The UP board’s 45-day @ Kickstarter

front up

The Kickstarter campaign for the UP credit card size x86 computer board was successfully funded after it was announced on October 16th at the Maker Faire Rome event. The campaign raised €105,117, 210% of the original funding goal. The UP board was reported by more than 90 international media during the 45 days campaign, and a lot of forums and social media buzzed about UP.

Intel x5-Z8300 was meant to be used in Tablet PC and not in a credit card size computer. However, the Kickstarter campaign proved that there are many makers, innovators, start-up and established companies who have been waiting for UP.  Now we receive support from Intel to integrate x5-z8300 on the UP board though we would like to get more support to realize needs from the UP community. Spontaneously people from Intel, Microsoft and other prominent companies have contacted the UP team to offer their personal support. This is just the beginning of what will be the strength of the UP community.


2GB RAM is not impossible

We had in mind to offer 2GB of RAM as a standard solution since the early days of the project, but we were aware of the many technical challenges to achieving that due to the limited space of the board and other factors. However, the UP team continued to explore all of the possibilities, and we announced the stretch goal for 2GB RAM/32GB eMMC in the middle of the Kickstarter campaign while it was still not clear how it could be implemented. After several weeks of design and analysis work, the UP team has found a solution that will implement 2GB RAM with 64 Bit channel (12GB/s) and enhanced I/O performances with the most optimal design.

UP compatible OS

UP board in different operating systems

We have successfully installed Microsoft Windows 10 Professional 64-bit on UP with 1 GB RAM and all of the hardware devices correctly recognized by the operating system. The UP board is fully capable of a smooth web browsing experience, HD movie playback, and 3D gaming.
The UP team is currently updating and developing the necessary drivers for Linux and verifying all functionality. A key challenge is with the 40-pin I/O interface, which was defined to have the same pin definition as the Raspberry Pi HAT; The UP Team is looking at duplicating the same user’s experience knowing that the Broadcom chip differs from the Intel SoC.
Ubilinux, based on Debian 8, will be the first Linux distribution to be available for UP. It will be followed by Ubuntu and Snappy. Besides these, we are still in discussion to enable Yocto if we can find a right partner for it. The UP team is still planning to support Windows 10 IoT Core Professional by engaging with Microsoft system Integrator.

UP svasta nesto

Everything around the UP board

Display kit, EnOcean Sensor Kit, WiFi module, ABS plastic chassis, aluminum chassis, AC adapters, USB3.0 OTG cables, HDMI cables, etc.:  the UP team is working with an ecosystem of partners to provide a one-stop shopping experience. After just 45 days, prototypes of the display kit, EnOcean Sensor Kit, chassis are close to being ready for testing; WiFi module, USB3.0 OTG cable, HDMI cable, and AC adapters are in the qualification process. Everything is running at full speed, and there are more items to be placed in the UP shop. It will be a key component of the UP community where all the makers, innovators, and companies will have the chance to sell their solution powered by UP and tested by the UP Team. The UP shop will be opened by the end of the year.

UP community


New Collaboration Brings New Technologies

AAEON, together with Emutex and Intel, recently launched UP, the credit card sized computer board for the professional maker market, at Kickstarter.

up pic

Integrating the Intel x5-Z8300 QuadCore 1.44Ghz (1.84 GHz) 64 bit 2W CPU, the powerful single board computer offers all features to develop applications such as robotics, smart home, education, digital signage, intelligent cars and Internet of Things (IoT) solutions – from the initial idea and prototyping to mass production.

Energy out of air

Combined with EnOcean-based energy harvesting wireless components, it opens up the world of self-powered wireless applications to developers. Miniaturised energy converters power wireless modules using the energy directly from their surroundings — from motion, light or temperature. These modules enable makers to develop a broad range of self-powered, maintenance-free products and applications, requiring no wiring or cabling. This results in highly flexible control products for a huge variety of automation purposes including smart home and IoT.

Interoperable Approach

The EnOcean technology comes with another core benefit for a quick time to market: using the international wireless standard ISO/IEC 14543-3-1X and unified application profiles, all EnOcean-based products are interoperable.

“With the UP adapter module, makers get access to the huge, established EnOcean ecosystem of 1,500 professional installation products. Thus, they can choose interoperable solutions from several hundred suppliers. The EnOcean components available for the UP community, together with the smart home SDK from the EnOcean partner BSC, demonstrate this seamless connectivity of solutions from different vendors. All using the same basis technology, the combination provides the perfect entrance to develop simply first wireless and battery-less smart home solutions and to expand it at any time,” says Andreas Schneider, Chief Marketing Officer and Co-Founder, EnOcean GmbH.

“Via the UP community, makers have access to all needed features and support to realise their product ideas easily and quickly. That way, we make sure that they don’t need to stop at prototype status but can bring their applications to mass production. The partnership with EnOcean allows us to offer the UP community the perfect developer platform for smart home and different kinds of IoT applications,” says Fabrizio Del Maffeo, UP project founder and Managing Director of AAEON Europe.