YXHGeeek GPU Copper LED Water Review: Specs, Pros and Cons
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This yxhgeeek GPU copper LED water review focuses on a dedicated cooling solution for specific Asus RTX 30-series cards. The unit is built from high-purity T2 copper, which offers strong thermal conductivity for efficient heat transfer. It measures 9.7 inches in length and 6.2 inches in width, fitting standard card footprints. The design includes an active backplate that covers the entire PCB rear. This dual-cooling approach targets both the GPU core and the surrounding components. You get a complete loop-ready block designed for custom water cooling setups.
What stands out
- T2 high-purity copper base with 401W/MK thermal conductivity
- Active cooling backplate that covers the full PCB rear
- Jet-type micro-channel structure with 0.5mm gaps for flow
- Dimensions of 9.7 inches by 6.2 inches by 1.5 inches
Who it fits
Good fit for
You should choose this block if you own an Asus Strix or TUF RTX 3080 or 3090. The active backplate is ideal for users who want to cool VRMs and memory chips, not just the GPU core. The 0.5mm micro-channels handle colored or nano-silver liquids without clogging. This makes it a solid choice for custom loop builders who prioritize PCB protection and comprehensive thermal management on high-end Asus cards.
Who should skip it
Look elsewhere if you do not have an Asus RTX 3080 or 3090. This block is not compatible with other brands or older generations. It also requires a full custom loop, so air cooling users will find it useless. If you need a smaller footprint or a different connection style, this specific bridge module design may not fit your tubing layout. The fixed dimensions mean it will not work on cards with different PCB sizes.
Verdict: This block provides targeted cooling for specific Asus RTX 30-series cards with a focus on PCB-wide thermal management. It is a precise fit for custom loop builders who need dedicated backplate support.
Key specs explained
Material: Copper (T2 high-purity)
This block uses T2 high-purity copper with a thermal conductivity of 401 W/mK. This value is second only to silver, ensuring rapid heat absorption from the GPU die. You benefit from efficient heat exchange, which keeps core temperatures lower under load. When shopping, look for similar high-purity copper bases, as they outperform standard nickel-plated blocks in direct thermal transfer.
Jet type micro channel structure: 0.5MM gap
The internal flow channels have a narrow 0.5mm gap designed for strong passability. This large flow rate helps dissipate heat effectively while reducing the risk of clogging from color powders or nano-silver coolants. You do not need to disassemble and repair the unit for one to two years. Compare this to wider channels if you use particulate-heavy coolants.
Dimensions: 9.7 inches length, 6.2 inches width
These physical measurements ensure the block fits specific Asus RTX 3090 and RTX 3080 Ti cards. The length and width cover the necessary area of the PCB for optimal cooling. You must verify these dimensions against your specific graphics card model before purchasing. Incorrect sizing can lead to poor contact or physical interference with surrounding components in your case.
Active cooling backplate
This backplate covers the entire back of the PCB, solving high-heat issues on the rear of the card. The upper and lower mezzanine installation increases PCB strength and reduces deformation risk. You get comprehensive cooling for both the core and the back components. This is ideal for high-end cards that generate significant heat on both sides of the board.
New bridge module for series connection
The unit includes a small bridge module to connect the graphics card head and backplate water cooling heads in series. This solves space issues when two heads are installed in a limited area. The bottom inlet and top outlet design is scientifically rigorous for flow. You benefit from a compact setup that maintains cooling efficiency without requiring excessive tubing length.
Design and build details
According to the listing, the block is constructed entirely from T2 high-purity copper. This material choice provides a thermal conductivity of 401 W/mK, which is second only to silver. You get efficient heat absorption from the GPU die directly into the cold plate. The base is designed to exchange heat rapidly, which helps maintain lower core temperatures under load.
The physical dimensions are 9.7 inches in length and 6.2 inches in width. The height varies by model, offering either 1.5 inches or 1.7 inches. These measurements ensure the block fits specific Asus RTX 30-series cards, including Strix and TUF variants. The active cooling backplate covers the entire back of the PCB. This double-layer design cools both the front and back, reducing the risk of PCB deformation while managing heat across the board.
Internally, the unit features a jet-type micro-channel structure with a 0.5mm gap. This narrow passage allows for strong fluid passability, even with colored or nano-silver coolants. The design supports a large flow rate, which improves overall dissipation performance. The listing notes that the waterway is resistant to blockages from impurities, suggesting you do not need to disassemble or repair the unit for one to two years. The inlet is located at the bottom and the outlet at the top, creating a logical flow path for your loop.
Setup and everyday use
Installing this YXHGeeek block requires matching the specific Asus RTX 3090 or RTX 3080 model. You must choose between the Strix or TUF variants, as the physical fit depends on the card design. The unit measures 9.7 inches long and 6.2 inches wide. Height options are 1.5 or 1.7 inches. This variation matters for clearance within your case. The block features an active cooling backplate that covers the entire PCB rear. This design increases structural strength and reduces deformation risk. You connect the water block and backplate using a new bridge module. This small component solves space issues when running two heads in series. The flow path uses a jet-type micro channel structure. The 0.5mm gap allows strong passability for various coolants. You can use color powder or nano-silver liquids without easy clogging. The large flow rate supports good heat dissipation. Daily operation relies on this efficient water circulation. The T2 high-purity copper base conducts heat at 401 W/mK. This ensures rapid heat exchange from the GPU core. The double-layer water cooling on the backplate cools the PCB comprehensively. You do not need to disassemble the unit for repairs within one to two years. The setup is straightforward if you select the correct style option. The scientific inlet and outlet positions ensure rigorous fluid dynamics. This configuration maintains stable temperatures during heavy workloads.
Before You Buy This Block
Before you buy, verify exact compatibility. This block is designed for specific Asus RTX 3090 and RTX 3080 models. You must select the correct variant for either the Strix or TUF series. Physical dimensions are critical, as the unit measures 9.7 inches long and 6.2 inches wide. Check your card’s layout to ensure the active cooling backplate covers the entire PCB without interference. You will need compatible tubing and fittings for the bridge module connection. The micro-channel structure suggests a 0.5mm gap, so you should use clean coolant to prevent clogging. Regular maintenance involves ensuring the waterway remains clear of impurities. This copper block serves as a specialized component within a custom loop. It does not include pumps or reservoirs. You must integrate it with other cooling parts to complete the system. Consider how it fits with your existing hardware and space constraints.
Check before you buy
- Confirm compatibility with your specific Asus RTX 3090 or RTX 3080 model variant.
- Measure your graphics card to ensure the 9.7 by 6.2 inch block fits.
- Select the correct style for either Strix or TUF series cards.
- Purchase compatible tubing and fittings for the bridge module connection.
The product at a glance
YXHGeeek Asus RTX 3090/3080 Copper Block
Best for: Asus RTX 3080/3090 owners seeking copper cooling
- Lighting
- LED
- Material
- Copper
- Dimensions
- 9.7 × 6.2 × 1.5 inches
View on Amazon: YXHGeeek Asus RTX 3090/3080 Copper Block Affiliate link
This YXHGeeek copper water block is designed for Asus RTX 3090, 3080, and 3080 Ti graphics cards. It features a T2 high-purity copper base with 401 W/mK thermal conductivity and a jet-type micro-channel structure with a 0.5 mm gap to prevent clogging. The active cooling backplate covers the entire PCB to reduce deformation and improve heat dissipation. It measures 9.7 inches in length and 6.2 inches in width.
Pros
- T2 high-purity copper base with 401 W/mK thermal conductivity
- 0.5 mm micro-channel gap for high flow rate and clog resistance
- Active cooling backplate covers the entire PCB to reduce deformation
- Bridge module connects head and backplate in limited space
Cons
- Only compatible with specific Asus Strix and TUF RTX 30 series models
- Dimensions are 9.7 x 6.2 x 1.5 inches, which may not fit all cases
- No mention of included tubing or fittings for installation
Good fit if
- You own an Asus Strix or TUF RTX 3080, 3080 Ti, or 3090
- You want a copper block with high thermal conductivity for better heat transfer
- You need a backplate that reinforces the PCB and cools the backside
Skip if
- You have a non-Asus RTX 30 series graphics card
- You prefer a complete AIO loop with pre-installed tubing and fittings
- You need a block for an RTX 40 series or older RTX 20 series card
Verdict: YXHGeeek Copper GPU Water Block for Asus RTX 30 Series is a solid choice for Asus RTX 3080, 3080 Ti, and 3090 owners seeking a copper block with a reinforcing backplate. It fits users who want high thermal conductivity and PCB protection.
Specifications side by side
| Spec | YXHGeeek Asus RTX 3090/3080 Copper Block |
|---|---|
| Lighting | LED |
| Material | Copper |
| Dimensions | 9.7 × 6.2 × 1.5 inches |
Frequently asked questions
Does this YXHGeeek block fit all RTX 3080 and 3090 cards?
No, it only fits specific Asus models. You must choose between the Strix or TUF variants. The physical design differs between these lines. Verify your exact card model before purchasing. Incorrect selection will result in a poor fit or installation failure.
What are the dimensions of the YXHGeeek copper block?
The block measures 9.7 inches in length, 6.2 inches in width, and 1.5 inches in height. These dimensions ensure coverage for the targeted Asus RTX 30-series GPUs. Check your case clearance and radiator compatibility against these measurements to ensure proper installation.
Is the YXHGeeek block made of pure copper?
Yes, the block is constructed from T2 high-purity copper. This material offers a thermal conductivity of 401 W/mK, which is second only to silver. This composition ensures rapid heat absorption from the GPU die for efficient cooling performance.
Does this block include a backplate for protection?
Yes, the unit comes with a reinforcing backplate. This feature protects the PCB from physical damage and provides additional structural support. It is particularly useful for heavy graphics cards that may sag over time or require extra stability during installation.
Can I use this block with non-Asus cards?
No, this block is designed exclusively for Asus RTX 3080 and 3090 cards. It is not compatible with other brands like MSI, Gigabyte, or Zotac. You must use a block specifically designed for your manufacturer and model to ensure proper fit.
How does copper compare to nickel for GPU cooling?
Copper offers superior thermal conductivity compared to nickel plating. T2 copper conducts heat at 401 W/mK, allowing faster heat transfer from the GPU. This results in lower core temperatures. Nickel is often used for aesthetics but is less efficient at heat dissipation.
Is the YXHGeeek block suitable for extreme overclocking?
The high thermal conductivity of T2 copper makes it suitable for demanding loads. It efficiently moves heat away from the GPU die. This supports stable performance during intensive tasks or overclocking. Ensure your loop flow rate is adequate to maximize the block's potential.