Skip to main content

CLEARink Blots

New screen technologies rarely enter the market. The two biggest reasons, among all of these concerns, are cost and appearance. If a display costs more to manufacture than competitors, it needs to look great. If it doesn’t look amazing, then consumers won’t buy it.



What makes CLEARink a contender in many different markets: it’s both cheaper to produce and looks better than its e-paper competitors. The technology brims with so much promise that it won Best of Show at Display Week 2017.

Sri Peruvemba, Head of Marketing at CLEARink Displays, answered several questions regarding CLEARink Display’s electrophoretic technology. Here are just a few reasons why CLEARink seems destined to become a mover and shaker in the e-reader space.

CLEARink Looks Better Than E Ink

The CLEARink technology looks like E Ink, but with some big differences. While both share an underlying technology (electrophoresis), the secret behind CLEARink lies in a new type of ink, co-developed with Merck, and a reflective panel. Here’s how it compares to LCD, OLED, and e-paper:


The new ink and reflective panel make images that are sharper and clearer compared to E Ink displays. According to CLEARink Displays CEO Frank Christiaens, CLEARink’s whites offer twice the “reflectance” (or whiteness) of E Ink, which almost equals ink on paper. Part of its competitive edge lies in its simplicity. Instead of using two kinds of inks (or pigments), CLEARink employs just one. According to Peruvemba:

“E Ink uses a two particle system to generate black and white. To generate white, E Ink uses a white particle to reflect light. Whereas CLEARink only uses one particle — black — to generate black state. To generate white, CLEARink uses a TIR (Total Internal Reflection) film on the front surface.”

The end result: higher contrast, lower power consumption, and even color video, when combined with an LCD layer.

While CLEARink’s video variant consumes more energy than E Ink, its power consumption relative to LCD comes in around 80 to 90 percent less. In addition, it can display motion video with a refresh rate of around 33 Hz — a little choppy, but good enough.

But there’s more. A lot more.

Comments

Popular posts from this blog

ESP32-C6 Wi-Fi Logger with Browser GPS + Heat Map Dashboard

This project is an ESP-IDF firmware for the Seeed Studio XIAO ESP32-C6 that turns the board into a self-hosted, secure Wi-Fi scanning logger. It creates its own access point, serves a responsive HTTPS web UI, logs nearby Wi-Fi access points, optionally tags rows with GPS coordinates (provided by the client browser), and exposes battery status from the on-board LiPo input. The end result is a pocket Wi-Fi “survey” tool: scan, track, export logs as CSV, and generate a heat map view to visualize RSSI vs location. Project overview and feature set: :contentReference[oaicite:1]{index=1} What it does AP + Station mode so the device can serve the dashboard while scanning nearby Wi-Fi networks. HTTPS web interface using a bundled certificate/key for local secure access. Single scan and continuous tracking modes. CSV export for analysis and archiving. Persistent logging to SPIFFS at /spiffs/logs.csv . Battery monitoring via ADC with voltage/percentage/status sh...

learn how to sniff wireless passwords with pirni

The thing about the iPod Touch and the iPhone is that they are great portable hacking devices. To the naked eye the iPod Touch/iPhone looks like nothing more than an ordinary mp3 player/cellphone however that is just an understatement to its full potential. Once your Ipod Touch/iPhone is jailbroken you have access to your whole file system meaning that applications generally associated with laptop/desktop hacking can be ported and used on the iPod Touch/iPhone. This opens up a whole lot of possibilities for network sniffing, port scanning and much much more! In this tutorial we are going to take a look at one of these programs called Pirni. What is Pirni? Pirni is an application that was ported to The Ipod Touch/iPhone to be used as a native network sniffer. Pirni is so useful because it gets past the iPod Touch’s/iPhone’s wifi hardware limitation of not being able to be set into promiscious mode (a mode that allows a network device to intercept and read each network packet that arrive...

Performance Monitoring

Performance Monitoring "System Accounting," teaches about the UNIX accounting system, and the tools that the accounting system provides. Some of these utilities and reports give you information about system utilization and performance. Some of these can be used when investigating performance problems. In this portion of the book, you will learn all about performance monitoring. There are a series of commands that enable system administrators, programmers, and users to examine each of the resources that a UNIX system uses. By examining these resources you can determine if the system is operating properly or poorly. More important than the commands themselves, you will also learn strategies and procedures that can be used to search for performance problems. Armed with both the commands and the overall methodologies with which to use them, you will understand the factors that are affecting system performance, and what can be done to optimize them so that the system performs...