Logitech G512 X 75 TMR Analog Mechanical Gaming Keyboard | White Tactile

• Brand: Logitech
• Model: G512 X 75
• Product Family: G5 Series
• Product Type: TMR analog / mechanical keyboard
• Configuration: White, Tactile
• SKU: 920-013955
• Model Number: YU0094
• Layout: US International
• Form Factor: 75%
• Number of Keys: 81
• Connection: Wired USB
• USB Protocol: USB 2.0 or above
• Connector: USB Type-C
• Cable: 1.8 m USB-A to USB-C
• Analog Technology: TMR
• Dual Swap TMR Beds: 39
• Included Analog Switches: 9 linear magnetic analog switches
• Mechanical Switches: Tactile configuration
• Analog Actuation: Adjustable
• Analog Actuation Range: 0.1–4.0 mm
• Standard Mechanical Actuation: 2.0 mm
• Total Travel: 4.0 mm
• Kailh Tactile Force: 50 ±10 gf
• Kailh Linear Force: 40 ±8 gf
• Gateron KS20 Force: 30 ±10 gf
• Switch Durability: Up to 50 million keypresses
• Report Rate: 1 kHz / 8 kHz
• Backlighting: RGB
• LIGHTSYNC: Yes
• Rotary Controls: 2 programmable rotary knobs
• Programmable Controls: KEYCONTROL
• Rapid Trigger: Yes

Why Choose This Product?

• Configurable analog platform: TMR sensing gives buyers more input-control options than a conventional fixed mechanical keyboard.
• Switch flexibility: Dual Swap architecture supports the supplied configuration while providing supported mechanical/analog switch flexibility.
• High-frequency reporting: 8 kHz reporting supports performance-oriented deployments where rapid input reporting is required.
• Compact procurement footprint: The 75% layout can provide a more space-efficient workstation configuration.
• Tactile user experience: The tactile configuration suits users who prefer mechanical feedback while retaining analog capabilities.
• Profile portability: Three onboard profiles can help standardize configurations between supported workstation deployments.
• Reduced accessory dependency: Programmable rotary controls, RGB and onboard functionality are integrated into the keyboard.
• Long-use design: PBT keycaps and a rated 50-million-keypress switch life support repeated-use environments.