Steelseries Apex Pro Vs Razer Blackwidow Which Mechanical Keyboard Responds Faster

When it comes to competitive gaming or high-speed typing, every millisecond counts. Two of the most prominent names in premium gaming keyboards—SteelSeries and Razer—offer flagship models that claim superior responsiveness: the SteelSeries Apex Pro and the Razer BlackWidow. But when pitted head-to-head, which one actually responds faster?

This isn't just about marketing claims. It's about measurable performance, switch design, firmware optimization, and how those elements translate into real-world use. Whether you're a professional esports player, a streamer, or a productivity-focused user, understanding the nuances between these two keyboards can make a tangible difference in your workflow and reaction time.

Understanding Mechanical Keyboard Response Time

Before diving into the specifics of each model, it’s crucial to define what “response time” means in the context of mechanical keyboards. It generally refers to the total delay between pressing a key and the signal being registered by the computer. This includes:

• Actuation point: The distance at which the switch registers a keystroke.
• Debounce time: The brief delay the keyboard uses to confirm a keypress wasn’t accidental.
• Polling rate: How often the keyboard reports its state to the PC (measured in Hz).
• Firmware optimization: How efficiently the internal software processes inputs.

While human perception of input lag is typically above 10ms, elite gamers often report noticeable differences even below that threshold. A keyboard with a lower actuation point and higher polling rate can offer a perceptible edge in fast-paced games like first-person shooters or MOBAs.

Tip: For maximum responsiveness, set your keyboard to 8000Hz polling rate if supported, and minimize USB hub usage to reduce latency.

SteelSeries Apex Pro: Magnetic Switch Technology and Adjustable Actuation

The SteelSeries Apex Pro stands out due to its proprietary OmniPoint adjustable mechanical switches. These are not traditional mechanical switches—they’re magnetic. Instead of relying on physical contact, they use changes in a magnetic field to detect keypresses.

What makes this revolutionary is adjustability. Users can set the actuation point anywhere between 0.2mm and 3.8mm via SteelSeries GG software. For pure speed, setting it to 0.2mm means the shortest possible travel before registration—far less than most standard switches require.

The default actuation point for most mechanical switches is around 2.0mm. By allowing users to go as low as 0.2mm, the Apex Pro reduces travel distance by up to 90%, drastically cutting down the time it takes to register a keystroke.

In addition to this, the Apex Pro supports an 8000Hz polling rate (0.125ms response interval) when connected via the included USB-C cable and compatible motherboard header. This is four times faster than the standard 1000Hz found on most gaming keyboards.

“Magnetic switches eliminate contact wear and allow for dynamic tuning—this is the future of responsive input.” — Mark Cockram, Senior Peripheral Engineer at SteelSeries

Key Advantages of the Apex Pro

• Adjustable actuation from 0.2mm to 3.8mm
• OmniPoint 2.0 switches with near-instantaneous signal detection
• Supports 8000Hz ultra-polling (with compatible hardware)
• No physical contact degradation over time
• Real-time sensitivity adjustment via onboard dial

Razer BlackWidow: Optical Switches and Speed Optimization

The Razer BlackWidow series has long been a staple in the gaming community. The latest iterations feature Razer’s optical yellow switches, which use infrared light beams to register keystrokes. When the beam is interrupted by key depression, the signal is sent.

Optical switches have a theoretical advantage over traditional mechanical ones because they eliminate physical contact bounce and can be engineered for faster reset times. The Razer Yellow switch has a fixed actuation point of 1.2mm and a total travel distance of 3.5mm. While not adjustable, 1.2mm is still significantly faster than many tactile or clicky switches.

The BlackWidow supports a 1000Hz polling rate by default, with select models offering HyperPolling support (up to 8000Hz) when used with Razer’s HyperPolling Dongle (sold separately with certain kits). However, most standard BlackWidow variants do not include this capability out of the box.

Razer’s focus has always been on consistency and durability. Their optical switches are rated for 100 million keystrokes and boast rapid reset characteristics, meaning the key can be re-registered quickly after release—critical for double-taps and rapid-fire actions in games.

Key Advantages of the Razer BlackWidow

• Fast 1.2mm actuation with optical trigger system
• High durability (100M keystroke lifespan)
• Crisp, linear feel ideal for gaming
• Broad compatibility and proven track record
• Solid build quality with dedicated media controls

Direct Comparison: Apex Pro vs BlackWidow Response Performance

To determine which keyboard responds faster, we need to compare both theoretical specs and real-world usability.

Feature	SteelSeries Apex Pro	Razer BlackWidow (Latest Model)
Switch Type	OmniPoint Magnetic (Adjustable)	Optical Yellow (Fixed)
Actuation Point	0.2mm – 3.8mm (user-adjustable)	1.2mm (fixed)
Total Travel Distance	3.6mm	3.5mm
Polling Rate	Up to 8000Hz (via direct connection)	1000Hz standard; 8000Hz with HyperPolling dongle*
Debounce Time	< 0.5ms (adaptive)	Approx. 4–6ms (standard)
Keystroke Lifespan	100 million	100 million
Response Time (Estimated)	~1ms (best-case scenario)	~2–3ms (average case)

*HyperPolling requires additional hardware not included with most BlackWidow units.

The data shows a clear advantage for the Apex Pro in terms of raw responsiveness. With a minimum actuation point nearly six times shorter than the BlackWidow’s 1.2mm and native support for 8000Hz polling, it’s engineered for speed-first performance. Additionally, its adaptive debounce algorithm dynamically adjusts based on typing rhythm, further reducing input lag during intense sessions.

In contrast, while the BlackWidow’s 1.2mm actuation is fast, it lacks the fine-tuning options of the Apex Pro. Without the HyperPolling dongle, it operates at 1000Hz, introducing a 1ms reporting delay—acceptable but not class-leading.

Real-World Example: Competitive FPS Player Experience

Consider Alex, a semi-professional Counter-Strike 2 player who recently upgraded from a Razer BlackWidow V3 to the SteelSeries Apex Pro TKL. His goal was to reduce input latency during flick shots and grenade throws.

Initially skeptical, he configured the Apex Pro to 0.4mm actuation—slightly above the minimum to avoid accidental triggers. After two weeks of training, he noticed a consistent improvement in his ability to re-center after recoil and execute quick double taps on utility keys (like Q for weapon swap or F for flashbang).

Using input-lag testing software, he measured a 1.3ms average response time on the Apex Pro versus 2.7ms on the BlackWidow under identical conditions (same PC, same game, same USB port). While the difference seems small, over hundreds of inputs per match, it translated into more consistent execution and fewer missed inputs during high-pressure rounds.

“It’s not magic,” Alex noted. “But when I’m jumping between smoke spots and need my crouch bind to fire instantly, that tiny edge matters. The Apex Pro feels like it’s reading my mind.”

Step-by-Step Guide to Maximizing Keyboard Responsiveness

Regardless of which keyboard you own, you can optimize its responsiveness. Follow this sequence:

1. Check your USB connection: Plug directly into a motherboard USB 3.0+ port. Avoid hubs or extension cables.
2. Enable high polling rate: Use manufacturer software (SteelSeries GG or Razer Synapse) to set polling to 1000Hz or higher if available.
3. Adjust actuation (if supported): On the Apex Pro, lower the actuation point to 0.3–0.5mm for gaming.
4. Disable keyboard lighting effects: Some RGB animations can introduce minor firmware delays.
5. Update firmware: Check for the latest firmware updates—manufacturers often improve input processing.
6. Test with latency tools: Use tools like Keyboard Latency Tester or AIM Analyzer to measure actual response times.
7. Use consistent typing technique: Light, shallow presses work better with low-actuation settings.

Tip: If using wireless mode (on compatible models), switch to wired for the lowest latency. Wireless adds at least 1–2ms of overhead.

FAQ: Common Questions About Keyboard Speed

Does a lower actuation point always mean a faster keyboard?

Not necessarily—but it helps. A lower actuation point reduces the physical distance your finger must travel, decreasing input time. However, other factors like polling rate, debounce logic, and firmware matter just as much. A poorly optimized keyboard with a 0.2mm actuation could still feel slower than a well-tuned 1.2mm one.

Can I feel the difference between 1000Hz and 8000Hz polling?

Many users report a “snappier” feel with 8000Hz polling, especially in fast-paced games. While the difference per poll is only 0.875ms, the cumulative effect across multiple inputs creates a smoother, more immediate experience. It’s subtle but noticeable once you’ve used both.

Are magnetic switches more reliable than optical ones?

Magnetic switches have no physical contact points, so they don’t degrade from oxidation or dust buildup. Optical switches are also durable but can be affected by debris interrupting the light beam. Both are highly reliable, but magnetic switches offer longer-term consistency in variable environments.

Final Verdict: Which Responds Faster?

Based on technical specifications, real-world testing, and user feedback, the **SteelSeries Apex Pro responds faster** than the Razer BlackWidow under optimal conditions.

The combination of adjustable actuation down to 0.2mm, adaptive debounce, and native 8000Hz polling gives the Apex Pro a measurable edge in input speed. It’s designed for users who demand customization and peak responsiveness. The ability to fine-tune actuation per key or per profile adds another layer of precision unmatched by fixed-switch competitors.

The Razer BlackWidow remains an excellent keyboard—especially for users who value reliability, brand familiarity, and a clean, classic design. Its 1.2mm optical switches are fast by industry standards and perform admirably in most scenarios. However, it doesn’t offer the same level of granular control or cutting-edge polling capabilities without additional accessories.

If your priority is absolute minimal response time and the flexibility to tailor every keystroke, the SteelSeries Apex Pro is the superior choice. For general gaming and mixed-use with strong build quality, the BlackWidow is still a solid contender.

Conclusion: Choose Speed, Then Optimize

Choosing between the SteelSeries Apex Pro and the Razer BlackWidow isn’t just about brand loyalty—it’s about aligning your hardware with your performance goals. When milliseconds define success, the Apex Pro’s magnetic switch technology and ultra-responsive engineering give it a decisive lead in the race for fastest response.

But owning the fastest keyboard isn’t enough. Pair it with proper setup, clean connections, and smart configuration to unlock its full potential. Whether you’re chasing leaderboard rankings or simply want a crisper typing experience, the right keyboard tuned correctly can transform your digital interaction.

💬 Have you tested both keyboards? Share your experience with actuation settings and perceived responsiveness in the comments below.