The choice between the NZXT Kraken 360 and the DeepCool LT720 comes down to a clear divide between customizable on-pump system monitoring and raw industrial airflow performance. While NZXT focuses on visual refinement with a dedicated 1.54-inch LCD panel and an ultra-clean single breakout cable design, DeepCool prioritizes heavy thermal dissipation with aggressive 85.85 CFM fans running on hydrodynamic bearings.
Choose the Kraken 360 if you want detailed hardware telemetry displayed directly inside your case alongside zero-RPM silent operation during everyday tasks. Opt for the DeepCool LT720 if you need maximum static pressure and heat exhaustion for prolonged, power-hungry CPU workloads.
NZXT Kraken 360 vs DeepCool LT720 at a Glance
| Feature | NZXT Kraken 360 | DeepCool LT720 |
|---|---|---|
| Pump Architecture | NZXT Turbine Pump | 3100 RPM Three-Phase Pump |
| Display / Lighting | 1.54-inch Square LCD (CAM Controlled) | Multidimensional Addressable RGB Mirror |
| Maximum Fan Airflow | Not listed | 85.85 CFM (60.85 CFM with reduction line) |
| Fan Static Pressure | High-static pressure design | 3.27 mmAq (1.65 mmAq with reduction line) |
| Peak Fan Acoustic Output | 30 dB | 32.9 dB(A) (28.2 dB(A) with reduction line) |
| Silent Operation Profile | Zero RPM Mode supported | 500 RPM minimum speed threshold |
| Radiator Dimensions | 14.17 x 4.72 x 1.02 inches (360mm) | 402 x 120 x 27 mm |
| Tubing Length | Not listed | 410 mm |
| Socket Compatibility | Intel LGA 1851, AMD AM5, modern sockets | Intel LGA1700/2011/115x, AMD AM4/AM5 |
| Manufacturer Warranty | 6 Year Manufacturer | Not listed |
| Best For | Telemetry monitoring and silent acoustics | Maximum sustained thermal exhaustion |
Thermal Exhaust and Fan Airflow
Liquid cooling efficiency relies fundamentally on how quickly radiator fans can drive cool air through dense aluminum fins. In an in-depth deepcool lt720 review, the cooler demonstrates exceptional raw specifications, pushing up to 85.85 CFM of air volume alongside a static pressure rating of 3.27 mmAq. These metrics indicate an aggressive fin-clearing capability, which helps maintain lower fluid temperatures under continuous multi-core rendering loads where heat soak rapidly accumulates across the cold row.
By comparison, the Kraken 360 pairs its radiator with NZXT F120P high-static pressure fans driven by an updated Turbine pump engineered for steady head pressure and sustained fluid flow. While the manufacturer listing emphasizes reliable flow rates and whisper-quiet heat movement rather than disclosing an exact maximum CFM figure, the system is calibrated to keep modern desktop processors within standard operating temperatures without spinning up to abrasive speeds. If you are comparing performance metrics against other performance units, such as in an arctic liquid freezer iii 360 vs deepcool lt720 assessment, the LT720 clearly leans into high-velocity throughput.
When evaluating the nzxt kraken 360 or deepcool lt720 for thermals, the DeepCool unit holds a distinct mechanical advantage on paper. The 2250 RPM ceiling of the LT720 fans pushes significantly more volume through the 27mm thick aluminum core, giving it greater headroom to dissipate rapid thermal spikes on high-wattage desktop architectures.
Edge: DeepCool LT720 provides superior measured airflow volume and higher static pressure to exhaust heat under heavy, sustained processing loads.
Acoustic Profile and Noise Management
Acoustics dictate daily comfort, especially when your PC sits directly on your desk next to your monitors. The Kraken 360 holds a rated noise level of 30 dB, bolstered by a dedicated Zero RPM Mode that completely stops fan rotation when CPU temperatures drop below specific thresholds. For web browsing, coding, or watching video streams, the Kraken can operate in total silence, leaving only the low hum of the internal fluid pump active.
The LT720, listed under manufacturer DVOGIFJG, operates at a louder maximum acoustic output of 32.9 dB(A) when its hydrodynamic bearing fans spin up to their standard 2250 RPM threshold. However, DeepCool includes a dedicated speed reduction line that caps fan rotational speeds between 500 and 1600 RPM. When utilizing this reduction harness, maximum noise drops substantially to 28.2 dB(A), although this drops overall airflow from 85.85 CFM down to 60.85 CFM and static pressure down to 1.65 mmAq. Looking at the pump itself, the LT720 runs at a rapid 3100 RPM while emitting a minimal 19 dB(A) of motor sound.
When comparing kraken 360 vs lt720 noise levels, the Kraken provides a more adaptable acoustic profile without requiring physical adapter cables. Being able to drop down to a literal stop through software control gives NZXT the advantage for users who prioritize quiet desktop environments, a factor often highlighted when comparing units like the corsair icue h150i elite vs nzxt kraken 360.
Edge: NZXT Kraken 360 wins due to its integrated Zero RPM silent mode and lower standard operating noise ceiling.
Display Capabilities and Visual Customization
Personalization is the primary reason many system builders invest in modern 360mm all-in-one liquid coolers. The Kraken 360 stands out with its bright, integrated 1.54-inch square LCD screen embedded directly into the pump cap. Managed entirely through the NZXT CAM software ecosystem, this digital display can show vital system temperatures, custom static images, animated GIFs, or live web integration widgets from services like Spotify and YouTube.
In contrast, the LT720 foregoes a digital data readout entirely in favor of an artistic multi-dimensional pump cap. It features a geometric infinity-mirror enclosure backlit by addressable RGB LEDs running on standard 5V 3-pin motherboard headers. The visual effect provides striking geometric depth, but it is purely aesthetic and cannot relay temperature numbers, clock speeds, or diagnostic warnings to the user looking through a tempered glass case panel.
For builders asking is nzxt kraken 360 worth it based on interior aesthetics, the real-time telemetry screen transforms the cooler from a passive hardware part into an interactive information hub. While options explored in the nzxt kraken 360 vs lian li galahad ii 360 match-up offer varied lighting approaches, the crisp square screen on the Kraken makes hardware monitoring effortless without needing third-party desktop overlays.
Edge: NZXT Kraken 360 easily captures this category with its vibrant, fully customizable 1.54-inch telemetry and GIF display screen.
Radiator Dimensions and Case Clearance
Chassis fitment is an essential consideration when installing a large three-fan liquid cooler. The Kraken 360 lists overall physical dimensions of 14.17 inches long, 4.72 inches wide, and 1.02 inches thick (approximately 360 x 120 x 26 mm). This compact footprint adheres strictly to standard 360mm mounting locations, making it compatible with mid-tower cases that possess tight clearances near the top motherboard heatsinks and EPS power cables.
The LT720 features an extended radiator length, measuring 402 mm long, 120 mm wide, and 27 mm deep, accompanied by 410 mm of flexible water tubing. The total net weight of the assembly sits at 1856 grams. Because the aluminum housing extends out to 402 mm to accommodate fluid chambers and structural end tanks, it demands more clearance than typical AIO units. Builders exploring alternatives like the lian li galahad ii 360 vs deepcool lt720 frequently run into front-panel or top-panel bracket overhang issues if their enclosure lacks sufficient end-to-end clearance.
While the extra length on the LT720 allows for generous internal fluid volume and prolonged heat capacity, it increases the risk of mechanical conflict inside compact mid-tower chassis. The Kraken 360 provides a slightly tighter chassis profile that slides into standard mounting brackets with less friction.
Edge: NZXT Kraken 360 takes the clearance category thanks to its shorter 14.17-inch frame that fits a broader range of mid-tower chassis.
Installation, Cabling, and Socket Compatibility
Installing a CPU cooler should not result in an unmanageable tangle of wires inside the main chamber of your case. An nzxt kraken 360 review highlights one of its best quality-of-life perks: a single breakout cable extending directly from the pump cap. This streamlined cable design bundles power and control signals together, eliminating loose wire clusters. Furthermore, NZXT ships the copper base with pre-applied thermal paste and tool-free mounting hardware that supports modern desktop platforms, including AMD AM5 and Intel LGA 1851.
The LT720 utilizes a more traditional component layout. The water pump features a 94 x 80 x 68 mm footprint with a standard 3-pin terminal drawing 0.38A at 12VDC, while its addressable RGB module relies on a separate 3-pin (+5V-D-G) header consuming 3.15W. The three 120mm fans connect using 4-pin PWM terminals, and applying the noise reduction adapters requires inserting inline resistor harnesses along the cable run. The LT720 listing confirms hardware support for Intel LGA1700, LGA2011, and LGA115x, along with AMD AM4 and AM5 sockets.
When setting up the nzxt kraken 360 vs lt720 aio hardware, the Kraken saves significant setup time. Having pre-applied paste, fewer separate harness connections, and explicit readiness for the latest LGA 1851 socket ensures a smoother, tidier build process compared to routing multiple individual RGB and adapter lines, a contrast also visible when analyzing the arctic liquid freezer iii 360 vs nzxt kraken 360.
Edge: NZXT Kraken 360 wins with its clean single breakout cable, pre-applied thermal interface, and modern LGA 1851 socket support.
Pump Engineering and Long-Term Reliability
Under heavy operational stresses, the mechanical longevity of the pump motor and fan bearings determines how long your cooler protects your processor. The DeepCool LT720 utilizes a high-velocity pump spinning at 3100 RPM with a rated power consumption of 4.56W. Despite its high operational velocity, the pump emits only 19 dB(A) of acoustic noise, utilizing a 3-phase motor design paired with durable hydrodynamic bearing fans rated for smooth rotation over long duty cycles. However, the retail listing does not specify the length of the manufacturer warranty coverage.
NZXT builds the Kraken 360 around its custom Turbine pump, which is engineered to generate high flow rates and reliable head pressure while operating at a conservative 2.16W wattage rating on a 12V direct current rail. Crucially, the Kraken 360 listing specifies a comprehensive 6 Year Manufacturer warranty. A six-year backing gives system builders immense peace of mind against mechanical pump failure, fluid permeation, or fan motor defects over several PC upgrade cycles.
While the LT720 demonstrates solid industrial engineering with its high-speed 3100 RPM pump motor, the documented six-year manufacturer commitment on the Kraken 360 gives it a decisive advantage for long-term ownership security.
Edge: NZXT Kraken 360 wins with documented six-year manufacturer warranty backing and efficient pump energy consumption.
Pros and Cons
NZXT Kraken 360
Pros
- Customizable 1.54-inch square LCD screen
- Zero RPM fan mode for silent idling
- Single breakout cable simplifies clean routing
- Six-year manufacturer warranty coverage
- Native support for LGA 1851 and AM5
Cons
- Lower peak airflow volume than the competition
- Requires proprietary software for display control
View NZXT Kraken 360 on Amazon
DeepCool LT720
Pros
- High 85.85 CFM maximum airflow capacity
- Potent 3.27 mmAq fan static pressure
- Low-noise adapter lines drop sound to 28.2 dB(A)
- Quiet 19 dB(A) pump operation
- Standard 3-pin 5V addressable RGB header
Cons
- Lacks a digital LCD screen for metrics
- Longer 402mm radiator limits tight chassis fit
- Manufacturer warranty duration is not listed
Who Should Buy Each One
Choose the NZXT Kraken 360 If
- You want a vibrant 1.54-inch LCD to monitor CPU temps, show custom GIFs, or view web integration metrics.
- You demand absolute silence during light office work or media playback via an integrated Zero RPM fan mode.
- You prefer clean cable management powered by a single breakout harness extending from the pump cap.
- You are assembling a next-generation build that requires explicit out-of-the-box support for the Intel LGA 1851 socket.
Choose the DeepCool LT720 If
- You run sustained multi-threaded rendering or encoding tasks that benefit from 85.85 CFM of raw airflow.
- You need strong 3.27 mmAq static pressure to force heat out of a restricted case compartment.
- You prefer an artistic multidimensional geometric mirror block over software-driven LCD panels.
- You want the option to mechanically tune your fan speeds and acoustic profiles down to 28.2 dB(A) via low-noise reduction lines.
Final Verdict
For the majority of modern PC builders, the NZXT Kraken 360 is the superior all-around liquid cooler. While both units handle heat dissipation admirably, the Kraken elevates the ownership experience through thoughtful hardware engineering. Its customizable 1.54-inch screen provides instant hardware awareness, the single breakout cable eliminates frustrating clutter around the CPU socket, and the Zero RPM mode ensures your workspace remains completely quiet during everyday tasks. Add in a documented six-year manufacturer warranty and native LGA 1851 support, and the Kraken stands out as the more refined complete package.
Nevertheless, the DeepCool LT720 remains an outstanding choice when raw thermal displacement is your top priority. If you frequently push high-wattage desktop processors through long rendering queues or heavy computational simulations, the LT720’s high-pressure fans, 85.85 CFM air volume, and fast 3100 RPM pump provide the brute-force airflow necessary to manage heat soak. When choosing between the nzxt kraken 360 or deepcool lt720 for gaming or daily productivity, pick the Kraken for its visual telemetry and whisper-quiet profile, and choose the LT720 if your setup demands sheer cooling muscle above all else.
FAQ
Can the NZXT Kraken 360 display custom animations?
Yes, the 1.54-inch square LCD screen on the Kraken 360 can display animated GIFs, custom images, real-time hardware temperatures, and web integrations like YouTube or Spotify through the NZXT CAM software.
How loud does the DeepCool LT720 get under heavy load?
The LT720 reaches a maximum rated noise output of 32.9 dB(A) when its fans spin at their full 2250 RPM speed. Using the included speed reduction cables drops maximum fan speed to 1600 RPM and reduces the acoustic output down to 28.2 dB(A).
Which cooler supports Intel LGA 1851 out of the box?
The NZXT Kraken 360 explicitly includes tool-free mounting hardware for the Intel LGA 1851 socket as well as AMD AM5. The LT720 listing specifies support for Intel LGA1700, LGA2011, and LGA115x, alongside AMD AM4 and AM5.
Does the DeepCool LT720 require proprietary software to control lighting?
No, the LT720 uses a standard 3-pin (+5V-D-G) addressable RGB connection that interfaces directly with your motherboard RGB software rather than demanding dedicated third-party background applications.
What are the radiator clearance differences between these two coolers?
The Kraken 360 measures 14.17 inches in length (around 360 mm) with a standard 1.02-inch thickness, while the DeepCool LT720 features an extended 402 mm radiator length with 410 mm water pipes, requiring extra longitudinal clearance inside your case.
Can the fans on the NZXT Kraken 360 stop spinning entirely?
Yes, the Kraken 360 supports a Zero RPM Mode that completely halts fan rotation when thermal loads remain low, delivering completely silent operation during light computing tasks.
