The new family concept display +++ World´s smallest single-board computer +++ SUPPORT!Y video explains
A strong duo:
The new family concept Display with Ka-Ro CoM-Evalboard
So you can start your HMI development conveniently and immediately.
So you get to the finished product quickly and cost-efficiently.
The TFT displays from the new family concept are the perfect choice for a quick design-in. Available in 3.5'', 4.3'', 5.0'' and 7.0'' sizes, they are packed with outstanding specifications. Thanks to the integrated decorative glass panel - including black printing - the displays can be quickly and easily integrated into your case.
Small, fast and affordable:
i.mx93 solutions from Ka-Ro
Plugging or soldering:
Ka-Ro presents two modules with the new i.MX93 processor from NXP™. These are a pluggable module from the TX-SODIMM series and a very compact solder module (27 x 27 mm²) from the QS solder module series.
The i.MX9352 application processor used from NXP™ has two 1.5 GHz ARM ® Cortex® A55 cores and a real-time Cortex M33 microcontroller subsystem with full access to the peripherals. Machine learning is also supported by the ARM Ethos-U65 microNPU (Neural Processing Unit) with 256 MACs/cycle.
The modules are suitable for a wide range of applications, including compact, battery-powered IoT devices.
Measures only 86 x 55 mm:
World´s smallest single-board computer with AMD Ryzen V2000
Currently the world's smallest single-board computer with AMD Ryzen V2000 architecture.
For the second year in a row, AAEON launches the world's smallest single-board computer with AMD Ryzen V2000 Architecture.
LoRa® and LoRaWAN® in a small form factor:
Power-saving modules for battery-powered sensor applications
MIROMICO is a leader in LoRa® and LoRaWAN® modules.
The Swiss manufacturer facilitates the simple integration of LoRa® into its own application via small modules. The right LoRa® solution is available for almost any application.
FMLR - Radio Module Long Range
The LoRa® and LoRaWAN® IoT modules of the FMLR family enable the wireless connection of devices, systems and sensors that communicate at high data rates or over a long distance. The 2.4 GHz modules support distance measurements over long distances using time-of-flight (ToF) techniques. Power consumption can be optimized for operation with a small battery. The integrated ARM Cortex-M4 32-bit microcontroller controls complete RF stacks and has sufficient resources to run user applications. The system can be easily expanded with low-power sensors to build production-ready IoT sensor nodes.
ADAS and Data Logging:
SSDs for automotive with IATF 16949:2016 certification
Data centers on wheels, these are our vehicles of tomorrow!
Many people are already dreaming of driving down the highway on autopilot.
When will that finally be possible?
Advanced driver-assistance systems (ADAS) are central to the future of autonomous driving (AD). ADAS generate extreme amounts of data through their numerous sensors, LiDAR and cameras, leading to increasing demands for faster read/write speeds and larger storage capacities.
SUPPORT!Y video explains:
Why PCIe SSDs are becoming standard in many new developments
We are producing more and more data that needs to be processed and stored.
Particularly in the industrial environment, large and especially sensitive data volumes are often at the forefront of this. As your partner for industrial storage media, we particularly recommend the PCIe® SSD standard.
Current changes on the market
We can't see the future...but if we take a closer look at the current changes on the market, we can already foresee a development for the future: The PCIexpress® interface is becoming more and more the standard in many new developments for the industry and is indispensable!