Sustainability FocusedThe set is composed of at least 60% post-consumer recycled (PCR) plastic - and delivered in Forest Stewardship Council (FSC®) certified packaging. Reliable Wireless Connection OptionsProvides two convenient and secure connection options - a compact USB-A nano receiver for a reliable 2.4GHz wireless connection with government-grade AES 128-bit encryption, and Bluetooth® (BT 5.0) for seamless wireless connectivity. Windows and macOS compatibleRechargeable 500mAh BatterySupports up to 4 months of productivity with a single charge. Includes USB-A to USB-C® cable for charging and wired connection. Also includes USB-A to USB-C® adapter to accommodate different connections. Full Size Keyboard with Dedicated Copilot KeyWith 6 rows of membrane keys including a numeric keypad, the ANSI keyboard layout is ideal for the touch typist looking to maximize their productivity. Dedicated Copilot key puts AI assistance at your fingertips and the function key lock allows you to easily toggle between standard function operations and special media functions. Spill-Proof ProtectionA sealed membrane keyboard design ensures that any spills of water, coffee, or other liquids will not damage the electronics and can be simply wiped dry. LED IndicatorsConvenient LED indicators offer visual confirmation for battery life, Num Lock, Caps Lock, pairing status, and scrolling functionality. Quiet-Click Ambidextrous MouseSignificantly quieter than a standard mouse to reduce noise in busy workplaces. Comfortable for both left and right-handed users, it features a center scroll wheel with 3 buttons to support efficient clicking and scrolling. Wipe Down ProtectionMeets MIL-STD-810H Method 504.3 Contamination by Fluids with disinfectants with no degradation.

• Kensington KM270 EQ Rechargeable Desktop Set - Wireless: Sustainability FocusedThe set is composed of at least 60% post-consumer recycled (PCR) plastic - and delivered in Forest Stewardship Council (FSC®) certified packaging. Reliable Wireless Connection OptionsProvides two convenient and secure connection options - a compact USB-A nano receiver for a reliable 2.4GHz wireless connection with government-grade AES 128-bit encryption, and Bluetooth® (BT 5.0) for seamless wireless
• Quiet-Click Mouse for Distraction-Free Workspaces: Ergonomically designed mouse with silent-click buttons and smooth tracking, ideal for shared offices or low-noise environments.
• Dual Wireless Connectivity Options: Supports both 2.4GHz wireless via USB-A nano receiver and Bluetooth, offering flexible pairing across desktops, laptops, and tablets.
• Sustainable Materials and Packaging: Constructed with 60% post-consumer recycled plastic and shipped in FSC® certified packaging, aligning with eco-conscious sourcing standards.
• Spill-Proof Keyboard Design: Built to withstand accidental spills, the keyboard’s sealed membrane design enhances durability and longevity in high-use environments.
• Kensington KM270 EQ Rechargeable Desktop Set - Wireless: Sustainability FocusedThe set is composed of at least 60% post-consumer recycled (PCR) plastic - and delivered in Forest Stewardship Council (FSC®) certified packaging. Reliable Wireless Connection OptionsProvides two convenient and secure connection options - a compact USB-A nano receiver for a reliable 2.4GHz wireless connection with government-grade AES 128-bit encryption, and Bluetooth® (BT 5.0) for seamless wireless
• Quiet-Click Mouse for Distraction-Free Workspaces: Ergonomically designed mouse with silent-click buttons and smooth tracking, ideal for shared offices or low-noise environments.
• Dual Wireless Connectivity Options: Supports both 2.4GHz wireless via USB-A nano receiver and Bluetooth, offering flexible pairing across desktops, laptops, and tablets.
• Sustainable Materials and Packaging: Constructed with 60% post-consumer recycled plastic and shipped in FSC® certified packaging, aligning with eco-conscious sourcing standards.
• Spill-Proof Keyboard Design: Built to withstand accidental spills, the keyboard’s sealed membrane design enhances durability and longevity in high-use environments.