Search results for "battery recycling"
Goodix Technology launches next generation smart amplifier
Goodix Technology has launched its new generation smart amplifier to meet consumer needs, the TFA9865.
Lewis Urry – energy revolutionist
TME takes a look at Lewis Urry, the “Father of Alkaline,” and perfecter of galvanic cells.
Gaming, computer accessories and other related products
TME explores its range of PC gaming accessories and latest products on offer in its catalogue.
embedded world: BLE wireless MCU targets AI/ML workloads
At embedded world in Nuremberg, Alif Semiconductor has launched the Balletto family, claimed to be the world’s first Bluetooth Low Energy (BLE) wireless microcontroller to feature hardware optimization for AI/ML workloads.
Powercast receives Smart Buildings Innovation Award
Powercast announced that its Wireless 25-Year Maintenance-FreeBuilding Automation Sensor and Controller Technology for HVAC and LightingSystems has received anIoT Evolution Smart Buildings Innovation Awardfrom IoT Evolution World.
Researchers create a paper-based battery that is water-activated
Researchers at Tohoku University have experimented with creating a paper-based battery that is water-activated and utilises Mg-air (magnesium-air).
Vianode sets standard for anode graphite battery material
Vianode confirms world-leading climate impact potential in Life Cycle Assessment (LCA) of planned industrial scale production.
Innovative IoT antennas with LoRa capabilities
Amphenol RF has announced the expansion of itsIoT antenna portfolio with external, spring and embedded chip antennas designed to meet the growing demand for long-range, low-power connectivity solutions.
sureCore announces low power memory compiler for 16nm FinFET
The mature FinFET nodes are rapidly becoming an interesting option for companies focused on low power applications like wearables, IoT, and medical.
StoreDot first company to get 2,000 successive XFC cycles
StoreDot has reached a groundbreaking milestone by becoming the first company globally to achieve over 2,000 consecutive XFC cycles, with the silicon-dominant battery cells maintaining more than 80% of their initial capacity. This development means EV drivers can rapidly charge their vehicles in minutes daily without concern for battery health.