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
Reducing PCB assembly lead times without increasing risk
How subcontract manufacturers can reduce PCB assembly lead times through better documentation, component planning and cross-functional collaboration.
Safeguard pocket electronics with smart compact enclosures
Considering ergonomics, functionality, size, weight, durability and aesthetics when selecting enclosures for pocket-sized devices.
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.
OKW enclosure modification service
OKW offers over 50 product families in the fields of enclosures and tuning knobs, in various...
FAULHABER GXR and SXR series DC micromotors
The GXR and SXR series DC micromotors from FAULHABER are designed for optical systems, medical...
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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