E-Paper Displays
E-PAPER DISPLAY MODULES
What Are CDS E Paper Display Modules?
E Paper Display Modules – E-Paper, also known as electronic paper or electronic ink display, has a paper-like high contrast appearance and an ultra-low power consumption and effectively mimics the appearance of ordinary ink on paper.
The display is an electronic replacement for traditional paper that we can use for reading things like books, magazines and more. E-Paper, much like real paper, reflects available ambient light (although they can also incorporate a front-light to improve readability in dark surroundings), thus uses much less power than traditional LCDs or OLEDs
The E-Paper pixels are bi-stable in that once they have been set at a particular grey or colour state will remain in the same display state almost indefinitely until they are forcibly changed. This is unlike LCDs or OLEDs which have to be continuously refreshed, whether they change state or not. As a result of this E-Paper displays can consume a fraction of the power any other display technology would require. It is quite possible to run a 32” diagonal, full 4K display, from a small battery or solar panel. The Kindle Paperwhite, which uses this technology, is advertised as being able to last for weeks without recharge.
| Size | Part Number | Resolution | Active Area | Backplane | Interface | Grey Level | Notes | |
|---|---|---|---|---|---|---|---|---|
| 1.1 | ET011TT2 | 240*240 | 27.96*27.96 | Flexible | SPI | 4 | Hard coat | |
| 1.27 | ED013TC1 | 256*128 | 14.46*28.93 | Glass | SPI | B/W | Anti-glare | |
| 1.3 | ET013TT1 | 256*256 | 23.30*23.30 | Flexible | SPI | B/W | Hard coat | |
| 1.43 | ET014TT6 | 128*296 | 14.46*33.45 | Flexible | SPI | 4 | Hard coat | |
| 1.43 | ET014TT1 | 296*128 | 14.46*33.45 | Flexible | SPI | B/W | Hard coat | |
| 1.5 | E0154A21 | 152*152 | 27.00*27.00 | Glass | SPI | B/W/Y | Hard coat | |
| 1.54 | E0154A45 | 200*200 | 27.00*27.00 | Glass | SPI | B/W | Hard coat | |
| 2.13 | E0213A37 | 104*212 | 23.71*48.55 | Glass | SPI | B/W/Y | Hard coat | |
| 2.66 | EL026TR2 | 296*152 | 60.09*30.70 | Glass | SPI | B/W/R | Hard coat | |
| 2.72 | ED027TC2 | 296*128 | 63.49*27.46 | Glass | SPI | B/W/Y | Anti-glare/ Hard coat | |
| 2.84 | ED028TC1 | 480*600 | 45.12*56.4 | Glass | SPI | 16 | Anti-glare | |
| 2.9 | ET029TC1 | 300*200 | 61.50*41.00 | Flexible | SPI | B/W | Anti-glare | |
| 2.9 | EL029TR1 | 296*128 | 66.90*29.06 | Glass | SPI | B/W/R | Anti-glare | |
| 2.9 | EL029TC1 | 296*128 | 66.90*29.06 | Glass | SPI | B/W | Anti-glare, extended temperature | |
| 2.9 | EL029TC2 | 296*128 | 66.90*29.06 | Glass | SPI | B/W | Anti-glare/ Hard coat | |
| 2.9 | ED029TC1 | 296*128 | 66.90*29.06 | Glass | SPI | B/W | Anti-glare | |
| 2.9 | E029A26 | 128*296 | 29.06*66.90 | Glass | SPI | B/W/Y | Hard coat | |
| 3.27 | EL033TU1 | 200*300 | 46.20*69.30 | Glass | SPI | B/W | Hard coat | |
| 3.84 | ED038TH1 | 600*600 | 69.00*69.00 | Glass | SPI | 8 | Anti-glare / with front light and touch | |
| 4.05 | ET040TC2 | 480*720 | 57.13*85.69 | Flexible | TTL 8 bit | B/W | Anti-glare | |
| 4.2 | E042A19 | 400*300 | 84.80*63.60 | Glass | SPI | B/W/Y | Hard coat | |
| 4.3 | ED043WC3 | 800*480 | 56.16*93.60 | Glass | TTL 8 bit | 16 | Hard coat | |
| 4.7 | ET047TC2 | 540*960 | 58.32*103.68 | Flexible | TTL 8 bit | 16 | Hard coat | |
| 4.7 | ED047TC2 | 960*540 | 58.32*103.68 | Glass | TTL 8 bit | 16 | Hard coat | |
| 5.17 | ED052TC2 | 960*540 | 64.53*114.24 | Glass | TTL 8 bit | 16 | Hard coat | |
| 5.65 | ED057TC6 | 600*448 | 114.90*85.80 | Glass | SPI | B/W/R | Anti-glare/ Hard coat | |
| 5.65 | ED057TC2 | 600*448 | 114.90*85.80 | Glass | SPI | B/W | Anti-glare/ Hard coat | |
| 5.65 | ED057TC1 | 600*448 | 114.90*85.80 | Glass | SPI | B/W/Y | Anti-glare/ Hard coat | |
| 6 | ED060XCD | 1024*758 | 90.60*122.40 | Glass | TTL 8 bit | 16 | Anti-glare | |
| 6 | ED060XH7 | 1024*758 | 90.60*122.40 | Glass | TTL 8 bit | 16 | Anti-glare / with front light and touch | |
| 6 | ED060KC1 | 1072*1448 | 90.60*122.40 | Glass | TTL 8 bit | 16 | Anti-glare | |
| 6 | ED060SCT | 600*800 | 90.60*122.40 | Glass | TTL 8 bit | 16 | Anti-glare | |
| 6 | ED060KG2 | 1072*1448 | 90.58*122.36 | Glass | TTL 8 bit | 16 | Anti-glare / with front light | |
| 7.5 | E075A10 | 640*384 | 163.20*97.92 | Glass | SPI | B/W/Y | Hard coat | |
| 7.8 | ED078KC1 | 1404*1872 | 118.64*158.18 | Glass | TTL 16 bit | 16 | Hard coat | |
| 9.7 | ED097TC2 | 1200*825 | 202.80*139.43 | Glass | TTL 8 bit | 16 | Anti-glare | |
| 9.7 | EL097TR1 | 1200*825 | 202.80*139.43 | Glass | TTL 8 bit | B/W/R | Anti-glare/ Hard coat | |
| 10.3 | ES103TC1 | 1404*1872 | 157.25*209.66 | Flexible | TTL 16 bit | 16 | Anti-glare | |
| 10.3 | ED103TC1 | 1404*1872 | 157.25*209.66 | Glass | TTL 16 bit | 16 | Anti-glare | |
| 13.3 | AC133UT1 | 1600*1200 | 270.40*202.80 | Glass | TTL 8 bit | Full color | Anti-glare/ Hard coat | |
| 13.3 | ES133TT3 | 2200*1650 | 270.60*202.95 | Flexible | TTL 16 bit | 16 | Hard coat | |
| 13.3 | ES133UT2 | 1600*1200 | 270.40*202.80 | Flexible | TTL 8 bit | 16 | Anti-glare | |
| 13.3 | ED133UT2 | 1600*1200 | 270.40*202.80 | Glass | TTL 8 bit | 16 | Anti-glare | |
| 13.3 | EL133US1 | 1600*1200 | 270.40*202.80 | Glass | TTL 8 bit | B/W/R | Anti-glare/ Hard coat | |
| 14 | ED140TT1 | 300*1440 | 70.5*338.4 | Glass | TTL 8 bit | B/W | Anti-glare/ Hard coat | |
| 31.2 | ED312TT2 | 2560*1440 | 691.20*388.80 | Glass | TTL 16 bit (x4) | 16 | Hard coat | |
| 31.2 | EC312TT2 | 1280*720 | 691.20*388.80 | Glass | TTL 16 bit (x4) | Colour | Hard coat, RGB 4096 colors | |
| 42 | ED420TT1 | 2160*2880 | 642.6*856.8 | Glass | TTL 16 bit (x2) | 16 | Hard coat |
WHAT IS CDS E-PAPER?
E-Paper Indoor Display Solutions – E-Paper, also known as electronic paper or electronic ink display, has a paper-like high contrast appearance and an ultra-low power consumption and effectively mimics the appearance of ordinary ink on paper.
The display is an electronic replacement for traditional paper that we can use for reading things like books, magazines and more. E-Paper, much like real paper, reflects available ambient light (although they can also incorporate a front-light to improve readability in dark surroundings), thus uses much less power than traditional LCDs or OLEDs
The E-Paper pixels are bi-stable in that once they have been set at a particular grey or colour state will remain in the same display state almost indefinitely until they are forcibly changed. This is unlike LCDs or OLEDs which have to be continuously refreshed, whether they change state or not. As a result of this E-Paper displays can consume a fraction of the power any other display technology would require. It is quite possible to run a 32” diagonal, full 4K display, from a small battery or solar panel. The Kindle Paperwhite, which uses this technology, is advertised as being able to last for weeks without recharge.
PREMIUM FINISH TO SUIT EVERY ENVIRONMENT
Impeccable readability, with the feel of ink on paper. No glare, no light pollution. Enclosed in a precision-brushed aluminum casing that is enforced with the most durable glass pane ever created to protect from scratching and hazing to suit every application.
E-Paper Indoor Display Solutions – Our Indoor E-Paper Solutions are available in 13″ and 31.2″.
The units can be produced in either Graphite Black or Slate Grey depending on your preference.
Completely cable-less, our battery powered displays could not be easier to install, delivering a sleek, modern solution into every application.
We have a full cloud based CMS system to handle your content, allowing you to update the displays over the network.
Scheduling playlists and managing your content could not be simpler.
WHAT IS CDS E-Paper Outdoor Solutions?
E-Paper Outdoor Solutions – E-Paper, also known as electronic paper or electronic ink display, has a paper-like high contrast appearance and an ultra-low power consumption and effectively mimics the appearance of ordinary ink on paper.
The display is an electronic replacement for traditional paper that we can use for reading things like books, magazines and more. E-Paper, much like real paper, reflects available ambient light (although they can also incorporate a front-light to improve readability in dark surroundings), thus uses much less power than traditional LCDs or OLEDs
The E-Paper pixels are bi-stable in that once they have been set at a particular grey or colour state will remain in the same display state almost indefinitely until they are forcibly changed. This is unlike LCDs or OLEDs which have to be continuously refreshed, whether they change state or not. As a result of this E-Paper displays can consume a fraction of the power any other display technology would require. It is quite possible to run a 32” diagonal, full 4K display, from a small battery or solar panel. The Kindle Paperwhite, which uses this technology, is advertised as being able to last for weeks without recharge.
Semi Finished E-Paper Outdoor Solutions
E-Paper Outdoor Solutions – Available in a 32″ size, our Semi-Finished Outdoor Solutions are IP67 rated with 10mm protective front glass.
With a reflective electrophoretic display for optimum readability in direct sunlight, with a 2560 x 1440 high resolution display.
The displays are networked with both WIFI and 3G / 4G support for remote updates via our cloud based CMS software.
Urban Single - 1 x 13.3" E-Paper Display
Urban Dual - 2 x 13.3" E-Paper Display
In the box
- Urban with a set default location. The location is fully customizable, but depends on the customer’s own data feed.
- Solar cell module with battery
- Cable harness to connect the Urban with the solar cell module and battery pack
- Standard mount for 60 mm fluted/unfluted pole
- 2 months of free server hosting
Display
- 13.3-inch electronic paper screen
- 180°viewing angle
- Resolution: 1600 × 1200 pixels
- 16 level grayscale
- Integrated frontlight for night viewing
- Refresh rate: 250 msec (1-Bit) typical, adaptive waveform to ambient temperature
- Operational temperature: 0°C to +50°C.
- Non-operating/storage temperature: -25°C to -70°C.
- Patented ultra low energy architecture, only 1% of the power used by LCD.
Connectivity
- Mobile wireless: Quad band 2G / Dual band 3G / 4G. Micro SIM card supported (EU, US or JP). Micro SIM must be provided by the customer upon purchase.
- Wi-FI: 802.11 B/G/N modules with WPA2-PSK encryption
Solar cell module
- Power: 12V @ 20W
- >90% efficient charging circuit, optimised for low light conditions
- Battery: 70 Ah Lithium Iron Phosphate (LiFePO4)
- Battery life: ~30 days without solar charge
Casing
- Color: light blue
- IP67 compliant: dust tight and waterproof
- Impact detection: Internal accelerometer
- Grade A safety glass: 6 mm toughened glass
- Ultra clear screen technology for unprecedented optics
- Multi-layer screen protector: 4 layers
WHAT IS CDS E-PAPER?
E-Paper Case Studies – E-Paper, also known as electronic paper or electronic ink display, has a paper-like high contrast appearance and an ultra-low power consumption and effectively mimics the appearance of ordinary ink on paper.
The display is an electronic replacement for traditional paper that we can use for reading things like books, magazines and more. E-Paper, much like real paper, reflects available ambient light (although they can also incorporate a front-light to improve readability in dark surroundings), thus uses much less power than traditional LCDs or OLEDs
The E-Paper pixels are bi-stable in that once they have been set at a particular grey or colour state will remain in the same display state almost indefinitely until they are forcibly changed. This is unlike LCDs or OLEDs which have to be continuously refreshed, whether they change state or not. As a result of this E-Paper displays can consume a fraction of the power any other display technology would require. It is quite possible to run a 32” diagonal, full 4K display, from a small battery or solar panel. The Kindle Paperwhite, which uses this technology, is advertised as being able to last for weeks without recharge.
E-Paper Case Studies - Sydney Metro Line - Outdoor E-Paper Install
E-Paper Case Studies – What better way to celebrate the first 36 kilometers of Australia’s biggest public transport project, the newly-opened Sydney Metro Northwest line, than by providing real-time passenger information on smart electronic paper signs that are powered by nothing but the hot Aussie sun?
A transit link to the north-western suburbs of Sydney, the Sydney Metro Northwest line represents the first stage of an ambitious Sydney Metro project aimed at improving travel in the bustling Australian metropolis.
Australia’s first driverless metro line, the new standalone Sydney Metro to be completed in 2024, will deliver 31 stations and more than 66 kilometers of new rail, increasing the capacity of train services in the city by as much as 60%. Carrying about 40,000 passengers per hour, a significant improvement from the 24,000 people an hour per line that the current public transportation system supports – the new rail will see trains arriving every two minutes, revolutionizing the way Australia’s biggest city travels.
And the exciting news: on the first 36-kilometer stretch, these arrivals and departures will be supported with live journey updates provided on energy-efficient, solar powered Urban signs!
