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Design-In-Expertise and Service

DKE

DKE is a leading developer of e-paper display technology, offering a broad range of bistable EPD modules including segmented, dot matrix and four-colour formats. Their energy-efficient displays are ideal for applications such as retail signage, smart labels and industrial indicators. DKE offers a wide range of cost-effective EPD modules, including Black/White, 3-/4-Colour, Prism, N-Colour, flexible, and custom-specific segmented EPDs, catering to various innovative applications.

Image of DKE e-Paper Display

Product Range

e-Paper & Accessories

Dot Matrix ePaper Display

ES Fast Four Colour ePaper Display

Four Colour ePaper Display

Segmented ePaper Display

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Automotive Qualified

Image of high tech automotive wire frame to demonstrate Ineltek's Automotive Component Manufacturers and their Applications

Power, Timing and Passives

Image of various electronic signals to demonstrate Ineltek's Power Passive and Timing Component capabilities

Displays, Accessories and Optoelectronics

Image of a close up of LED screen to demonstrate Ineltek's Displays and Accessories capabilities

Semiconductor

Image of close up of wafer level Semiconductor to demonstrate Ineltek's semiconductor component capability

Memory

Image of close up of DDR Ram to illustrate Ineltek's Memory solutions

Solutions & Services

Image of a close up of an ASIC design to depict Ineltek's solutions and services capability

Tech Docs

To view technical docs or find out more about

DKE

Meet GUC at Embedded World Nuremberg: Advanced ASIC Design for Next-Generation Systems

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ASIC Design at Embedded World and Why It Matters Embedded World 2026 represents the global convergence of embedded systems engineers, silicon designers, and technology innovators shaping the future of computing. Held annually in Nuremberg, this benchmark conference attracts over 35,000 professionals and more than 1,200 exhibitors across automotive, industrial IoT, high-performance computing, and consumer electronics sectors. For silicon design professionals, Embedded World is more than a...

How to Improve Thermal Performance in High-Power SiC MOSFET Designs: A Comparison of 1200V and 1700V Solutions

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Introduction – Why Thermal Loss Remains the Silent Killer in Power Electronics Heat remains one of the most limiting factors in high-power converter design. In industrial drives, EV traction inverters, UPS systems, and PV inverters, 30–50 per cent of system losses ultimately become heat . As switching frequencies rise and power densities increase, designers face shrinking thermal margins. Silicon MOSFETs reach their limits quickly under these conditions. SiC MOSFETs offer the required...

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