Out of Stock
ASUS ROG Keris WL AimPoint — Tri‑Mode 2.4 GHz/Bluetooth/Wired | Wireless, RGB, Ambidextrous
ASUS
MPN: P709ROGKERWLAIMPTWHT
$114.99
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Tri‑mode connectivity: 2.4 GHz RF, Bluetooth, USB‑C wired
- AimPoint optical sensor for low-latency tracking
- Ambidextrous lightweight form factor
- Onboard profile memory
- Programmable RGB lighting
- Durable mechanical switches
- Enable tri-mode connectivity with 2.4 GHz RF, Bluetooth, or USB‑C wired
- Deliver precise tracking via AimPoint optical sensor
Maintain consistent, repeatable pointer performance during long test cycles, VDI validation, and competitive gameplay with the ASUS ROG Keris WL AimPoint. Delivering tri‑mode connectivity — 2.4 GHz RF dongle, Bluetooth, and USB‑C wired — this mouse adapts to locked-down workstations, remote test benches, and conference-room systems without swapping devices. The AimPoint optical sensor provides low-latency, high-precision tracking optimized for rapid cursor acceleration and micro adjustments. An ambidextrous chassis reduces logistical complexity for mixed-handed teams, while programmable RGB and onboard profile storage let procurement enforce branding and profile standards across fleets. Durable mechanical switches and a lightweight build reduce fatigue across marathon sessions and high-click workloads. Choose the Keris WL when you need a compact, configurable mouse that balances enterprise manageability with competition-grade responsiveness.
Ideal For
- Standardize input device across mixed-handed workstations
- Provide low-latency wireless input for test rigs and validation labs
- Issue configurable mice for esports and training facilities
- Deploy to conference rooms for quick device pairing and wired fallback
Why This Product
- 1Offer tri‑mode flexibility versus single-mode wireless mice
- 2Provide ambidextrous fit where right-only devices fail to standardize
- 3Include onboard profile memory unlike basic office mice
- 4Deliver AimPoint sensor accuracy compared with generic optical sensors
