Different Types of Typing Keyboards: Layouts, Switches and Uses

There are several different types of typing keyboards, and they can be classified in two main ways: by layout and size—such as full-size, tenkeyless, 75%, 65% and split ergonomic—and by key mechanism—such as membrane, scissor-switch and mechanical. These categories overlap, so a keyboard might be both a 75% layout and a mechanical keyboard, or both full-size and low-profile.

Keyboard types by size and layout

1. Full-size keyboards

A full-size keyboard includes the main letter area, number row, function row, arrow keys, navigation cluster and dedicated numeric keypad. It is a strong choice for office work and data entry because almost every major key group is immediately available.

The trade-off is width. A full-size keyboard takes more desk space and may place the mouse farther from the body. See our full-size keyboard for typing guide for the features that matter most.

2. Tenkeyless (TKL) keyboards

Tenkeyless keyboards remove the numeric keypad while keeping the function row, arrows and most navigation keys. This makes the keyboard narrower without changing the familiar letter section. TKL is a useful compromise for writers, programmers and general computer users who rarely enter long sequences of numbers.

3. 75% keyboards

A 75% keyboard compresses many of the keys found on a TKL board into a tighter arrangement. It usually keeps function keys and arrows but reduces empty space. This can save desk room while preserving many dedicated controls, although the tighter navigation area may take time to learn.

4. 65% keyboards

A 65% keyboard usually keeps the main letters, number row and arrow keys but removes the dedicated function row and some navigation keys. Missing functions are typically accessed through shortcuts or layers. These boards are compact, but they may be less convenient for learners who want every frequently used key visible.

5. 60% and smaller keyboards

Very compact keyboards remove more dedicated keys and rely heavily on function layers. They can be excellent for portability and minimalist desks, but they are not automatically better for typing. If your work frequently uses arrows, function keys, navigation commands or a numpad, hidden layers can slow down those actions.

6. Split and ergonomic keyboards

Split keyboards separate the left and right typing areas, either physically or within one angled body. Some allow tenting or adjustable separation. Their goal is usually to reduce how much the hands and forearms must rotate inward. They can feel comfortable for some users, but the new geometry requires adaptation and should not be treated as a guaranteed solution for pain.

7. Laptop keyboards

Laptop keyboards are integrated into the computer and normally use shallow, low-profile keys. Many typists become very fast on them because the travel is short and the layout is familiar. The main limitation is that laptop position ties the keyboard to the screen, which can make ergonomic adjustment harder unless an external monitor or keyboard is used.

Keyboard types by key mechanism

Membrane keyboards

Membrane keyboards are common in homes, offices and schools. They use a flexible membrane system beneath the keys and are often inexpensive and relatively quiet. Quality varies considerably, so the useful question is whether the keys register consistently and feel comfortable—not whether the keyboard is simply labeled membrane.

Scissor-switch keyboards

Scissor mechanisms are common on laptops and many slim desktop keyboards. They stabilize each key with a scissor-like structure and typically provide short travel. People accustomed to laptops often find them familiar and quick.

Mechanical keyboards

Mechanical keyboards use an individual switch under each key. There are many switch designs with different actuation forces, travel distances, tactile feedback and sound levels. Some typists prefer tactile feedback; others prefer smooth linear switches or quieter options. The category offers choice, but that also means there is no single “mechanical feel.”

Low-profile mechanical keyboards

Low-profile mechanical boards combine individual mechanical switches with shorter keycaps and reduced travel or overall height. They can appeal to users who want a mechanical feel without a tall traditional keyboard profile.

Keyboard types by connection

Wired keyboards use USB and avoid battery concerns. Wireless keyboards may connect through Bluetooth or a dedicated receiver and reduce cable clutter. For normal typing, either can work well when the connection is reliable. Extremely low gaming latency is usually not important for ordinary writing or touch-typing practice.

Keyboard types by language and key arrangement

Keyboard size and switch type are separate from the character arrangement. QWERTY is common in many English-speaking environments, while other regions may use variations such as QWERTZ or AZERTY. Enter, Shift, Backslash and other key shapes can also differ between common physical standards.

For touch-typing lessons, use the layout that matches the physical keyboard in front of you. Learning a finger map that does not match your actual keys creates unnecessary confusion.

Which keyboard type is best for different users?

What type should you use to learn touch typing?

You can learn touch typing on almost any reliable physical keyboard. The main requirement is consistency. A standard layout makes the skill easier to transfer between computers, while frequent switching between dramatically different layouts may temporarily slow you down.

Start with guided typing lessons, learn the home-row anchors, and build accurate movement before worrying about hardware upgrades. If you use a dedicated keypad for work, learn that separately in the Numpad / 10-Key course.

Do keyboard types change typing speed?

A different keyboard can affect comfort, error rate and how quickly you adapt, but hardware alone does not create typing skill. Familiarity, technique, accuracy, key recognition and practice have a larger role. When comparing keyboards, measure how you type after enough time to adapt rather than judging only from the first minute.

How to compare two keyboard types fairly

1. Use the same text on both keyboards.
2. Allow a short adaptation period before measuring.
3. Run the same 5-minute typing test.
4. Compare accuracy as well as WPM.
5. Notice tension, reach, noise and comfort after several minutes.
6. If numbers matter to your work, test the number row or numpad separately.