Turning peanut waste into graphene for next-gen electronics
Diamond thermal management for high-power electronics
What does 'flexibility' actually look like?
Light-powered optical modules boost AI efficiency
Reviving Edison's nickel–iron battery for modern energy storage
Turning peanut waste into graphene for next-gen electronics
UNSW Sydney engineers have developed a cheaper and greener way to make graphene from leftover peanut shells.
Diamond thermal management for high-power electronics
Researchers have unveiled a scalable method to grow patterned diamond films directly on wafers, cutting device temperatures and boosting reliability.
What does 'flexibility' actually look like?
Researchers have published a study that provides experimental evidence linking the mechanical stiffness of organic semiconductor films to their electronic performance.
Light-powered optical modules boost AI efficiency
Researchers have developed a new generation of AI hardware that runs on light instead of electricity to process information.
Reviving Edison's nickel–iron battery for modern energy storage
Researchers have developed a nickel–iron battery technology, reviving a chemistry favoured by Thomas Edison.
Semikron Danfoss thermal interface material
Semikron Danfoss offers a range of power modules with pre-applied thermal interface material.
iEi DM2 Series industrial monitors
The DM2 Series of industrial monitors feature a high-brightness display with anti-glare and...
Avoiding EMC issues: simple tests you can do yourself
This is a brief overview of EMC compliance with some practical tips on not getting caught out.
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How power rivalry is reshaping semiconductor supply chains
Rising tensions between the US and China are changing how companies design global supply chains...
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Electronex Sydney nears sell-out
Following a strong Melbourne show, Electronex 2026 Sydney has sold over 90% of exhibition space...
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Rohde & Schwarz opens Auckland office
Rohde & Schwarz Australia has launched a new office in New Zealand, expanding its presence...
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What does 'flexibility' actually look like?
Researchers have published a study that provides experimental evidence linking the mechanical stiffness of organic semiconductor films to their...
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Red OLED microdisplay for energy-efficient AR/VR
Researchers have developed a CMOS-based red OLED microdisplay with luminance and improved power...
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Chip-scale optical amplifier enhances data and sensing
Energy-efficient and small enough to fit in a smartphone, an optical amplifier developed at...
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Organic transistor 'limitation' improves stability
Researchers have shown that a longstanding organic transistor design limitation actually improves...
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Wireless innovation transmits vast amounts of data
Researchers have developed a machine-learning system that curves ultrahigh-frequency signals around obstacles, solving a barrier to sub-terahertz...
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Framework enhances synthetic data for AI training
Researchers have developed a set of metrics to evaluate the affinity and diversity of synthetic...
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Research breakthrough in data centre interconnects
Researchers have combined nonlinear predistortion and digital resolution enhancement to overcome...
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Researchers achieve data speed record on optical fibre
Researchers have reportedly achieved a world record transmission capacity with a new compact...
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