4FFF N618

4FFF N618

4FFF N618 branded as Booq Avant
Manufacturer 4FFF
Type e-book reader
Release date 2010 (2010)
Introductory price € 229 (EU)
Operating system Linux 2.6.23
CPU Samsung 2416 ARM9 @ 400MHz
Memory 128 MB (MDDR),
2GB (NAND)
External: microSD/microSDHC
Display 6 inch SiPix
Graphics 800 × 600, 167 ppi density,
16 levels of grayscale
Sound built-in speakers
Input 7 keys
Touchpad Capacitive
Connectivity Wi-Fi b/g, microUSB high speed, audio jack
Power 1530 mAh, 3.7 V
Dimensions 168 × 123 × 9 mm
Weight 240 gram
Related articles Qisda ES900

4FFF N618 is a discontinued electronic-book reader developed by an Indian Company, Condor Technology Associates, and based on a Linux platform. The device is sold under various brand names worldwide.

Features

4FFF N618 provides a 16 levels of grayscale SiPix touchscreen display for viewing digital content. Pages are turned using the buttons on the device. The N618 connects to the internet through an available Wi-Fi connections. Users can read books without a wireless connection: disconnecting the wireless connection can prolong the battery's charge for up to 29 days.[1]

Specifications

The Display[1] is an electronic paper touchscreen from SiPix with 800×600 pixels (4:3) on 6 inch (167 ppi density) and 16 levels of grayscale.

CPU
OS
Memory
Connectivity
Miscellaneous

Formats supported

Text[1]
Picture
Audio

Sold as

The device is sold worldwide under various brand names.

Asia
Europe

Across Europe available as:

Middle East
North America
South America

Modification

Being that the hardware utilizes Linux-based software it can be changed or improved to their heart's content. The firmware is labeled as “QT Software” and varies from vendor to vendor. The upgrade contains multiple image files with the extension of img, along with other system files.

Flashing to upgrade the firmware can be taken advantage of as it does not seem to check if the version that is being installed is older. Due to this, the possibility to use different vendors' firmwares on other models than the one they distribute.

Dual-boot

The devices seem to contain a native dual-boot capability. When a device specific key combination is pressed during power-on any linux-kernel + ramdisk combination is booted from the sd-card.[7]

References

External links

This article is issued from Wikipedia - version of the 12/1/2016. The text is available under the Creative Commons Attribution/Share Alike but additional terms may apply for the media files.