Mechboards Gherkin Kit vs KEEBD MiniNova V2Ortholinear vs Normal Layout

The core difference is the key layout. The Mechboards Gherkin uses an ortholinear grid where keys are aligned in straight columns and rows. The KEEBD MiniNova V2 uses a normal staggered layout, which is the traditional offset pattern found on most keyboards.

No, both are soldering kits by default. The Gherkin listing explicitly states it is a soldering kit and not hot-swap. The MiniNova V2 offers an optional 'EZ-Solder Header' to enable hot-swapping for the controller only, but the switches still require soldering.

For the Gherkin, you need 30 MX switches, 30 keycaps, and a USB cable. For the MiniNova V2, you need a Pro Micro controller, MX switches, and 32 keycaps. Both require standard soldering tools like an iron, solder, and flush cutters.

The Gherkin vendor description directly states it's 'great as a first soldering project' and provides a detailed build overview. The MiniNova V2 listing does not make a similar claim, though it is also a through-hole soldering project. The included RP2040 in the Gherkin simplifies part sourcing.

You can, but they are not ideal. With only 30 keys, you must use function layers to access essential gaming keys like numbers, F-keys, and arrows. This requires significant memorization and may hinder performance in fast-paced games.

No, according to the provided specifications, neither the Mechboards Gherkin nor the KEEBD MiniNova V2 has RGB lighting features.

The Mechboards Gherkin kit includes an RP2040 controller. The KEEBD MiniNova V2 kit requires you to provide your own Pro Micro controller, as it is listed under 'Required to Complete'.

Yes, the product metadata specifies the case material for the KEEBD MiniNova V2 as acrylic, and the kit includes an 'Acrylic Bottom Plate'.

You must use a function layer. The Gherkin vendor description explicitly notes you'll use a layer to access numbers, symbols, and arrows. The same concept applies to the MiniNova V2, as it has no dedicated number row.

Both are extremely compact, being numpad-sized. The MiniNova V2 may have a slight advantage as its acrylic case could be lighter than the Gherkin's plate case, and it includes a power switch for easier power management on the go.

The Gherkin's design is noted as open-source, originally from 40percent.club and released on GitHub. The MiniNova V2 listing states it was designed by 'tjeffree' but does not explicitly confirm an open-source release.

The KEEBD MiniNova V2 kit listing mentions an 'Optional Items' list that includes a '2u PCB Mount Stabilizer'. This suggests the PCB has support for a 2-unit key, which could be used for a larger spacebar or other modifier.