Pocketbook is a well known brand that specializes in e-Readers and has a somewhat devout following of people who like to load in their own books. The company has always released devices that appeal to a wider consumer market since 2007 and is about to aim a new product at the business segment.
The PocketBook CAD Reader will be 13.3 inches and uses a powerful 1GHz dual-core CPU running Android 4.0.4 with 2 GB of RAM and 16 GB of storage making it very responsive with a large capacity for storing designs. With built-in Wi-Fi and 3G modules, large 8000 mAh battery.
The new CAD Reader is the first device using a new E Ink technology called Fina ePaper. It is designed specifically for displaying drawings generated with Autocad from Autodesk. It comes pre-installed with a number of free and paid CAD-applications. There is enough internal memory to hold the plans for up to 200 construction projects, which can be edited and shared through the collaboration workspace. The built-in touch screen and precise Wacom digitizer support both touch and a stylus.
“Our goal was to develop a device to be used on construction sites. We created a highly portable large format display device with a rugged and weatherproof case that could hold all the CAD drawings a team needs. This makes designs available virtually anyplace and anytime,” – said Dmitriy Shemet, head of research and development at PocketBook. “We chose the E Ink Fina 13.3 inch display because it has exactly the right properties we were looking for to develop PocketBook CAD Reader. The PocketBook CAD Reader delivers a new user experience for architects and specialists in construction trades allowing them to work on site”.
I am quite surprised that Pocketbook actually is intending on releasing a new device with such great specs. The company has been somewhat notorious over the years of consistently selling modern devices with single core 800 MHZ processors and 512 MB of RAM. This makes the bulk of their products woefully slow, this new one is aimed at a different segment and is optimal for bringing it out in the field.