E-ink Demonstrated a Foldable E-Book Prototype, Color-Changing Clothes, Smartcards and More at Display Week 2017

E-ink is known with their e-paper technology with the same name, that is used in e-book readers and some signage applications, but the company demonstrated some  their prototypes and customer’s products at SID’s Display Week in Los Angeles last month, with some capabilities I had not seen before. Some of the notable solutions and products include: 10.2″ foldable e-book reader prototype based on the company’s flexible Carta Mobius plastic display with 220 ppi A dress that can change colors using E-ink Prism film that was made for a fashion exhibition in Japan. A 42″ active matrix E-ink digital signage display Various examples of products based on E-ink such as smartwaches (e.g. Sony FES Watch U), e-book readers, flexible displays… NFC Smartcard with E-ink display that has the same thickness as normal smartcard, but can be used to display account balance, price of last purchased item, etc… QuirkLogic Quilla interactive and […]

PragmatIC Manufactures Ultra Thin and Flexible Plastic Electronics Circuit, Plastic ARM Cortex M0 MCU Coming Soon

Electronics manufacturing now relies on silicon wafers, and it works great for many applications. However, some other applications require or benefit from a cheaper price, thinner circuits, and flexibility, and PragmatIC addresses all those three issues with technology to print electronics circuits on plastic sheets. The technology is said to costs less than 1/10th cost of silicon, with the circuit printed on 10 μm thick flexible plastic “wagers” with support for 10 layers. Circuit starts from basic gates up to ARM Cortex M0/M0+ chip as shown above. Simpler circuits are currently sold for as low as $0.01, but the area for Cortex M0 MCU is 1cm2, and a bit too big for commercial applications, so they plan on shrinking the process to make it commercial viable. ARM is an investor in the company, and PragmatIC is ramping production capacity with the ability to manufacture on billion plastic chips/circuits in 2018. […]

Nextion Enhanced NX8048K070 is a 7″ Resistive or Capacitive Programmable Touch Display with an Optional Enclosure

Nextion displays are designed to be controlled by MCU boards with the user interface designed in Nextion Editor drag-and-drop tool. ITEAD Studio launched them in 2015, and I played with Nextion 2.4″ and 5.0″ models, but at the time, I found the Windows only Nextion Editor program not to be that user-friendly and inconvenient to use, as for example, UI designs do not automatically scale across all display sizes. The company is now back with a 7″ model, available with resistive or capacitive touch panel, and featuring an ARM7 processor exposing 8 GPIOs. Nextion Enhanced NX8048K070 (_011) specifications: CPU – ARM7 processor @ 108 MHz with 8K RAM, 1024 EEPROM, 1024 bytes instruction buffer Storage – 32MB flash memory, micro SD card slot Display – 7″ TFT display with resistive or capacitive panel; resolution: 800×480; 65K colors; adjustable brightness: 0 to 230 nit Expansion – 8x GPIOs including 4x PWM, […]

SHA2017 Conference Badge To Feature ESP32 SoC, e-Paper Display

In most conference, you’ll wear a badge showing your name, job description and company, but with the price of electronics going down, it may be time for a conference badge upgrade. SHA2017 is a non-profit outdoor hacker camp taking place in The Netherlands in 2017 on August 4 – 8, and the organizers are planning to use a special badge comprised of Espressif ESP32 processor, and an e-Paper Display. SHA2017 Badge specifications: Wireless Module – Espressif ESP32 based ESP-WROOM-32 module with WiFi and Bluetooth Display – 2.9″ e-paper display (296×128) Storage – micro SD slot Expansion – 12-pin expansion header with GPIOs, I2C, 3.3V, GND Debugging – micro USB port + USB->TTL chip for programming Misc – Direction keys, select, start, A and B buttons for input; 6x RGB, LEDs; pager motor for notifications Battery – Battery sized to last at least a day Beside your name and company details, […]

BioDigitalPC Credit Card Sized Pluggable Computer Fits into Desktop Docks, AIO Monitors, Datacenters-in-a-Suitcase, and More

We’ve seen in the past at last two projects development CPU cards aimed for easy upgrade a replacement, starting with EOMA-68 standard currently with products based on ARM processors and mostly targeting the consumer market, followed more recently by Intel Compute Card that focuses on the smart devices and enterprise markets. But I’ve recently found out a third company has been doing pluggable CPU cards for a little while: Arnouse Digital Device Corporation (ADDC) with their BioDigitalPC cards designed for the military and small businesses, and pluggable into desktop docks, phones, all-in-one monitors, and even portable datacenters that fit into a suitcase. The company also has “reader boards” that you can integrate into your own products / enclosures. Everything is shown in the diagram below. The latest generation (Gen 9) of BioDigitalPC cards are based on Intel Atom Bay Trail-I single, dual or quad core processors with 2 to 8 […]

ESP32-WROVER-KIT Devkit Supports Espressif ESP32 Modules, Includes a 3.2″ LCD Display

Yesterday Olimex wrote a blog post informing us that ESP32-CoreBoard was back in stock, one the many ESP32 boards launched late this year, but still hard to get. The company also mentioned they’d have limited quantity of the new ESP32-WROVER with JTAG and LCD display together with the picture below. ESP32 is quite more powerful than ESP8266 so it makes sense to have an ESP32 development kit with an LCD display. A quick DuckDuckGo search led me to ESP-WROVER-KIT Getting Started Guide, where we can find more details including the overall specifications: Compatible with ESP-WROOM-32 and ESP32-WROVER modules based on ESP32 dual core Tensilica L108 processor clocked at up to 240 MHz with WiFi and Bluetooth LE connectivity Storage – Micro SD slot Display – 3.2″ LCD display connected via SPI USB – 1x micro USB port Expansion 8-pin UART header 6-pin SPI header 48-pin header for I/Os and camera […]

Hardkernel ODROID-VU8C is 8″ LCD Display and Case Kit for ODROID C1+ and C2 Boards

While it’s quite easy to find displays for development boards, they do not always come with a case, so you’d have to make your own. One easier option for the Raspberry Pi boards is the official Raspberry Pi 7″ LCD touch screen Display, plus RS Premium touchscreen case that selling for $132 in total including Raspberry Pi 3 board. But Hardkernel has now launched their own ODROID-VU8C 8″ Touch Display Shell Kit compatible with ODROID-C1+ and ODROID-C2 boards. Specifications and Kit Contents: 8-inch TFT-LCD with 1024×768 resolution (4:3 ratio) 10 finger capacitive touch input Back-light brightness control with ODROID GPIO PWM Viewing angle : Left 75, Right 75, Up 75, Down 75 degree Screen Dimensions : 189 x 149 x 29 mm Viewable screen size : 162 x121.5 mm (active area) Power Supply – 5V/4A DC to power barrel (powering both the LCD and ODROID ARM Linux board) Power consumption […]

4Duino-24 is an Arduino compatible 2.4″ Color IoT Display Module with Atmel MCU and ESP8266 Module

I played with ITEAD Studio NEXTION serial color displays for Arduino boards and the likes a few months ago, and while the hardware seems good and the company offer a large choice of 2.4″ to 7″ models at a very affordable price, I didn’t find the Windows software to create the user interface to be very user-friendly. 4D Systems, an Australian company specializing in “graphics solutions”, will soon launch a similar 2.4″ display, but integrated into an Arduino compatible board also featuring an ESP8266 module for WiFi connectivity. 4Duino-24 “LCD  IoT Display Module” specifications: MCU – Atmel ATmega32U4 micro-controller with 32KB flash, 2.5KB SRAM, 1KB EEPROM Storage – micro SD card slot (FAT16 support) for data and logging WiFi Module – ESP8266 based with 802.11 b/g/n connectivity, 1MB flash, support for Wi-Fi Direct (P2P), soft-AP Display – 2.4” LCD-TFT resistive touch display module with 240×320 resolution, 65K colors, and powered […]

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