Device for instant QRcode payment in the NPCS system of fast payments and display of any graphic information.
Designed for use in retail outlets as an selfsufficient payment tool, as well as an addition to the existing cash register equipment.
The terminal is powered by Mediatek MT6765 processor and Android 8.1 operating system.
Supports WiFi, Bluetooth and LTE.
The enclosure design allows for mounting in three positions.
It can be positioned horizontally or vertically, and it can be mounted on the wall.
The project was implemented as soon as possible finished prototypes were delivered to the customer a month after initial designing.
Embedded payment terminal with a 3.5 inch touch screen and GSMcommunication, certified according to the standards of international payment systems.
We carried out a project of serial production of turnkey terminals, including the procurement of components, moulding of cases, components mounting on the board, assembly, firmware and testing of finished terminals.
Prior to the launch of the project, a DFM analysis was conducted, which resulted in a redesign of the housing, increased display contrast, a new antenna on a flexible printed circuit board, and optimized BOM.
Thus we increased the reliability of the device while reducing manufacturing costs.
One of the main aims our developers and technologists pursued was to ensure a tight fit of the display to the body under any temperature and mechanical deformations.
The validator is mounted on a handrail in the passenger compartment of the bus; it is equipped with a 4.5inch color display, contactless card reader and wireless Internet connection. A system of passive cooling and electric heating was implemented for quick start in frosty weather.
We made a deep redesign of the validator. The new solution was implemented on the Mediatek platform with a custom display, battery and all the necessary peripherals. In addition, an update of the operating system and payment application by air was implemented.
We implemented a passive cooling and electric heating system for quick startup in frosty weather.
We made a deep redesign of the validator.
The new solution was implemented on the Mediatek platform with a custom display, battery and all necessary peripherals.
We also implemented online updating for operating system and payment application.
The module is part of the automation cabinet at the subway station.
The main challenge we faced in the production of this module was to ensure maximum reliability and durability of the device.
Prior to the production, we conducted a DFM analysis of the design and components, and, together with the customer, we revised the documentation.
Transformers and radiators were designed and manufactured to order.
We also applied the custom technology for applying the protective coating.
All these measures, combined with the building of new component supply chains, made it possible not only to ensure quality consistency and predictability, but also to reduce the production costs.
Professional Russian 3000W UPS with double conversion.
We designed the PCB, custom transformers and radiators, cooling system and display.
Given the large number of massive components, the main challenge was to design a board that would optimize the mounting price and not to complicate the application of a protective coating.
We also implemented a powerful and silent cooling system to ensure stable operation of the UPS under high load.
We designed terminals in two form factors with custom displays and special camera modules and made moulds for them.
The device is powered by Mediatek MT6765 processor (8 CortexA53 cores) and Android 8.1 operating system.
Development was completed in a very short time span of three months.
And in the course of the year, we released a second, improved version of the device, the platform of which allows the production of even small runs.
We Implemented a project for the serial production of finished products housing moulding, PCBA manufacture, assembly, firmware and testing of finished devices.
Some images have been modified to comply with privacy requirements
A thin client powered by the Intel Atom series processor with passive cooling and no moving parts, which significantly increases its uptime.
A smartcard reader is built into the PC case to ensure secure load of the employee's work environment.
The thin client has an adapter for mounting on the back of the monitor with a standard VESA mount
We designed the build of the computer, designed and manufactured the case.
Assembly, testing and software loading was done in our production facility.
The dashboard camera was designed for commercial vehicle fleets. It is based on the powerful SoC (Qualcomm Snapdragon) with EDGE ML computation and with the wide connectivity which helps to provide a stand-alone working with opportunities of connection to network. Powered by Android.