BVIVDMIWF vs MITXPC: CPU Coolers Compared by Specs
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This BVIVDMIWF vs MITXPC CPU cooler comparison looks at two distinct server-grade solutions. Both are designed for high-TDP workloads in compact or specialized chassis. The BVIVDMIWF Dynatron R16 uses a copper vapor chamber for LGA2011 sockets, while the MITXPC Dynatron A38 uses an aluminum heatsink for AMD Threadripper sockets. One targets Intel server platforms, and the other targets AMD workstation platforms. You need to match the socket and form factor to your motherboard.
Key differences
| Aspect | Dynatron 1U LGA 2011 Copper Cooler | Dynatron Aluminum Side-Fan CPU Cooler |
|---|---|---|
| Socket Compatibility | LGA2011 | sTRX4, TR4, SP3 |
| TDP Rating | 165W | 280W |
| Heatsink Material | Copper | Aluminum |
| Cooling Technology | Vapor Chamber | Heatpipes |
| Form Factor | 1U Height | Side-Fan Tower |
Which one should you choose?
Choose Dynatron 1U LGA 2011 Copper Cooler if
- You have an LGA2011 Intel server or workstation motherboard.
- Your chassis requires a low-profile 1U height cooler.
- You prefer copper vapor chamber heat transfer for your CPU.
Choose Dynatron Aluminum Side-Fan CPU Cooler if
- You use an AMD Threadripper or EPYC processor (sTRX4/TR4/SP3).
- Your CPU has a TDP up to 280W.
- You need a side-fan tower design that fits standard server racks.
Verdict: Choose the BVIVDMIWF Dynatron R16 if you are building on an LGA2011 platform and need a low-profile 1U solution. Choose the MITXPC Dynatron A38 if you are using an AMD Threadripper or EPYC socket and require higher TDP support. The socket compatibility is the primary deciding factor for these specialized coolers.
Specs: TDP, Sockets, Materials
TDP rating
The MITXPC Dynatron A38 lists a TDP rating of 280W. This figure suggests it can handle more intense thermal loads than the BVIVDMIWF Dynatron R16. The R16 specifies a maximum TDP of 165W. You should match the cooler to your processor's power draw. Higher TDP ratings generally indicate better heat dissipation capacity. The A38 offers a wider margin for high-end Threadripper or EPYC chips. The R16 is sufficient for standard LGA2011 workstations. Choose the A38 if you run heavy continuous loads.
Socket compatibility
The BVIVDMIWF Dynatron R16 supports only the LGA2011 socket. This limits its use to specific older or niche workstation platforms. The MITXPC Dynatron A38 supports sTRX4, TR4, and SP3 sockets. These are common for AMD Threadripper and EPYC processors. If you have an LGA2011 system, the R16 is your only option here. If you are building a Threadripper or EPYC machine, the A38 is required. The A38 covers three distinct high-end socket types. The R16 covers one. Compatibility is a major deciding factor for your build.
Heatsink material
The BVIVDMIWF Dynatron R16 uses a copper base with a vapor chamber. Copper has higher thermal conductivity than aluminum. This allows for faster heat transfer from the CPU to the fins. The MITXPC Dynatron A38 uses an aluminum heatsink. Aluminum is lighter and often less expensive. It is still effective for cooling but may not spread heat as quickly as copper. The R16 material choice is better for dense, high-heat scenarios. The A38 material is standard for its class. Copper typically offers a slight performance edge in pure thermal transfer.
System type
The BVIVDMIWF Dynatron R16 is a 1U server cooler. This height constraint means it is designed for rackmount servers or very low-profile cases. It requires a chassis that supports 1U height. The MITXPC Dynatron A38 is a side-fan cooler. Its dimensions are 4.69 inches by 3.11 inches by 2.56 inches. This form factor fits standard ATX or E-ATX cases with side-mounted fan slots. The A38 is more versatile for general high-performance workstations. The R16 is specialized for compact server environments. Choose based on your case size and form factor.
Fan integration
The MITXPC Dynatron A38 includes a side fan with the heatsink. It also comes with pre-applied Shin-Etsu 7762 thermal grease. This simplifies installation as you do not need to buy a fan separately. The BVIVDMIWF Dynatron R16 data does not explicitly list an included fan. It focuses on the vapor chamber base. You may need to source a compatible 1U fan separately. The A38 is a complete solution out of the box. The R16 might require additional parts for full operation. The A38 offers better immediate usability for most buyers.
Which CPU Cooler Fits Your Build
Threadripper or EPYC server builder
You need a cooler for sTRX4, TR4, or SP3 sockets. The MITXPC Dynatron A38 supports these specific platforms. It handles up to 280W TDP. The aluminum heatsink with heatpipes and side fan design fits your rack space. Pre-applied thermal grease simplifies installation for high-density deployments.
LGA2011 workstation or server user
Your system uses an LGA2011 socket. The BVIVDMIWF Dynatron R16 is built for this specific interface. It features a copper vapor chamber base for efficient heat transfer. The 1U height allows it to fit in compact server chassis. It supports workloads up to 165W TDP, which suits many professional workstations.
High-TDP thermal load requirement
You prioritize maximum thermal headroom. The MITXPC Dynatron A38 lists a 280W TDP rating. This exceeds the 165W limit of the BVIVDMIWF R16. The aluminum construction with integrated fan is designed for sustained heavy loads. Choose this if your processor generates significant heat during intensive rendering or simulation tasks.
The products compared
Dynatron 1U LGA 2011 Copper Cooler
Best for: LGA2011 1U server builds
- Socket Compatibility
- LGA2011
- TDP Rating
- 165W
- Server Height
- 1U
- Material
- Copper
- Features
- Vapor Chamber
View on Amazon: Dynatron 1U LGA 2011 Copper Cooler Affiliate link
This BVIVDMIWF Dynatron R16 is a 1U server-grade air cooler designed for LGA2011 sockets. It features a copper vapor chamber base to handle TDP ratings up to 165W. The compact 1U height makes it suitable for tight chassis spaces. You need a solution that fits low-profile server cases while managing high heat output from compatible processors.
Pros
- Copper vapor chamber base for efficient heat transfer
- Rated for 165W TDP
- 1U server height for compact builds
- Compatible with LGA2011 socket
Cons
- Limited to LGA2011 socket compatibility
- 1U height restricts use in standard desktop cases
- No fan specifications provided in data
Good fit if
- You are building a low-profile server with an LGA2011 CPU
- You need a cooler rated for 165W TDP in a 1U chassis
- You require a copper vapor chamber base for heat dissipation
Skip if
- You use a socket other than LGA2011
- You need a standard desktop tower cooler
- You require compatibility with modern AM5 or LGA1700 sockets
Verdict: BVIVDMIWF Dynatron R16 1U LGA2011 Cooler is a specialized 1U solution for LGA2011 processors. It fits users who need high TDP handling in a low-profile server chassis.
Dynatron Aluminum Side-Fan CPU Cooler
Best for: Threadripper and EPYC workstations
- Socket Compatibility
- sTRX4, TR4, SP3
- TDP Rating
- 280W
- Material
- Aluminum
- Features
- Fan
- Dimensions
- 6 × 4 × 3 inches
View on Amazon: Dynatron Aluminum Side-Fan CPU Cooler Affiliate link
The MITXPC A38 is an aluminum air cooler designed for AMD Threadripper and EPYC platforms. It supports sTRX4, TR4, and SP3 sockets with a 280W TDP rating. The unit measures approximately 4.69 by 3.11 by 2.56 inches and includes a side-mounted fan. Pre-applied Shin-Etsu 7762 thermal grease is included. It suits users needing a compact, high-TDP solution for workstation builds.
Pros
- Supports sTRX4, TR4, and SP3 sockets
- Rated for up to 280W TDP
- Includes pre-applied Shin-Etsu 7762 thermal grease
- Compact aluminum heatsink design
Cons
- Aluminum construction offers lower thermal conductivity than copper
- Side-mounted fan limits airflow direction flexibility
- Limited socket compatibility excludes consumer AM4 and AM5
Good fit if
- You are building an AMD Threadripper workstation
- You need a cooler rated for 280W TDP
- You require sTRX4, TR4, or SP3 socket support
Skip if
- You use consumer AM4 or AM5 motherboards
- You prefer copper heatpipe construction for better heat transfer
- You need top-down fan airflow for case compatibility
Verdict: The MITXPC A38 Aluminum CPU Cooler is a specialized solution for Threadripper and EPYC systems requiring high TDP handling in a small form factor. It fits workstation builders who prioritize socket compatibility and thermal capacity over premium materials.
Specifications side by side
| Spec | Dynatron 1U LGA 2011 Copper Cooler | Dynatron Aluminum Side-Fan CPU Cooler |
|---|---|---|
| Socket Compatibility | LGA2011 | sTRX4, TR4, SP3 |
| TDP Rating | 165W | 280W |
| Server Height | 1U | not stated |
| Material | Copper | Aluminum |
| Features | Vapor Chamber | Fan |
| Dimensions | not stated | 6 × 4 × 3 inches |
| Size | One Size | not stated |
| Color | One Color | not stated |
| Model | BVIVDMIWF | A38 |
Frequently asked questions
Does the BVIVDMIWF Dynatron R16 fit LGA 1151?
No, it does not. The BVIVDMIWF Dynatron R16 is explicitly compatible only with LGA 2011 sockets. If you are building a server with a different socket type, this cooler will not mount correctly. You must verify your motherboard socket before purchasing this specialized 1U solution.
Is the MITXPC A38 made of copper?
No, it is made of aluminum. The MITXPC Dynatron A38 features an aluminum heatsink construction. In contrast, the BVIVDMIWF Dynatron R16 uses copper. Aluminum is lighter and often more cost-effective, while copper offers higher thermal conductivity. Your choice depends on weight and budget constraints.
Can the MITXPC A38 handle a 280W TDP?
Yes, it supports up to 280W TDP. This rating makes it suitable for high-performance Threadripper and EPYC workstations. The BVIVDMIWF Dynatron R16 has a lower maximum TDP of 165W. If your processor exceeds 165W, the MITXPC option provides the necessary thermal capacity for stable operation.
What is the height of the MITXPC A38?
The MITXPC A38 has a height of 3 inches. Its total dimensions are 6 inches in length, 4 inches in width, and 3 inches in height. This profile is designed for side-fan configurations in small form factor cases. Ensure your case has sufficient clearance for these specific measurements.
Does the BVIVDMIWF Dynatron R16 include a fan?
The product data does not list a fan as an included feature for the BVIVDMIWF Dynatron R16. It highlights a vapor chamber and copper material instead. The MITXPC A38, however, explicitly lists a fan as a feature. You may need to source a compatible fan separately for the R16.
Which cooler is better for LGA 2011 builds?
The BVIVDMIWF Dynatron R16 is the better choice for LGA 2011 builds. It is specifically designed for this socket type and fits 1U server chassis. The MITXPC A38 supports SP3 sockets for Threadripper and EPYC, not LGA 2011. Select the R16 to ensure physical compatibility with your motherboard.
Does the MITXPC A38 support SP3 sockets?
Yes, it supports SP3 sockets. The MITXPC Dynatron A38 is compatible with SP3, including sTRX4 and TR4 platforms. This makes it ideal for AMD Threadripper and EPYC systems. The BVIVDMIWF Dynatron R16 is restricted to Intel LGA 2011 sockets, so it will not work with AMD platforms.