Presentation is loading. Please wait.

Presentation is loading. Please wait.

DENSITRON DISPLAYS E-Paper Presentation 2013.

Similar presentations


Presentation on theme: "DENSITRON DISPLAYS E-Paper Presentation 2013."— Presentation transcript:

1 DENSITRON DISPLAYS E-Paper Presentation 2013

2 Board of Directors Grahame Falconer Jan Holmstrom CEO, 7 years
Chairman 3 years Tim Pearson FD, 19 years Richard Lane Non Exec John Farrell Non Exec Greg Hayes MD USA, 8 years

3 Our Business Model Industrial Marketplace Densitron’s vision is…
“To be the number one global custom and semi-custom electronic display solution provider” Standard Custom Total solution Industrial Marketplace

4 Business Strategy Customised display solutions
Market orientation – mid size OEM's Far Eastern Sourcing Adaptable to technology Industrial marketplace focus Supplier relationship management Global approach with local support Brand awareness

5 Our Market Automotive Factory Automation Defence Medical
Instrumentation Transportation Communication Kiosk

6 A wide range of displays and services to meet
your specific mechanical and optical requirements Densitron’s Engineering Design Service (EDS): Tailored and Bespoke Display Solutions for Your Application TFT: Industrial, Sunlight Readable, Rugged, UART/MPU I/F, Multi-touch OLED: PMOLED, Alphanumeric OLED, AMOLED Monochrome: Negative & Positive modes E-Paper & Support electronics Reflective TFT Alphanumeric Electro Luminescent Touch Screens: Optical Bonding Service & Standard Edged Bonding with 3M Adhesive Gasket Semi & Full Custom Modules Proprietary Evaluation Kits

7 DET Industrial TFT Displays
• Up-to 1000cd brightness • High Contrast – crisp image • 4.3”, 5.7”, 7”, 8” and 10.1” • TTL or LVDS interface • Timing-Controller • DC/DC circuit enabling single voltage supply We offer a wide range of TFT accessories, such as driving cards, and touchscreen + controller

8 DET Industrial TFT with Multi-Touch PCT
These TFT modules are supplied with PCTs already bonded • 7” and 10.1”, with other sizes available soon. • Optical or adhesive gasket bonding options • Multi-touch PCT technology • Increased impact resistance and outdoor readability (with optical bonding) • TTL or LVDS Display interface • Up-to 900cd brightness • I2C or USB interface available on PCT controller We also offer a wide range of accessories, such as AD boards (VGA or DVI), LED driver cards and cover lenses as well as various surface treatment options like anti-reflective and anti-glare.

9 Sunlight Readable TFT Displays
Exceptional Image Quality & Power Efficiency The new Sunlight Readable TFT display range adopts innovative technologies to deliver outstanding image quality and power efficiency. The modules are capable of maintaining the same bright whiteness in both reflective and transmissive modes, assuring clear display of text and graphics in different environmental conditions. Common Interface permits interchangeability of different sizes All models for industrial devices are designed to offer a wide operating temperature range Long-term Supply Guarantee is offered to cater for the requirements of industrial devices Touch Screen Options are available

10 Proprietary Plug & Play TFT Evaluation Kits
Specifically designed to allow users to get up and running with their prototyping process quickly and with minimal fuss. Support LVDS/TTL interface and panel resolution of up to 60Hz, and offer interface options of analogue RGB (0.7Vp-p) and digital DVI-D. Composite video input option is also available. Compatible with various video standards, including NTSC, PAL and SECAM. Come with a video decoder that has a 3D comb filter to produce sharp and vivid images. Also included are a Digital OSD control with Keypad/IR functionality, inverters/LED drivers, display connectors, backlight connectors, cables and interface boards.

11 Passive Matrix OLED (PMOLED)
The advantages of using OLED Good visibility from long distance Wide viewing angle Thickness down to 1.8 mm & small dot pitch size High colour saturation, high contrast & high speed Low Power Consumption Operates effectively under very low temperatures

12 Proprietary Plug & Play OLED Evaluation Kits
DUO (Densitron USB OLED) kit is hot pluggable and does not require extra cables or power supply to run, allowing users to be up and running in minutes. Driving OLED displays from the USB port of a PC. The kit consists of an OLED display with transition Board, USB controller card, mini USB cable and a CD with software application and drivers. USB Controller Card is common for all the available DUO kits.

13 Standard & Custom Monographic Displays
Negative Mode 1U, 2U, 1/8th DIN and 1/16th DIN Displays The range utilizes premium materials and excellent cell gap control to accommodate high graphic content in the compact modules. Ultra Bright Colour LED Backlights The Negative Mode LCDs are available in Jade Green, Arctic White, Warm Amber*, Midnight Blue, Tangerine Orange, Ocean Blue, Sunburst Yellow. State of the Art Chip On Glass Technology is used to offer display thickness of only 8mm (1U & 1/8th DIN)/ 6.5mm (2U)/ 4.8mm (1/16th DIN). 1U and 2U modules are also available in Positive Mode and with Touch Screen options. With more than 25 different LCD Module formats and over 40,000 different LCD Module combinations available, Densitron have the right display for your application. If you could not find what you need from our standard range, a Full or Semi Custom LCD Module can always be tailor made for your application.

14 Proprietary Plug & Play MONO Evaluation Kits
Densitron Evaluation Kit for Negative Mode MONO LCDs Easy to use and powerful development and demonstration tool for driving ultra bright Negative Mode MONO LCD displays from the USB port of a PC. MONO Evaluation Kit is hot pluggable and does not require extra cables or power supply to run, allowing users to be up and running in minutes. Each kit consists of a 1RU, 2RU, 1/16th DIN or 1/8th DIN MONO display with transition Board, USB controller card, mini USB cable and a CD with software application and drivers. USB Controller Card is common for all the available DUO kits.

15 Engineering Design Service
Are you looking for custom displays or  to turn your design concepts into completed products?  Densitron's Engineering Design Service (EDS) offers options on customizing displays and integrating standard or custom display modules with PCBs, Plastics, Keypads and/or Touch Overlays. For customers who require end-to-end project support, Densitron’s EDS encompasses every aspect of product development and manufacture, including: User Interface and Industrial design Complete plastics design, manufacture and assembly service Prototyping, tooling, production and assembly. Throughout every stage we use the most advanced production technology and work to strict quality control systems.

16 E-Paper Retain an Image with No Power
E-Paper displays can retain contents for years without using any power but can be updated fast and easy. Sunlight readable 180° viewing angle 1.1 Mm Thickness Lightweight Good contrast ratio Monochrome Perfect for applications where power availability is limited and periodical or random update is required. Applications: Shelf labelling Security Tags Advertising Boards Direction Signs Energy Meters Hospital Patient Cards Notice Boards (Meeting Room) and so much more

17 Pervasive Displays Core:
Ultra-Low-Power Displays + Driving technologies Thesis: First mover and market leader in a growing underserved display category with significant technical, market and supply chain entry barriers Snapshot: TFT and E Ink display modules Fabless EPD Provider Lux Research 2011: The world's 6th most compelling company Red Herring 2012 TOP 100 ASIA

18 Industrial Applications Densitron & Pervasive Displays’ Focus
eReader Watch/Indicators Consumer Industrial & Vertical Electronic Shelf Label(ESL) Automation Logistics Retail/Signage Manufacturing Key Pad Key Partners with similar strategy

19 Firmware/ Software Apps
E-Paper technology Pervasive Device Pervasive Display (Display Module) Control PCB FPC MCU Driver IC RF Battery Protective Sheet E-Ink FPL TFT Backplane + Firmware/ Software Apps CHEMICALLY STRENGTHENED GLASS  Is a type of glass that has increased strength. When broken it still shatters in long pointed splinters similar to float (annealed) glass. For this reason, it is not considered a safety glass and must be laminated if a safety glass is required. Chemically strengthened glass is typically six to eight times the strength of annealed glass. Chemical strengthening results in a strengthening similar to toughened glass, however the process does not use extreme variations of temperature and therefore chemically strengthened glass has little or no bow or warp, optical distortion or strain pattern. HEAT-STRENGTHENED GLASS Is glass that has been heat treated to induce surface compression, but not to the extent of causing it to "dice" on breaking in the manner of tempered glass. On breaking, heat-strengthened glass breaks into sharp pieces that are typically somewhat smaller than those found on breaking annealed glass, and is intermediate in strength between annealed and toughened glasses. TOUGHENED GLASS (also known as tempered glass) Is a type of safety glass that has increased strength and will usually shatter in small, square pieces when broken. Toughened glass would be a problem when a small stone hits the windshield at speed, as it would shatter into the small squares. Toughened glass is typically four to six times the strength of annealed glass. Most toughened glass is made from float glass that has been specially heat-treated.

20 Driving the display Frame: the process to scan from first line to last line Stage: the process to complete a screen changed by number of frames Update: change screen from old image to new image By Inverse Image, every Eink particle is moved and refreshed. It can ensure the whiteness of each pixel is consistent. CHEMICALLY STRENGTHENED GLASS  Is a type of glass that has increased strength. When broken it still shatters in long pointed splinters similar to float (annealed) glass. For this reason, it is not considered a safety glass and must be laminated if a safety glass is required. Chemically strengthened glass is typically six to eight times the strength of annealed glass. Chemical strengthening results in a strengthening similar to toughened glass, however the process does not use extreme variations of temperature and therefore chemically strengthened glass has little or no bow or warp, optical distortion or strain pattern. HEAT-STRENGTHENED GLASS Is glass that has been heat treated to induce surface compression, but not to the extent of causing it to "dice" on breaking in the manner of tempered glass. On breaking, heat-strengthened glass breaks into sharp pieces that are typically somewhat smaller than those found on breaking annealed glass, and is intermediate in strength between annealed and toughened glasses. TOUGHENED GLASS (also known as tempered glass) Is a type of safety glass that has increased strength and will usually shatter in small, square pieces when broken. Toughened glass would be a problem when a small stone hits the windshield at speed, as it would shatter into the small squares. Toughened glass is typically four to six times the strength of annealed glass. Most toughened glass is made from float glass that has been specially heat-treated.

21 E-Paper modules Use Cases Electronic shelf label Pick-to-light
Reusable container 1D/2D barcode Medical device Name/Part: Outline: Resolution: Active Area: Grey Scale: 2.7” / EM027AS011 70.42mm x 45.8mm (max) 264 x 176 / 117 dpi 57.28mm x 38.19mm 1 bit Name/Part: Outline: Resolution: Active Area: Grey Scale 2” / EG020AS012 57mm x 28.8mm (max) 200 x 96 / 111 dpi 45.8 mm x mm 1 bit Name/Part: Outline: Resolution: Active Area: Grey Scale: 1.44” / EK014AS011 40.51mm x 28.80mm (max) 128 x 96 / 111 dpi 29.31 x 21.98mm 1 bit CHEMICALLY STRENGTHENED GLASS  Is a type of glass that has increased strength. When broken it still shatters in long pointed splinters similar to float (annealed) glass. For this reason, it is not considered a safety glass and must be laminated if a safety glass is required. Chemically strengthened glass is typically six to eight times the strength of annealed glass. Chemical strengthening results in a strengthening similar to toughened glass, however the process does not use extreme variations of temperature and therefore chemically strengthened glass has little or no bow or warp, optical distortion or strain pattern. HEAT-STRENGTHENED GLASS Is glass that has been heat treated to induce surface compression, but not to the extent of causing it to "dice" on breaking in the manner of tempered glass. On breaking, heat-strengthened glass breaks into sharp pieces that are typically somewhat smaller than those found on breaking annealed glass, and is intermediate in strength between annealed and toughened glasses. TOUGHENED GLASS (also known as tempered glass) Is a type of safety glass that has increased strength and will usually shatter in small, square pieces when broken. Toughened glass would be a problem when a small stone hits the windshield at speed, as it would shatter into the small squares. Toughened glass is typically four to six times the strength of annealed glass. Most toughened glass is made from float glass that has been specially heat-treated.

22 Extension kits Extension board + 1.442, 2.0” or 2.7” display
Complete schematic and PCB project open source Includes break out cable Row of 2.54 mm pitch headers Quick-start guide

23 Ti MSP430 Launchpad kits Extension board + Ti MSP430 Launchpad
Launchpad already programmed with firmware for Epaper extension board Complete SW project open source Complete schematic and PCB project open source Includes USB cable and quick-start guide

24 Adaptag Development Kit
USB RF EZ430 USB dongle UART AdapTag board AdapTag board SPI EPD ALPS Protocol Ti and PDI Joint venture Custom RF protocol for EPD

25 Adaptag development kit
TI MCU: CC430F5137 EPD Size: PDi 1.44”, 2” and 2.7” RF Frequency: sub-1GHz: 433MHz RF Protocol: Advanced Low Power Star (ALPS) Network Benefits Starter kit to quick design RF product with active matrix e-Paper display(EPD) Reduced development time and shortened time to market Complete low power protocol reduces the RF communication design cycle Open reference circuits, tool source code and design documents Ultra low power consumption through configurable output power, flexible frame cycle and time slot of protocol

26 Adaptag development kit
EZ430 USB dongle (1 pce) CR2450 battery (3 pcs) AdapTag board (4 pcs – 1 programmed as Host and 3 as Slaves) MSP430 USB debug interface (excluded) 1.44” EPD (1 pce) 2” EPD (1 pce) 2.7” EPD (1 pce)

27 Adaptag development kit
Sub 1GHz Pros Better range than 2.4 GHz with the same output power Lower frequencies have better penetration through concrete and steel compared to 2.4 GHz Higher sensitivity Sub 1GHz Cons No worldwide solution possible. Since different bands are used Duty cycle restrictions in some regions 2.4 GHz Pros License-free operation in most countries 100% duty cycle is possible More compact antenna solution than sub 1 GHz 2.4 GHz Cons Shorter range than sub 1 GHz solution (with the same current consumption) Consumes more power than Sub1G Very crowded and noisy

28 Adaptag development kit
Computer Host AdapTag Slave Management System Ethernet ARM UART CC430 RF AdapTag Board Flash1/SRAM Flash2 EPD

29 E-Paper modules Use Cases Point of sales Signage Logistics
Reusable container Shop floor/manuf. Process automation Name/Part: Outline: Resolution: Active Area: Grey Scale: 4.41” / ET044AT011 98.5mm x 80.42mm (max) 400 x 300 / 113 dpi 89.60mm x 67.20mm 1 bit Name/Part: Outline: Resolution: Active Area: Grey Scale: 7.4” / EW074AT012 111mm x 169mm (max) 800 x 480 / 126 dpi 96.96 mm x mm 1 bit and 3 bits

30 TCON + USB board Name/Part: Outline: Resolution: Active Area:
Grey Scale: 4.41” / ET044AT011 98.5mm x 80.42mm (max) 400 x 300 / 113 dpi 89.60mm x 67.20mm 1 bit Fully featured display driving solution TCON Display DC/DC converter Nano-amps stand-by current Supports 1-bit display driving SPI slave interface to host system Standardized communication interface allows easy exchangeability among display sizes

31 E-Paper modules Name/Part: Outline: Resolution: Active Area:
Grey Scale: 7.4” / EW074AT012 111mm x 169mm (max) 800 x 480 / 126 dpi 96.96 mm x mm 1 bit and 3 bits

32 E-Paper modules Use Case Signage Kanban Navigation Instruction
Name/Part: Outline: Resolution: Active Area: Grey Scale: 10.2” / PZ102AT011 218.30mm x mm (max) 1280 x 1024 / 160 dpi 203.2mm x mm 1 bit and 3 bits Use Case Signage Kanban Navigation Instruction User manual

33 Some E-Paper projects IBI BA Bus time table
Densitron developed the TCON & GSM boards. We also delivered and manage an image server. Electronic luggage tag NFC updates Densitron delivered the PCBA and Optically bonded displays/lenses – Improves scanning rates

34 Thank you


Download ppt "DENSITRON DISPLAYS E-Paper Presentation 2013."

Similar presentations


Ads by Google