BVIVDMIWF 2U LGA4677 4th & or BVIVDMIWF LGA4189 2U Active Cooler? Which BVIVDMIWF Model to Buy
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You are looking at the bvivdmiwf 2u lga4677 4th vs lga4189 2u active CPU cooler. Both units are 2U server heatsinks from BVIVDMIWF. They both use five copper heat pipes. They both support PWM fan control. The main difference is the socket. One fits LGA4677. The other fits LGA4189. You must match the cooler to your motherboard socket. You also need to check your TDP needs.
Key differences
| Aspect | BVIVDMIWF 2U LGA4677 5-Heatpipe Cooler | BVIVDMIWF LGA4189 2U Active Cooler |
|---|---|---|
| Socket Compatibility | LGA4677 | LGA4189 |
| TDP Rating | 400W | 300W |
| Color | Silver | Black |
| System Type | Server | Server |
| Fan Type | High-Speed PWM | 6025MM PWM Double Ball Fan |
Which one should you choose?
Choose BVIVDMIWF 2U LGA4677 5-Heatpipe Cooler if
- You use an LGA4677 socket motherboard.
- Your CPU has a TDP up to 400W.
- You prefer a silver heatsink finish.
Choose BVIVDMIWF LGA4189 2U Active Cooler if
- You use an LGA4189 socket motherboard.
- Your CPU has a TDP up to 300W.
- You want a double ball bearing fan.
Verdict: Choose the LGA4677 model if your server uses that specific socket and requires higher thermal capacity. Choose the LGA4189 model if your platform uses that socket. The socket match is the only critical factor for installation.
Socket and TDP Comparison
Socket Compatibility
The BVIVDMIWF 2U LGA4677 5-Heatpipe Cooler is designed specifically for the LGA4677 socket, supporting 4th and 5th generation processors. It includes the E1A bracket for installation. The BVIVDMIWF LGA4189 2U Active Cooler targets the LGA4189 platform. It comes with a standard bracket option. You must choose the model that matches your server motherboard socket. They are not cross-compatible. Selecting the wrong socket version will prevent proper mounting. This is the most critical decision before purchase. Check your CPU socket type carefully to ensure the cooler fits your hardware requirements.
TDP Rating
Thermal design power ratings differ between the two units. The LGA4677 model handles up to 400W of heat dissipation. It uses five heat pipes to manage this higher load. The LGA4189 model supports up to 300W TDP. It also uses five copper heat pipes for cooling. The 4677 cooler offers a higher thermal ceiling. This makes it suitable for more power-hungry processors. The 4189 cooler is sufficient for lower power targets. You should match the TDP rating to your CPU's maximum heat output. Higher TDP support provides more thermal headroom.
Fan Specification
Fan details vary in the provided data. The LGA4189 cooler explicitly lists a 6025mm PWM double ball fan. This indicates a specific fan size and bearing type. The LGA4677 cooler mentions high-speed PWM control but does not specify the fan dimensions or bearing type in the key specs. Both units utilize PWM for speed adjustment. The 6025mm fan in the 4189 model is a standard small form factor size. You may need to verify the fan details for the 4677 model separately. The 4189 model provides more explicit fan hardware information.
Color Options
Visual appearance differs between the two heatsinks. The LGA4677 cooler is available in silver. This color is common for server components. The LGA4189 cooler is listed in black. Both colors are practical for server racks. The silver finish on the 4677 model may blend with standard aluminum server chassis. The black finish on the 4189 model offers a different aesthetic. This choice does not affect cooling performance. You can select based on your preference for the server interior look. Both options are standard and professional.
System Type
Both coolers are built for server environments. They share a 2U form factor. This height is standard for rack-mounted servers. The LGA4677 model is labeled as a server heatsink. The LGA4189 model is also an active CPU cooler for servers. They are not designed for desktop PC cases. You need a server chassis with 2U clearance. Both units require specific mounting brackets for their respective sockets. The 4677 model includes the E1A bracket. The 4189 model offers bracket or no bracket options. Both fit the same physical space constraints.
Choose Your BVIVDMIWF Model
Owner of LGA4677 server hardware
This cooler is built for the LGA4677 socket, supporting 4th and 5th generation processors. It handles up to 400W TDP, offering higher thermal capacity for demanding workloads. The silver finish and E1A bracket ensure proper fit. You need this exact socket match to install it correctly in your existing server chassis.
User with LGA4189 platform
This unit targets the LGA4189 platform specifically. It supports up to 300W TDP, which is sufficient for many enterprise workloads. The black finish and double ball fan provide reliable active cooling. You must choose this model to ensure the mounting bracket aligns with your motherboard socket type.
Seeking maximum thermal headroom
If your processor draws near 400W, this LGA4677 model provides the necessary rating. It shares the same five heat pipe design but offers a higher TDP ceiling. The 2U form factor fits standard rack servers. You get the best thermal performance for high-power CPUs within the compatible socket ecosystem.
The products compared
BVIVDMIWF 2U LGA4677 5-Heatpipe Cooler
Best for: 2U server builds with LGA4677 CPUs
- Socket Compatibility
- LGA4677
- Heat Pipes
- 5
- TDP Rating
- 400W
- System Type
- Server
- Server Height
- 2U
View on Amazon: BVIVDMIWF 2U LGA4677 5-Heatpipe Cooler Affiliate link
This BVIVDMIWF cooler is built for 2U server chassis and supports LGA4677 sockets. It uses five copper heat pipes and handles up to 400W TDP. The unit includes the E1A bracket for installation. You need this if you run high-heat 4th or 5th gen processors. The silver finish is standard for server hardware. It fits specific rack-mounted systems requiring active cooling.
Pros
- Supports LGA4677 socket compatibility
- 5 copper heat pipes for heat transfer
- 400W TDP rating for high loads
- Includes E1A mounting bracket
Cons
- Limited to LGA4677 socket only
- Designed strictly for 2U server chassis
- No mention of PWM fan speed control details
Good fit if
- You use LGA4677 4th or 5th gen CPUs
- You have a 2U server chassis
- You need 400W cooling capacity
Skip if
- You use LGA4189 socket
- You need desktop tower compatibility
- You require LGA4677 3rd gen support
Verdict: BVIVDMIWF 2U LGA4677 400W Cooler is the correct choice for 2U server builds using LGA4677 processors. It provides the necessary 400W thermal headroom and includes the required E1A bracket for proper mounting.
BVIVDMIWF LGA4189 2U Active Cooler
Best for: LGA4189 server cooling
- Socket Compatibility
- LGA4189
- Heat Pipes
- 5
- TDP Rating
- 300W
- Color
- Black
- Server Height
- 2U
- Cooling Method
- Active
View on Amazon: BVIVDMIWF LGA4189 2U Active Cooler Affiliate link
This BVIVDMIWF cooler targets the LGA4189 socket with a 2U active design. It uses five copper heat pipes to manage TDP up to 300W. The unit includes a 6025mm PWM fan with double ball bearings. You get a black finish and a bracket option. It suits high-performance server builds needing reliable thermal handling for the 4189 platform.
Pros
- Supports LGA4189 socket
- 5 copper heat pipes
- 300W TDP rating
- 6025mm PWM fan
Cons
- Limited to LGA4189 socket compatibility
- No LGA4677 support in this model
- Bracket included in one size option only
Good fit if
- You need a cooler for LGA4189 servers
- You require 300W thermal handling
- You want a 2U active design
Skip if
- You use LGA4677 sockets
- You need passive cooling
- You require LGA4189 without a bracket
Verdict: BVIVDMIWF LGA4189 2U 300W Cooler fits LGA4189 server builds needing 300W cooling. It delivers solid heat pipe performance for high-TDP processors.
Specifications side by side
| Spec | BVIVDMIWF 2U LGA4677 5-Heatpipe Cooler | BVIVDMIWF LGA4189 2U Active Cooler |
|---|---|---|
| Socket Compatibility | LGA4677 | LGA4189 |
| Heat Pipes | 5 | 5 |
| TDP Rating | 400W | 300W |
| System Type | Server | not stated |
| Color | Silver | Black |
| Server Height | 2U | 2U |
| Cooling Method | not stated | Active |
| Material | not stated | Copper |
| Features | not stated | Fan |
| Size | With E1A Bracket | With Bracket |
| Model | BVIVDMIWF | BVIVDMIWF |
Frequently asked questions
Does the BVIVDMIWF LGA4677 cooler work with LGA4189 sockets?
No, that model is built exclusively for the LGA4677 socket. It includes the specific E1A bracket required for proper mounting on that platform. You must select the LGA4189 version if your server hardware uses that socket type. Using the wrong bracket can prevent installation or cause damage to the motherboard.
What is the TDP rating for the LGA4677 BVIVDMIWF cooler?
The LGA4677 model supports up to 400W of thermal design power. This high capacity makes it suitable for demanding server workloads. It uses five heat pipes to manage this heat output effectively. Ensure your CPU does not exceed this limit for optimal performance.
How much heat can the LGA4189 BVIVDMIWF cooler handle?
This cooler is rated for 300W TDP. It is designed for LGA4189 processors that require active cooling solutions. The unit features copper heat pipes to transfer heat away from the processor. It fits within standard 2U server chassis dimensions for easy integration.
Is the LGA4677 BVIVDMIWF cooler active or passive?
It is an active cooler, meaning it uses a fan to assist heat dissipation. The design includes five heat pipes connected to a fin stack. This combination ensures efficient airflow through the heatsink. It is not a passive unit that relies solely on case airflow.
Does the LGA4189 BVIVDMIWF cooler come with a fan?
Yes, the product specifications list a fan as a included feature. It is an active cooling solution designed for server environments. The fan works with the copper heat pipes to maintain safe operating temperatures. Check your case clearance to ensure the fan fits your 2U enclosure.
What material are the heat pipes made of?
Both models use copper heat pipes for thermal conductivity. Copper is chosen for its ability to move heat quickly from the CPU to the fins. The LGA4189 model explicitly lists copper in its material specs. The LGA4677 model also utilizes five heat pipes for efficient cooling.