The new chip leverages photonic topological insulators to operate in the terahertz band—not in the 5G range, but in the 6G range.
The new chip leverages photonic topological insulators to operate in the terahertz band—not in the 5G range, but in the 6G range.
The two RF powerhouses have teamed up to create a flexible radio platform that addresses 5G network design challenges.
The two RF powerhouses have teamed up to create a flexible radio platform that addresses 5G network design challenges.
Pliops has announced its storage processor, which they claim increases flash performance by 10 times and improves cost…
Pliops has announced its storage processor, which they claim increases flash performance by 10 times and improves cost and performance by 90%.
New research has unveiled new phase-change materials, touted as having ultra-low losses and little power consumption. How…
New research has unveiled new phase-change materials, touted as having ultra-low losses and little power consumption. How might this finding affect telecommunications?
The usable RF spectrum is a finite resource, and, with enough simultaneous users, congestion can become a serious…
The usable RF spectrum is a finite resource, and, with enough simultaneous users, congestion can become a serious impediment to reliable communication.
Regarded the father of modern electronics, John Ambrose Flemings created the first vacuum tube while also providing some…
Regarded the father of modern electronics, John Ambrose Flemings created the first vacuum tube while also providing some helpful educational tips now used in engineering education.
How are ground-penetrating radars forging exploration in space exploration, archeology, explosive detection? It turns…
How are ground-penetrating radars forging exploration in space exploration, archeology, explosive detection? It turns out, this technology can be quite versatile.
The relatively new semiconductor—spin-gapless semiconductors—bridges zero‐gap materials and half‐metals while…
The relatively new semiconductor—spin-gapless semiconductors—bridges zero‐gap materials and half‐metals while having spin-polarized electrons and holes.
A new connectivity protocol shows promise for IoT designs, rivaling LoRaWAN and NB-IoT.
A new connectivity protocol shows promise for IoT designs, rivaling LoRaWAN and NB-IoT.
Researchers from ETH Zürich have successfully combined photonic and electronic elements onto the same chip for the first…
Researchers from ETH Zürich have successfully combined photonic and electronic elements onto the same chip for the first time. The implications? A brighter future for optical communication networks.
The most power-hungry component in RF transmitters, the RF power amplifier, is getting some serious attention from design…
The most power-hungry component in RF transmitters, the RF power amplifier, is getting some serious attention from design engineers.
Laser frequency combs small enough to fit on an IC have significant implications for frequency measurement and communications.
Laser frequency combs small enough to fit on an IC have significant implications for frequency measurement and communications.
Intel and AMD have historically been the leaders of data-intensive processors. But now, Ampere's Altra Max 128-core…
Intel and AMD have historically been the leaders of data-intensive processors. But now, Ampere's Altra Max 128-core processor may beat out the two in managing data center workloads.
University College London (UCL) and Microsoft have discovered a new technique called “clock phase caching” that may…
University College London (UCL) and Microsoft have discovered a new technique called “clock phase caching” that may pave the way for an all-optical data center in the future.
How exactly do error correction codes work and how do they affect the integrity of an MCU? A new ECC-protected Arm…
How exactly do error correction codes work and how do they affect the integrity of an MCU? A new ECC-protected Arm Cortex-M4F MCU from Maxim Integrated serves as a real-world example.
Surging 15 trillion operations per second, Qualcomm’s RB5 platform is bringing AI and deep learning workloads to the…
Surging 15 trillion operations per second, Qualcomm’s RB5 platform is bringing AI and deep learning workloads to the edge of robotics.
Why underwater? The reason is actually quite practical: cooling.
Why underwater? The reason is actually quite practical: cooling.
With 5G around the corner, Nokia is boosting SoC processing power and intelligence with the help of Broadcom, Marvell, and Intel.
With 5G around the corner, Nokia is boosting SoC processing power and intelligence with the help of Broadcom, Marvell, and Intel.
Wi-Fi6E is now available for public, unlicensed use. Here's how one major chipmaker has responded.
Wi-Fi6E is now available for public, unlicensed use. Here's how one major chipmaker has responded.
The Wireless Broadband Alliance has issued a rallying cry for tech leaders to support a global connectivity solution.
The Wireless Broadband Alliance has issued a rallying cry for tech leaders to support a global connectivity solution.
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