shaped adapters in which the cable from the mains plug runs over the backplate of the GPU.
At the same time, the WireView GPU performs a cable management function, as its ''U'' shape allows optimised cable routing. The PCIe power cables are connected to the WireView GPU in such a way that they can be routed neatly over the backplate of the graphics card. This prevents cable bulges when laying the power cables and simplifies cable management.
- Power consumption measurement
- Power consumption recording
- Optimised cable routing
- Simple assembly
- High level of compatibility
At the same time, the WireView GPU performs a cable management function, as its ''U'' shape allows optimised cable routing. The PCIe power cables are connected to the WireView GPU in such a way that they can be routed neatly over the backplate of the graphics card. This prevents cable bulges when laying the power cables and simplifies cable management.
- Power consumption measurement
- Power consumption recording
- Optimised cable routing
- Simple assembly
- High level of compatibility
At the same time, the WireView GPU performs a cable management function, as its ''U'' shape allows optimised cable routing. The PCIe power cables are connected to the WireView GPU in such a way that they can be routed neatly over the backplate of the graphics card. This prevents cable bulges when laying the power cables and simplifies cable management.
- Power consumption measurement
- Power consumption recording
- Optimised cable routing
- Simple assembly
- High level of compatibility
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Very good thermal conductivity
- High compressibility
- Easy to use
- Electrically non-conductive
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Good thermal conductivity
- Lower compressibility
- Easy to use
- Electrically non-conductive
- Outstanding price-performance ratio
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Very good thermal conductivity
- High compressibility
- Easy to use
- Electrically non-conductive
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Good thermal conductivity
- Lower compressibility
- Easy to use
- Electrically non-conductive
- Outstanding price-performance ratio
Kapton Insulation Sheet is supplied in packs of 10 sheets, each containing 5 Kapton adhesive strips. Each individual adhesive strip is 10 mm wide and 60 mm long, with a thickness of 40 µm. It is recommended that the contact surface to which the insulation sheet is adhered be thoroughly cleaned (e.g. isopropanol).
Brief information:
- 50 adhesive strips 10x60 mm
- Thickness of 40 µm
- Electrically insulating
- Max. temp: 280°C
- Breakdown voltage: over 1 kV
- Clean the adhesive surface beforehand!
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Good thermal conductivity
- Lower compressibility
- Easy to use
- Electrically non-conductive
- Outstanding price-performance ratio
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Good thermal conductivity
- Lower compressibility
- Easy to use
- Electrically non-conductive
- Outstanding price-performance ratio
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Very good thermal conductivity
- High compressibility
- Easy to use
- Electrically non-conductive
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Good thermal conductivity
- Lower compressibility
- Easy to use
- Electrically non-conductive
- Outstanding price-performance ratio
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Very good thermal conductivity
- High compressibility
- Easy to use
- Electrically non-conductive
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Very good thermal conductivity
- High compressibility
- Easy to use
- Electrically non-conductive
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Very good thermal conductivity
- High compressibility
- Easy to use
- Electrically non-conductive
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Very good thermal conductivity
- High compressibility
- Easy to use
- Electrically non-conductive
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Very good thermal conductivity
- High compressibility
- Easy to use
- Electrically non-conductive
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Good thermal conductivity
- Lower compressibility
- Easy to use
- Electrically non-conductive
- Outstanding price-performance ratio
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Good thermal conductivity
- Lower compressibility
- Easy to use
- Electrically non-conductive
- Outstanding price-performance ratio
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Very good thermal conductivity
- High compressibility
- Easy to use
- Electrically non-conductive
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Good thermal conductivity
- Lower compressibility
- Easy to use
- Electrically non-conductive
- Outstanding price-performance ratio
The thermal pads are suitable for SSDs, graphics card coolers, GPU water coolers and electronic components such as voltage converters and RAM chips.
- Good thermal conductivity
- Lower compressibility
- Easy to use
- Electrically non-conductive
- Outstanding price-performance ratio
- OLED display
- Power consumption measurement
- Power consumption recording
- Internal temperature sensors at the power connections
- External temperature sensors
- PIN detection for the sensor pin connectors
- Alarm function
- Optimised cable routing
At the same time, the WireView GPU performs a cable management function, as its ''U'' shape allows optimised cable routing. The PCIe power cables are connected to the WireView GPU in such a way that they can be routed neatly over the backplate of the graphics card. This prevents cable bulges when laying the power cables and simplifies cable management.
- Power consumption measurement
- Power consumption recording
- Optimised cable routing
- Simple assembly
- High level of compatibility
At the same time, the WireView GPU performs a cable management function, as its ''U'' shape allows optimised cable routing. The PCIe power cables are connected to the WireView GPU in such a way that they can be routed neatly over the backplate of the graphics card. This prevents cable bulges when laying the power cables and simplifies cable management.
- Power consumption measurement
- Power consumption recording
- Optimised cable routing
- Simple assembly
- High level of compatibility
At the same time, the WireView GPU performs a cable management function, as its ''U'' shape allows optimised cable routing. The PCIe power cables are connected to the WireView GPU in such a way that they can be routed neatly over the backplate of the graphics card. This prevents cable bulges when laying the power cables and simplifies cable management.
- Power consumption measurement
- Power consumption recording
- Optimised cable routing
- Simple assembly
- High level of compatibility
At the same time, the WireView GPU performs a cable management function, as its ''U'' shape allows optimised cable routing. The PCIe power cables are connected to the WireView GPU in such a way that they can be routed neatly over the backplate of the graphics card. This prevents cable bulges when laying the power cables and simplifies cable management.
- Power consumption measurement
- Power consumption recording
- Optimised cable routing
- Simple assembly
- High level of compatibility
At the same time, the WireView GPU performs a cable management function, as its ''U'' shape allows optimised cable routing. The PCIe power cables are connected to the WireView GPU in such a way that they can be routed neatly over the backplate of the graphics card. This prevents cable bulges when laying the power cables and simplifies cable management.
- Power consumption measurement
- Power consumption recording
- Optimised cable routing
- Simple assembly
- High level of compatibility
At the same time, the WireView GPU performs a cable management function, as its ''U'' shape allows optimised cable routing. The PCIe power cables are connected to the WireView GPU in such a way that they can be routed neatly over the backplate of the graphics card. This prevents cable bulges when laying the power cables and simplifies cable management.
- Power consumption measurement
- Power consumption recording
- Optimised cable routing
- Simple assembly
- High level of compatibility
