Cherry MX2A Speed Silver Linear Switches

This linear switch suits users who want fast, smooth key presses with a relatively light actuation force. It fits well for gamers or typists who prefer minimal resistance and no tactile bump or click noise. The switch offers precise, consistent performance with a focus on smoothness and durability, but it is not silent and may not satisfy those seeking tactile feedback or quieter operation.

Feel & Sound

• Linear feel provides smooth, uninterrupted key travel without tactile bumps or clicks.
• Actuation force of 45g balances lightness with control, reducing finger fatigue during rapid typing or gaming.
• Sound profile is not silent; it produces a moderate noise typical of mechanical switches without click mechanisms.
• Optimized acoustics reduce harshness but do not eliminate key noise.

Actuation Characteristics

• Short pre-travel of 1.2mm enables quick key registration, beneficial for fast-paced input.
• Total travel distance of 3.4mm offers a standard keypress depth for comfortable typing.
• Diamond polished stem and spring guidance help maintain smooth keypresses and consistent feel over time.

Build Quality

• Reinforced stem ribs reduce wobble, improving stability and precision during use.
• Barrel-shaped stainless steel spring enhances durability and consistent force delivery.
• Gold cross point contact system improves electrical reliability and longevity.
• High-precision ring lubrication applied at the factory reduces initial scratchiness, though additional lubing may further improve smoothness.

Compatibility

• Available in plate mount and PCB mount variants, including RGB-compatible versions.
• Standard MX stem supports a wide range of keycaps.
• Three-pin design fits most MX-compatible hot-swap sockets, but compatibility depends on the keyboard.

Trade-offs

• Not silent; users seeking quiet operation should consider other options.
• Linear feel may feel too light or lacking feedback for users who prefer tactile or clicky switches.
• Despite factory lubrication, some users may experience a break-in period before optimal smoothness.