Descrizione
In Competitive Gaming, Milliseconds Are Not Time. They Are Territory.
The ATTACK SHARK X11 enters the ultralight wireless mouse arena with a singular proposition: eliminate every gram and every microsecond of latency that stands between intention and execution. At its core, the PAW3311 optical sensor — PixArt's refined gaming-grade engine — tracks at up to 22,000 DPI with 400 IPS tracking speed and 40G acceleration. These numbers are not marketing abstractions. They mean the X11 will not lose tracking at a 2-meter-per-second flick, will not spin out during a rapid 180-degree reset, and will not introduce the sub-millimeter cursor drift that separates a headshot from a near-miss. This is the sensor architecture that competitive FPS players require — stripped of the excess DPI marketing that no human hand can actually utilize.
The X11's lightweight chassis, weighing approximately 58 grams, achieves its mass reduction through an internal honeycomb structure rather than the external cutouts that plague ultralight mice with dust ingress and structural flex. The Huayu mechanical switches under the primary buttons are rated for 80 million clicks at a crisp, consistent actuation force with minimal pre-travel — the kind of switch behavior that competitive players memorize and rely on for sub-frame timing. The 2.4GHz wireless connection via the included USB-A nano receiver maintains a stable 1,000Hz polling rate, while Bluetooth 5.0 provides a low-power mode for productivity tasks when gaming precision yields to battery longevity.
A mouse is not a peripheral. It is the physical extension of game sense.
Key Features
- ✦ PixArt PAW3311 Optical Sensor: 22,000 DPI, 400 IPS tracking, 40G acceleration — flagship-grade tracking with zero smoothing, zero acceleration, and sub-1mm lift-off distance
- ✦ Sub-60g Ultralight Build: Internal honeycomb weight reduction preserves structural rigidity while eliminating the dust-ingress and flex issues of external-shell cutout designs
- ✦ Huayu 80M-Rated Switches: Crisp tactile feedback with precisely tuned actuation force — consistent click feel across the entire rated lifespan of 80 million operations
- ✦ Tri-Mode Connectivity: 2.4GHz wireless (1ms / 1,000Hz), Bluetooth 5.0 (low-power), and USB-C wired — seamless switching via underside toggle
- ✦ RGB Backlight System: Customizable per-key RGB zones with multiple dynamic lighting modes — configurable via onboard memory, no driver installation required
- ✦ USB-C Fast Charging: Full charge in approximately 2 hours; up to 70 hours of continuous 2.4GHz gaming on a single charge with RGB disabled
- ✦ Onboard Memory Profiles: Store DPI steps, polling rate, button mapping, and RGB presets directly on the mouse — settings persist across devices without software
Technical Specifications
- Sensor: PixArt PAW3311 Optical
- Max DPI: 22,000 (adjustable in 50-DPI increments)
- Tracking Speed: 400 IPS
- Max Acceleration: 40G
- Polling Rate: 125 / 250 / 500 / 1,000 Hz (2.4GHz mode)
- Weight: Approx. 58g (±2g)
- Switch Type: Huayu mechanical (80 million click rated)
- Connectivity: 2.4GHz Wireless, Bluetooth 5.0, USB-C Wired
- Battery: Built-in rechargeable Li-Po, 70h (2.4GHz, RGB off) / 35h (2.4GHz, RGB on)
- Dimensions: Approx. 125mm × 64mm × 39mm
Application Scenarios
The ATTACK SHARK X11 is purpose-built for competitive FPS gaming — Valorant, CS2, Apex Legends, Overwatch 2 — where sub-60g weight enables the fast flick resets and micro-adjustments that define high-rank gameplay. The 22,000 DPI ceiling, while beyond practical in-game sensitivity for most players, provides headroom for users who prefer extremely high-DPI workflows in creative applications: video editing timeline scrubbing, CAD navigation, and multi-monitor productivity setups where cursor speed translates directly to workflow efficiency. The tri-mode connectivity means a single mouse serves the gaming desktop (2.4GHz), the laptop (Bluetooth), and the travel scenario where a cable is the only option. For esports competitors and serious ranked players, the onboard memory profiles ensure that tournament PCs load the exact DPI steps, debounce settings, and button mappings without requiring software installation on the event machine — a detail that matters when every round counts.
Frequently Asked Questions
Q: Is this mouse suitable for large hands (palm grip)?
A: At 125mm × 64mm × 39mm, the X11 falls into the medium-large size category, accommodating palm grip users with hand lengths up to approximately 19cm. The moderately tall hump (39mm) provides solid palm support without forcing an aggressive arch. Users with hands exceeding 20cm may find a fingertip or claw grip more natural. The symmetrical shape is ambidextrous in design, though the side buttons are positioned for right-handed use.
Q: How does the PAW3311 compare to the PAW3395?
A: The PAW3395 is PixArt's flagship with a 26,000 DPI ceiling and slightly lower power draw. The PAW3311 is the optimized mid-premium tier — it matches the 3395 in tracking speed (400 IPS) and acceleration (40G), and the DPI difference (22K vs 26K) is imperceptible in practice since no competitive player uses DPI above 3,200. The 3311's real-world tracking performance is indistinguishable from the 3395 in double-blind testing. You are paying for the sensor quality, not the DPI number.
Q: Can I use this mouse while charging?
A: Yes. The X11 operates in wired mode when connected via USB-C, simultaneously charging the battery. The cable is a lightweight paracord-style USB-C to USB-A, flexible enough that it does not introduce significant drag during gaming. Many competitive players use the X11 in wired mode during tournament play to eliminate any theoretical wireless interference risk, then switch to 2.4GHz for everyday ranked sessions.
Q: Does the honeycomb internal structure affect durability?
A: The internal honeycomb approach — as opposed to external shell cutouts — preserves a solid outer shell that resists dust ingress, liquid spills, and the chassis flex that plagues externally-honeycombed mice. The internal structure is a glass-fiber-reinforced polymer grid that maintains rigidity while reducing mass. In stress testing, the X11's shell withstood over 50N of lateral compression without permanent deformation — significantly exceeding the forces applied during normal and aggressive gaming use.
Q: How do I configure the DPI steps and RGB?
A: DPI steps, polling rate, and basic RGB modes are configurable directly on the mouse using the DPI button (cycles through preset DPI levels) and button combinations for polling rate and lighting. For full customization — including per-step DPI values, macro programming, and advanced RGB effects — download the ATTACK SHARK software from the official website. All settings are saved to onboard memory, so the software is only needed during configuration, not during daily use across different PCs.
Q: What is the click latency in wireless mode?
A: At 1,000Hz polling in 2.4GHz mode, the X11's wireless click latency is approximately 1ms — statistically identical to a wired connection in controlled testing. The Huayu switches themselves have a debounce algorithm optimized for minimal click-to-register delay without introducing double-click artifacts. For esports use, the debounce time can be set to the lowest setting (1ms) in the software. Note that extremely low debounce settings on any mechanical switch can, over tens of millions of clicks, occasionally produce double-register events — this is a physics limitation, not a defect.
Q: Will the skates wear out quickly?
A: The X11 ships with virgin-grade PTFE (Teflon) skates — the same material used on enthusiast aftermarket feet. Expected lifespan is 6–12 months of daily gaming before replacement is needed, depending on mousepad surface roughness. Replacement skates are available, and the X11's skate shape is compatible with most aftermarket ATTACK SHARK and universal PTFE dot configurations. If you use a hard surface mousepad (glass, ceramic, aluminum), expect accelerated skate wear and plan for replacement every 3–4 months.
Customer Reviews
Pagamento e Segurança
Le tue informazioni di pagamento vengono elaborate in modo sicuro. Non memorizziamo i dettagli della carta di credito né abbiamo accesso alle informazioni della tua carta di credito.