Razer Tartarus V2 vs. Pro: Which Keypad Wins?

Missing a macro during a high-stakes raid often results in a frustrating respawn because your traditional setup lacks the ergonomic reach your hand requires. Moving to a dedicated control pad solves this physical strain, but selecting the right model depends on how you want your inputs to feel and function.

The Razer Tartarus V2 offers a clicky, tactile experience for a lower price, while the Tartarus Pro introduces analog optical technology that measures exactly how far you press a button. This technical leap allows for nuanced movement usually reserved for thumbsticks, though it comes with a much higher cost.

Switch Technology

The internal mechanism of a gaming peripheral dictates the physical response of every action. While both devices look nearly identical from the outside, the technology buried under the buttons determines how quickly an action triggers and how much noise it makes.

The Mecha-Membrane Feel of the V2

The Tartarus V2 uses a hybrid design that seeks to offer the best of both worlds. It places a mechanical clicker on top of a soft membrane dome.

This results in a button that feels cushioned when pressed all the way down but provides a sharp, tactile click midway through the stroke. It satisfies those who enjoy the feedback of a mechanical board without the harsh bottoming out sensation found on pure mechanical units.

Analog Optical Switches in the Pro Model

In contrast, the Tartarus Pro utilizes light based sensors. When a button is pressed, a beam of light passes through the switch stem to measure the depth.

Because there are no physical metal contact points rubbing together, the movement is perfectly linear and smooth. This technology eliminates the friction found in traditional switches, providing a fluid sensation that feels consistent from the top to the bottom of the stroke.

Physical Response and Auditory Feedback

Choosing between these two models often comes down to sensory preference. The V2 is loud and provides a clear physical bump that lets the user know exactly when an input has registered.

This is helpful for games where timing is vital. The Pro is significantly quieter and offers no physical resistance until the button hits the base.

For users who prefer a silent setup or a smooth glide, the optical model is the superior choice.

Durability and Life Span

Mechanical parts eventually fail after millions of cycles due to physical wear. The optical sensors in the Pro model avoid this issue by using light rather than metal leaves to register a command.

Without physical contact to create heat or friction, the internal components remain functional for a longer period. While the V2 is built well, its hybrid membrane will eventually lose its springiness before the optical sensors of the Pro show any signs of fatigue.

Advanced Functionality: The Power of Analog Input

Moving beyond simple binary inputs allows for a level of control that traditional boards cannot match. The Pro model stands out by treating buttons like sensors rather than simple switches.

This shift in logic changes how players interact with their games, offering a depth of control that was previously only possible on a console controller.

Customizing Actuation Points

The Pro model allows users to decide exactly how far they need to push a button before the computer sees the input. This range spans from a shallow 1.5mm for fast reflex gaming to a deep 3.6mm for deliberate actions.

This level of customization means players can make their most important buttons trigger instantly while leaving secondary commands for a firmer press. The V2 lacks this capability, as its actuation point is fixed by the physical clicker inside.

Dual Function Mapping

Pressure sensitivity enables a unique feature called dual function mapping, which is exclusive to the Pro version. A single button can perform two separate actions depending on how hard it is pressed.

For example, a light press can make a character walk, while pushing the button all the way down triggers a sprint. This effectively doubles the utility of the hardware without requiring more physical buttons on the device.

Emulating a Controller

Because the Pro sensors can measure depth, the device can mimic the analog sticks found on gamepads. This provides 360 degree directional input in games like racing titles or flight simulators.

Instead of tapping a button repeatedly to turn a car slightly, a user can press the button halfway for a gentle turn or fully for a sharp drift. This brings a level of nuance to PC gaming that is usually impossible with standard digital inputs.

The Digital Limits of the V2

The V2 operates on a binary system. A button is either pressed or it is not.

There is no middle ground for slow movement or varying levels of throttle. For most MMO players or competitive shooters, this standard operation is exactly what they expect.

However, it means the V2 cannot offer the specialized movement capabilities that define the Pro model.

Design, Ergonomics, and Customization

Both devices share a physical footprint that has been refined over years of ergonomic testing. The goal is to keep the hand in a neutral position to reduce the risk of repetitive strain during long sessions.

Despite their internal differences, the outer shell remains a hallmark of comfort for high intensity users.

Physical Build and Ergonomic Footprint

The chassis of both models features a curved palm rest that can be adjusted to two different positions. This allows users with different hand sizes to reach all 32 programmable buttons comfortably.

The build quality is sturdy, using high quality plastics and a braided cable to ensure the device stays in place on the desk and survives transport in a bag.

The Thumb Module and Scroll Wheel

Located on the side of the unit is an 8 way directional thumbpad and a clickable scroll wheel. Both models include these tools, which are excellent for camera movement or cycling through weapon wheels.

The thumbpad includes a removable hat, allowing users to choose between a flat surface or a more traditional joystick feel. These extra inputs are what separate these pads from a standard left hand keyboard.

Button Cap Compatibility and Replacement

A major physical difference lies in the stem of the switches. The Tartarus Pro uses a standard cross shaped stem, making it compatible with most aftermarket Cherry MX style button caps.

This allows for extensive visual customization. The V2 uses a proprietary hybrid stem, meaning users are stuck with the factory provided caps and cannot easily swap them for custom colors or textures.

Visual Options and Colorways

While the classic black finish is the standard for both models, those looking for a specific aesthetic might prefer the Pro. It is the only model available in Mercury White, which fits well with modern, clean desk setups.

The V2 is restricted to the black colorway, though both feature full RGB lighting that can be synchronized with other peripherals.

Software Integration and User Experience

Configuring these devices requires using the Razer Synapse 3 software suite. This program is where users map their buttons, set their lighting, and create the profiles that make the hardware useful.

The software acts as the bridge between the physical device and the game, turning simple presses into complex macros.

Software Requirements and Setup

Synapse 3 is the command center for both devices. Upon plugging the unit in, the software identifies the model and opens a layout for remapping.

The interface is visual, showing a top down view of the pad where users can click a button to assign a command, a macro, or a Windows shortcut. Both devices require this software to be running in the background for most advanced features to work.

Managing Profiles and Command Maps

To maximize the 32 physical buttons, Razer uses a feature called Hypershift. By assigning one button as the Hypershift modifier, a user can access a completely secondary set of commands on the same profile.

This effectively provides 64 programmable inputs. Both devices handle this flawlessly, allowing for complex setups in games with dozens of necessary shortcuts.

The Learning Curve for Analog Controls

The Pro model presents a steeper challenge for new users. Setting up variable actuation points and dual function buttons requires significant time spent in the menus testing different sensitivity levels.

It takes practice to develop the muscle memory needed to press a button halfway consistently. The V2 is much simpler; it works like a standard keyboard immediately, requiring no special training to operate effectively.

Constraints of On-Board Memory

One drawback shared by both models is the lack of robust on board memory. Profiles are largely stored in the cloud or locally on the PC.

If you take your pad to a different computer that does not have Synapse installed, your custom maps and lighting effects will not carry over. This reliance on a constant software connection is a common point of criticism for those who travel frequently for tournaments.

Value Assessment: Performance vs. Price

A significant price difference separates these two devices. Determining which one belongs on your desk requires looking at your specific needs and your budget for gaming peripherals.

While the Pro offers more advanced technology, the V2 remains a competitive option for those who do not need analog control.

Price to Feature Ratio

For the average gamer, the V2 offers an incredible amount of utility for its price. It provides the same number of buttons and the same ergonomic benefits as the expensive model.

The Pro only becomes a logical purchase if you specifically plan to use the analog features. If you just want a comfortable way to play an MMO, the premium for the Pro might feel like paying for technology you never actually use.

Genre Specific Recommendations

MMO and MOBA players generally prefer the tactile click of the V2 because it provides clear feedback that a spell or ability has been cast. In contrast, FPS players and simulation fans benefit more from the Pro.

The ability to walk or run based on pressure is a major upgrade in tactical shooters, and the analog movement is a massive advantage for those who fly planes or drive cars in digital environments.

Productivity and Creative Workflows

Outside of gaming, these devices are popular with video editors and designers. The tactile V2 is excellent for those who want a rhythmic feel while punching in shortcuts.

However, the smooth, linear action of the Pro is often preferred by those doing high speed editing where the noise of a clicky switch might be distracting. The ability to map different zoom speeds to a single button using analog pressure also provides a unique advantage in creative software.

Conclusion

Choosing between these two devices is a matter of prioritizing either sensory feedback or technical versatility. The Tartarus V2 remains a strong option for users who want a tactile, clicky feel for their macros without overcomplicating their setup.

It provides the same ergonomic benefits as the expensive model at a more accessible price point. On the other hand, the Tartarus Pro is the superior tool for enthusiasts who need the precision of analog input.

Its pressure sensitive switches offer a level of control in movement and throttle that a digital board cannot replicate. If your budget allows for the premium and your games benefit from nuanced inputs, the Pro model is the logical upgrade.

Otherwise, the V2 offers plenty of power for most gaming and professional workflows.

Frequently Asked Questions