Successful ODM (Original Design Manufacturer) project relies on the high degree of mutual trust between the purchaser and the manufacturer, and the designer. The latter's mission must reach all of the former's requirements. From the motherboard to the system infrastructure of a slot machine belonging to a well-known Japan gaming vendor was designed by DFI. Simultaneously, it achieved a substantial cost reduction, special institutional requirements, strict safety regulations, and good heat dissipation. It set a benchmark and must be accomplished for DFI's ODM business.
Application: Slot Machine
Solution: ODM System Project
A slot machine is a gambling platform and can often be seen in casinos or unique entertainment venues. The gameplay is to put "slots" (meaning coins) into the machine, and then different patterns will be randomly selected on the machine's screen. If a connection matches the same or a specific way, the winner will win a prize according to their odds. Due to the low rate of winning bets, there is no return if you enter the tiger's mouth.
Slot machines have been around for more than a hundred years, and they have become the most popular casino game. With the rise of digital electronics, slot machines have evolved from original designs such as cast-iron bodies, mechanical hinges, and joysticks to electronic game machines running on an electronic screen with a random number generator (RNG). Online slot machines are even more popular. In addition to the classic slot game that imitates the physical design, the electronic version is also popular. The latter pays particular attention to the exquisite graphics and stunning special effects. It is called a 3D slot machine.
Modern high-tech slot machines integrate many peripheral devices to provide a better user experience, such as panels, buttons, LED light bars, high-wattage speakers, coin machines, currency counters, change channels, coin collection boxes so on. Usually, these peripheral devices have independent control circuit boards connected to the system motherboard and bring a more complex system architecture and more difficult integration projects. It also increases the overall cost. Therefore, the pursuit of higher system integration to gradually integrate the control circuit board into the system motherboard as best as possible can reduce costs, but this also tests hardware manufacturers' system design capabilities.