The architecture of the new Banksys terminal is based on a single chip. This chip, the heart of the C-ZAM/XENTA, is comprised of two microprocessor cores, which contain all functions needed to operate the terminal. One microprocessor manages the security aspects, while the other runs the applications. Banksys has thus succeeded in condensing fifteen years of know-how into 1.5 cm². This is a remarkable achievement in many ways, not in the least because a terminal manufacturer has specified, designed, and developed a chip that is its own intellectual property.

There are numerous advantages to this mono-chip/bi-processor approach. It increases security, improves the already very high performance of the C-ZAM/SMASH, permits a very impressive transaction speed, and greatly accelerates time-to-market. In addition, this new generation makes possible a particularly attractive Total Cost of Ownership (TCO). With this premiere, Banksys solidifies its reputation as a pioneer, just as it did in 1999 when it introduced the C-ZAM/SMASH.
 
According to Vincent Roland, Manager Technologies & Products, “We are particularly proud to be presenting our very latest generation of countertop payment terminals at Cartes, for several reasons. The C-ZAM/XENTA is based on the most advanced technologies available and it has been designed with the utmost attention to every facet of a transaction. In addition, the creation of our own chip represents an important step in applying an efficient TCO.” Roland also adds that this latest technology proves that Banksys is prepared to meet even the most diverse expectations and demands of the market.