Intel E97379-001 CPU Cooler
The Intel E97379-001 CPU Cooler is a stock cooler sold on a large number of Intel processors as part of the initial order. It hardly boasts the features or performance of those aftermarket coolers, but for most it suffices in cooling purposes. Especially for those not overclocking systems, this CPU cooler must suffice. In this in-depth review, we’ll break it down for you-and everything else about this cooler-providing you with the perfect information to help you decide if it fits your set-up.

Design and Build Quality
The Intel E97379-001 seems quite basic yet functional. It will insist on keepiness and ease of use. The basic feature is the cooler with circular aluminum fins heatsink. In addition to the heatsink, there is a small 80mm fan on one side which sucks in air, filters through the fins, and then blows it outward into the case. The cooler is maintained very small and light weight, so it accommodates an extremely wide range of PC cases.
Aluminum Heatsink: The cooler is based around an aluminum heatsink, a material for good heat dissipation at a low price. However, it is not as thermally efficient as copper, though sufficient for cooling typical CPUs that are not overclocked.
Fan Design: It’s 80mm in size, thus very standard for cooling stock CPUs but may not perform well under gaming or highly computing loads. Besides, it’s a 4-pin PWM fan, which can vary the fan speed depending on how high the CPU temperature is. That will provide you with a good trade-off between noise and cooling performance.
Very Low Profile: One of the bigger benefits of the Intel E97379-001 is how compact and rather low-profile it is. That’s precisely where it really shines for those small form factor builds where space truly comes at a premium. The cooler fits readily within most ATX and Micro-ATX cases without impeding any of the memory or VRM heatsinks.
Push-Pin Mounting Mechanism: It’s an easy installation for the cooler with Intel’s customary push-pin mounting system. Users need just to align the cooler with the holes on the motherboard and push down to securely mount the cooler without any necessity of a backplate and screws. The push-pinning design, however, often turns temperamental on one’s system and becomes tough at times, which may annoy first-time PC builder users.

Installation Process
The Intel E97379-001 CPU Cooler is pretty famous for being easy to install, especially to beginners. Intel used the mounting system of push pins, which makes installation a breeze in snapping into place without requiring any extra hardware.
The thermal paste is pre-applied to the cooler, saving precious time and at the same time lowering the possibility of improper application. It’s a practical offer for first-time PC builders who don’t know much about applying the thermal paste. The paste is placed in a way that does not interfere with the contact between the cooler and the CPU heat spreader.
Compatibility. This cooling tool is compatible with almost all Intel Sockets, particularly LGA 115x 1150, 1151, 1155, and 1156. This makes the cooler a possibility of supporting most mid-range and budget processors in the Intel family. However, it is not compatible with the LGA 1700 socket for latest lineups from the 12th and 13th generation of Intel processors.

Performance
The Intel E97379-001 can be described as fairly basic cooling for Intel CPUs. The thing does its job pretty well, but its cooling is pretty limited and isn’t too great for performance CPUs or overclocking situations.
Temperature Control: The chiller performs fairly well on temperature control of the CPU on normal usage profiles, such as web browsing, video streaming, and office work. Temperatures will usually remain in the safe range, normally between 30°C to 50°C, depending on the ambient temperature as well as the airflow inside the case.
It also plays well for gaming and on loads CPU-intensive applications, though its weakness is exposed by that. For instance, during a very long gaming session, the CPU temperature will achieve 70°C – 80°C. Sometimes in reality, especially in cases of poorly ventilated conditions, this temperature may reach 90°C. It is far from ideal for long exposure times, and users will experience thermal throttling if the CPU temperature gets too high, degrading the performance.
Overclocking: The Intel E97379-001 does not support overclocking. Overclocking generates much high heat levels compared to normal CPU speeds, and this cooler is not built with the margin to deal with the overload thermal load. If the user wants to overclock its processors then he must invest in an aftermarket air or liquid cooler.

Noise Levels
One of the main complaints about the Intel E97379-001 CPU Cooler is that it makes too much noise, especially under heavy loads. The fan is relatively small at 80mm, which requires additional efforts to be able to sustain temperatures but sometimes gets pretty noisy at that end.
Idle Noise: The fan is relatively quiet during idle operation and light work. For the most part, end-users will not hear the fan running, unless they are sitting in a very quiet room. In idle or light work, the cooler hums along at almost silent levels of 20 dBA.
Load Noise: But when you load the system things are different. As the CPU heats up, the fan begins to ramp up to its higher speeds, and things quickly get loud, up into the 30 dBA level or worse. More often than not, this will be audible in a quiet room, especially if you’re running some sort of intense gaming or other application that’s really pushing the CPU. The noise level of such a fan – especially if it’s a high-pitched whirring noise – can be annoying, and noise-sensitive users will probably find it objectionable.

Robustness and Lifespan
Although not exactly a great performer, the Intel E97379-001 is extremely robust and should serve well for many years under normal conditions.
Fan Life: The fan has a simple bearing system, which should suffice to provide some years of service without failure. However, as with all stock coolers, the lifetime of the fan cannot compare to an expensive after-cooler fan with a more advanced bearing technology, such as fluid dynamic bearings.
Reliability: With its simple design and no moving parts outside of the fan, little can go wrong with the Intel E97379-001 cooler. Though it is theoretically possible to wear out the push-pin installation system if one continually installs and uninstalls the cooler, a user who does not expect to be changing coolers often will not have issues with this cooler.

Advantages
Compact Design: It is the perfect choice for mini cases or cramped builds. It doesn’t take up any space like tall RAM sticks and VRM heatsinks do.
Easy Installation: Its push-pin installation system and the fact that pre-applied thermal paste make it very user-friendly to new users as well.
Cost-Effective: It comes bundled with many Intel CPUs. Therefore, for most of these users, essentially it is free.
Good Enough for Simple Tasks: If you do not put a lot of strain on your CPU, the cooler can keep up well with most tasks at reasonable temperatures while performing mundane tasks.

Conclusion
The Intel E97379-001 CPU Cooler proves itself to be a great, and reliable cooling system of those who have fewer computing requirements. It has performed well in budget builds and system builds with smaller spaces because of its compact designs and can easily be installed. However, it is not a perfect item. The cooler stumbles at keeping ideal temperatures under load, and it can become ear-shatteringly loud during taxing operations. It’ll do for users who need only to browse the web or do light office work. However, if you have intentions to game, edit videos, or overclock your CPU, then this cooler just isn’t worth the investment.
For most users, the Intel E97379-001 will do the job-it’ll keep your CPU at a safe operating temperature for general computing. But in its limitations, this is more of a low to mid-tier CPU cooler that fits a system simply and works from there. This is a great little solution for anybody wanting a hassle-free and affordable solution for some basic computing; it does a heck of a good job. But for power users, there are better after-market cooling solutions available that should be jumped upon.