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We have experience developing BIOS, bootloaders (such as U-Boot and RedBoot), firmware, drivers, operating systems and applications for a variety of systems and connections, including: x86 (PC), ARM and MIPS-based processors and microcontrollers Serial Communications, such as: USB, CAN, SPI, RS232, RS422, RS485, I2C, ProfiBus, Ethernet, 1 wire, etc RF Communications, such as: 2G, 3G, 4G, GPS, Wi-Fi, Bluetooth, Zigbee, Custom, etc Storage, such as: DDR3, NAND Flash, eMMC, SATA, PATA, Compact Flash, SD, E2PROM, etc FPGAs, PLDs, etc and many, many more… We have more specialised expertise in low-level operating systems and device drivers, as well as Linux for embedded applications.

The Sirius MK6 Labeller is an accurate and reliable system manufactured for high-speed label applications. With a maximum production speed of 300 products per minute, the Sirius MK6 increases your production line’s speed and efficiency. Built with a heavy-duty conveyor and stainless-steel base frame, this label application machine is made to last. It’s innovative “no tool” adjustment process allows the user to effortlessly perform product changeovers. The operating system is cost effective, allowing for easy use, setup, and maintenance. It also includes video tutorials on maintenance, changeovers, and system alarms. This system is not only easy to use, but also can keep up with the industry’s advanced machine capability requirements. The Sirius MK6 is a Pharmaceutical Grade Labeller.

The TM range of computer on modules was designed to deliver ultra small and low cost modules that can be used in space and power limited applications. Born in the era of the Raspberry Pi and other low cost boards the TM range manages to provide not only a true embedded, long life platform at a cost that rivals consumer but also a range of supported operating systems and free in-house technical support. NXP iMX6 ARM Cortex A9 single-core processor ARM NEON coprocessor 1GB of Low Power DDR3 memory MicroSD or eMMC storage devices Wi-Fi & Bluetooth optional Up to 60 GPIO lines with selectable 1.8 or 3.3 voltage levels Extended operating temperature range Android and Ubuntu Linux LTS operating systems supported

Our TM1+7 SBC is makes a low cost, readily available, long life smart phone platform available for you to design your product around. We have designed, tested and approved the platform to make integration into your product as easy and risk free as possible. With a mix of high speed digital and RF interfaces occupying a very small space the TM1+7 presents Wi-Fi, Bluetooth, 3G GSM, GPS, CAN, I2C, GPIO, Accelerometer, Light Sensor, touchscreen Controller, LCD interfaces, two RS232 and one RS422/485 together with a powerful ARM Cortex A9 1GHz processor. Getting this range of electronics to work together reliably needs an extensive operating system that has been tested and proven to work across a range of use cases. The TM1+7 has two operating systems, Android and Linux. If you are looking for a touchscreen solution then check out our Beta C series of modular touchscreen platforms where we have integrated the TM1+7 with our LCD, touchscreen and mechanicals.

Using our TM1 it is the ideal module for an Internet of Things (IoT) device. The TM1+6 can be used where Wi-Fi, Bluetooth and/or Ethernet is required. Together with three asynchronous RS232/422/485 ports, the TM1+6 is an extremely versatile host board which can support a wide range of applications. The TM1+6 is also used in our Beta range of embedded touch display modules by combining it with our LCD, touchscreen, mechanicals, cables and Android or Linux operating systems.

HMI & SCADA Human-machine interface, which is often known by the acronym HMI, refers to a panel used to control machinery. Line operators, managers, supervisors, and engineers in industry relay on HMIs to translate complex data into useful information aimed at performing certain functions. At Kiprom we care about our customers' needs, which is why we always try to provide an up-to-date product in terms of hardware, which can be implemented on both new and existing machines. On all our customizations we involve not only the hardware part but also the software part, with the migration of customer applications to the new IoT operating systems. Ensuring maximum reliability and stability of the HMI for the customer is crucial, also as tracking and monitoring firmware revisions of each hardware component. This makes it possible to provide a single HMI product that is valid for all customer applications. Our technical office will be happy to help answer your questions.