ASUS ROG Keris II Ace Bluetooth Wireless Gaming Mouse
ASUS ROG Keris II Ace – Ultra-Lightweight Ergonomic Professional Wireless Gaming Mouse
Maximize your competitive execution velocity, technical tracking accuracy, and long-session handling endurance with the elite, high-polling architecture of the ASUS ROG Keris II Ace. Explicitly engineered to deliver an uncompromised wireless input node for university esports program arenas, advanced digital design laboratories, and competitive student multi-media development workstations, this premium ergonomics hardware asset combines raw performance tracking with structural mobility. Running on an ultra-responsive tri-mode wireless platform, this gaming mouse delivers instantaneous peripheral initialization, automated device firmware synchronization, and a highly stable localized wireless connection path. This professional hardware solution completely eliminates the cursor skipping, tracking latency, and hand fatigue bottlenecks traditionally associated with standard low-tier office mice or basic consumer inputs. This means your competitive campus teams and digital creation specialists can bypass mechanical input limitations and establish an immediate, high-precision targeting matrix long before your next tournament or project deadline phase begins.
System data tracking and click execution performance are driven by an ultra-efficient, highly advanced optical processing core, focusing on a native ROG AimPoint Pro 42,000 DPI optical sensor, ultra-high-velocity ROG Polling Rate Booster capability supporting up to true 8,000Hz wireless polling speeds, long-life ROG Optical Micro Switches rated for 100 million clicks, and a lightweight 54-gram organic structural framework. This synchronized hardware foundation allows professional gaming competitors, animation students, and multi-window power users to execute pixel-perfect tracking sweeps, handle high-frequency mechanical inputs, and navigate complex spatial 3D software interfaces with absolute signal stability. The internal engine integrates an advanced ROG SpeedNova wireless transmission module paired with Bluetooth connectivity and wired USB paths. This makes it effortless for technical operators to maintain uncompromised data transmission speeds, synchronize custom profile directories instantly, or bridge multiple mobile computing hosts and gaming desktops smoothly without encountering tracking lag, stuttering, or dropouts.
The ROG Keris II Ace structural enclosure secures its position as a high-value institutional procurement asset because of its environmentally safe bio-based nylon composition, smooth-glide 100% PTFE Omni mouse feet, and extensive onboard profile customization memory matrix. Institutional technology directors and competitive team managers rely on this module's ruggedized internal motherboard components, form-fitting ergonomic shape designed in collaboration with top esports athletes, and driverless hardware profile adjustments to optimize tournament-floor efficiency and protect long-term technology budgets. The compact, ultra-light enclosure integrates an internal wireless USB receiver storage bay, a high-durability ROG Paracord charging cable pathway, and localized low-latency hardware switching keys, allowing management to verify absolute ecosystem cross-compatibility across all modern operating system networks while maintaining an organized, clutter-free desk space. On the outside, your long-term physical hardware asset is protected by an advanced structural protective shell shell shielding matrix and a non-slip professional finish, providing complete component longevity from the core optical layer up.
Features include:- 🎯 ROG AimPoint Pro 42K Optical Sensor: Cutting-edge 42,000 DPI tracking core engineered with an industry-leading <1% CPI deviation to deliver absolute cursor accuracy during high-stakes competitive esports matches.
- ⚡ Blistering 8000Hz Wireless Polling Rate: Upgraded polling velocity threshold driven by the included ROG Booster dock to eliminate input delay and maximize real-time tracking fluidity.
- 🪶 Ultra-Lightweight 54g Ergonomic Shell: Environmentally friendly bio-based nylon casing structured to minimize wrist strain and accelerate rapid physical sweep movements.
- 🖱️ 100-Million Click ROG Optical Switches: Premium near-zero latency optical micro switches built to eliminate debounce delay and survive intense multi-year competitive training blocks.
- 📶 SpeedNova Low-Latency Tri-Mode Wireless: Intelligent wireless automation logic providing energy-efficient 2.4GHz connections, versatile multi-device Bluetooth syncing, and hardwired USB charging modes.
- 🎛️ Driverless On-The-Fly Customization: Integrated hardware memory matrix allowing players to adjust DPI, polling rates, and lift-off distances directly on the device button panel without secondary software bottlenecks.
Specifications:
| Specification | Details |
|---|---|
| Brand | ASUS ROG (Republic of Gamers) |
| Model / Part Configuration | ROG Keris II Ace |
| Device Classification | Ultra-Lightweight Tri-Mode Wireless Gaming Peripheral Node |
| Optical Sensor Framework | ROG AimPoint Pro Optical Sensor (100 to 42,000 DPI Variable Scale) |
| Tracking Speed & Acceleration | 750 IPS (Inches Per Second) Max Velocity / 50G Maximum Acceleration Rating |
| Maximum Hardware Polling Rate | 8,000Hz Wireless (With included ROG Polling Rate Booster) / 1,000Hz Bluetooth Baseline |
| Primary Click Technology | ROG Optical Micro Switches (100-Million Click Lifecycle Structural Rating) |
| Tri-Mode Connection Interface | ROG SpeedNova 2.4GHz Wireless RF, Bluetooth 5.4, Wired USB 2.0 Type-A/Type-C Pipeline |
| Base Glide Substrate | 100% Virgin Grade PTFE Mouse Feet / Interchangable Omni-Pattern Ring Base |
| Onboard Storage Matrix | 5 Programmable Profile Hardware Memory Registers |
| Physical Dimensions | 4.76" x 2.64" x 1.65" Right-Handed Ergonomic Footprint (Length x Width x Height) |
| Net Structural Mass | 54 Grams Net Weight (Excluding internal USB wireless dongle storage) |
| Compliance Vetting | RoHS Material Compliant / WEEE / FCC Part 15 Certified Safety Matrix |
