iECG my new start-up idea

I'm developing an ECG monitor that uses a new chip/sensor that allows ECG measurements to be taken by placing the sensors on or near the body.

Some hardware will be developed that will do the filtering/digital signal processing work based on ARM CPU and the clean signal can be displayed on consumer hardware such as an iOS or Android phone/tablet or even a PC. There are many consumer applications such as heart rate monitoring for general health, sports activities and such like. The system could also be used to monitor babies by placing the sensors into a cot and check for things like Sudden Infant Death Syndrome (SIDS). There's also real medical uses such as in ambulances as utilising a sensor that can be wiped clean has many cost saving advantages to current ECG pads which cost around $20 a set and are single use. Please view this video as need votes



BERG Little Printer available to pre-order

BERG London made a bit of a splash when they announced the Little Printer, which is now available to pre-order from the Berg Cloud site for £199.00 plus £6.50 p&p.

The printer connects via wireless to a Cloud Bridge (which in turn connects to a wired network that connects to the Internet).

Once signed-up to BERG Cloud, users can then select services to subscribe to and then these will print out on the Little Printer at the scheduled time, services could be email, Facebook, calendars or events from other systems.

BERG have pblished an API for service providers so they can offer their services to the Little Printer and the specification is here.

Though the mood is positive about the device itself, the £199 price tag seems to be the sticky point as it's quite expensive for a novelty printer that display information that is available on the Internet anyway.

BERG London are offering consultancy top help companies make their services available to the Little Printer and can offer a custom services for people to offer 'private' services.


Samsung demonstrates Exynos 5 processor

Samsung has announced its Exynos 5 processor based on an ARM Cortex-A15 design and has 2 cores running up to 1.7GHz using a 32nm process. The ARM Cortex-15 design can actually support up to 16 cores running at 2.5GHz, but Samsung has used a dual design to reduce power consumption for mobile applications. The Exynos 5 also has an ARM Mali T604 graphics processor with four cores supporting a resolution of 2560 x 1600 and can also support stereoscopic 3D. It also supports panel self refresh allowing for lower power as the display will only be refreshed when pixels change. The chip also supports USB 3.0 for high speed data transfers. Samsung expect the chip to be in tablets and other devices in early 2013 and is set to directly compete with Qualcomm's Snapdragon processors (which are already being fabricated using 28mm process).