Blog
New market opened for Korea and Japan
Hello MSX friends from Korea and Japan, Since today, customers are enabled to checkout from this two countries. Please note that total price will include international postage (with tracking) but...
New market opened for Korea and Japan
Hello MSX friends from Korea and Japan, Since today, customers are enabled to checkout from this two countries. Please note that total price will include international postage (with tracking) but...
Taka-nami proto5 with new features
New taka-nami proto5 with built-in flash rom brings new exciting features: Ultra high-speed access to bios and basic You can flash your own board version or use a customised image...
Taka-nami proto5 with new features
New taka-nami proto5 with built-in flash rom brings new exciting features: Ultra high-speed access to bios and basic You can flash your own board version or use a customised image...
Jumper settings for new Taka-Nami
Newer Taka-Namis include a new core logic with implements the configuration slightly different than previous ones. You still can select which slot (or sub-slot) uses your motherboard ram but with...
Jumper settings for new Taka-Nami
Newer Taka-Namis include a new core logic with implements the configuration slightly different than previous ones. You still can select which slot (or sub-slot) uses your motherboard ram but with...
DIY Customer Designs for a Tides-Rider Enclosure
Today I want to share with you two amazing designs of enclosures for the Tides-Rider board. One of them is done with laser-cut acrylic and the other is 3d printed....
DIY Customer Designs for a Tides-Rider Enclosure
Today I want to share with you two amazing designs of enclosures for the Tides-Rider board. One of them is done with laser-cut acrylic and the other is 3d printed....
MSX DMA implementation (3)
Comes from part 2: Minimalistic DMA manager To begin our minumum logic implementation, first we define our interface. That is, the definition of the physical signals that we'll manage, both...
MSX DMA implementation (3)
Comes from part 2: Minimalistic DMA manager To begin our minumum logic implementation, first we define our interface. That is, the definition of the physical signals that we'll manage, both...