All MP300 and MP500 devices come supplied with the MPManager user interface. The job of MPManager is to give access to all of the functionalities of your Micropross tester, in an easy and convenient manner.

This antenna is able to accomodate the communication with smartcard up to 848kbps. It is connected to Micropross contactless testers through its SMB interface

The ISO 10373-6 test bench is our implementation of the test apparatus described inside the ISO 10373-6 specification, in order to perform functionnal test of PICC (contactless smartcards) and PCD (contactless readers) in a context of compliance testing of an object, with the ISO 14443 and ISO 18092 specifications.

The ISO 10373-6 test bench is our implementation of the test apparatus described inside the ISO 10373-6 specification, in order to perform functionnal test of PICC (contactless smartcards) and PCD (contactless readers) in a context of compliance testing of an object, with the ISO 14443 and ISO 18092 specifications.

The ISO 10373-7 test bench is our implementation of the test apparatus described inside the ISO 10373-7 specification, in order to perform functionnal test of VICC (contactless tags) and VCD (contactless readers) in a context of compliance testing of an object, with the ISO 15693 specification

The ISO 10373-6:2011 Class 1 reference PICC is the implementation of the reference antenna described inside the ISO 10373-6:2011 specification

The ISO 10373-6:2011 Class 2 reference PICC is the implementation of the reference antenna described inside the ISO 10373-6:2011 specification

The ISO 10373-6:2011 Class 3 reference PICC is the implementation of the reference antenna described inside the ISO 10373-6:2011 specification

The ISO 10373-6:2011 Class 4 reference PICC is the implementation of the reference antenna described inside the ISO 10373-6:2011 specification

The ISO 10373-6:2011 Class 5 reference PICC is the implementation of the reference antenna described inside the ISO 10373-6:2011 specification

The ISO 10373-6:2011 Class 6 reference PICC is the implementation of the reference antenna described inside the ISO 10373-6:2011 specification

To perform EMVCo L1 contactless PICC or PCD analog testing, it is required to use the antennas and measurement units defined by EMVCo as their reference kit

To perform EMVCo L1 contactless PICC or PCD analog testing, it is required to use the antennas and measurement units defined by EMVCo as their reference kit

This antenna is our implementation of the NFC Forum defined Poller 0 antenna.

This antenna is our implementation of the NFC Forum defined Poller 3 antenna.

This antenna is our implementation of the NFC Forum defined Poller 6 antenna.

This antenna is our implementation of the NFC Forum defined Listener 1 antenna

This antenna is our implementation of the NFC Forum defined Listener 3 antenna

This antenna is our implementation of the NFC Forum defined Listener 6 antenna

Our racks would typically be used by production machine manufacturers who are using the MP300 production tools, and who are looking for an elegant manner to integrate them inside their machine.

Our racks would typically be used by production machine manufacturers who are using the MP300 production tools, and who are looking for an elegant manner to integrate them inside their machine.

Our racks would typically be used by production machine manufacturers who are using the MP300 production tools, and who are looking for an elegant manner to integrate them inside their machine.

Our racks would typically be used by production machine manufacturers who are using the MP300 production tools, and who are looking for an elegant manner to integrate them inside their machine.

Micropross has designed a GUI, whose goal is to make the interface between the machine control PC, and the Micropross testers.

This flexprobe has the ISO 7816-1 defined format, and is typically used to test or spy a contact payment terminal, but also any ID1 format object

This flexprobe has the SIM 1 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the SIM 2 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the SIM 3 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the SIM 4 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the MICRO SIM 1 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the MICRO SIM 2 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the MICRO SIM 3 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the MICRO SIM 4 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the NANO SIM 1 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the NANO SIM 2 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the NANO SIM 3 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This flexprobe has the NANO SIM 4 defined format, and is typically used to test or spy the ISO 7816, SWP and USB interfaces of a mobile phone.

This adaptor allows to connect Micropross contact testers to devices that have not the typical smartcard or SIM form factor...

The Microbot is a 100% Micropross design, and solves in a robust and stable way the problematic of positionning contactless smartcards, terminals, or NFC devices at different places, to perform EMVCo L1 analog, NFC Forum type approval, or simply to perform distance testing.

One of the primary goals of the Denso Robot, is to place the Device Under Test at the different positions defined in the EMVCo and NFC Forum operating volumes

For particulary demanding customers, Micropross has integrated a robot from manufacturer Denso.

This external smartcard reader is typically connected to a Micropross tester using a MDR14-MDR14 cable, and facilitates test of contact smartcards in climatic chambers.

It is a very important part of the EMVCo L1 Contact electrical card test package.

This external smartcard reader is typically used in a context of dual interface smartcard testing, as it allows to access at the same time the contact, and the contactless interface of a smartcard

It might be interesting to monitor using an oscilloscope the different signals that are part of an ISO 7816, or SWP communication for a better analysis. This measurement probe solves in an elegant manner the problematic of extracting the 8 signals and exposes oscilloscope probe plots, for an easy connection.

This probe allows to test QFN packaged M2M components with Micropross traditionnal testers.

It also features oscilloscope probe connection plots, to easily monitor analog signals using an oscilloscope.

To perform EMVCo L1 contactless PICC or PCD analog testing, it is required to use the antennas and measurement units defined by EMVCo as their reference kit.