Embedded Computing Design的动态

New Cryogenic Memory IP from sureCore Enables Quantum Control Electronics Inside Cryostats sureCore Ltd?is now licensing its CryoMem suite of Memory IP developed for utilization in very low temperatures necessary for Quantum Computing (QC) applications. This came about at an *Innovate UK-funded consortium to develop cryo-tolerant semiconductor IP. The goal of the project was to design and prove a range of foundation IP that can be licensed to engineers enabling the creation of specific custom Cryo-CMOS SoC solutions. According to the press release, this will help accelerate QC scaling by allowing the migration of the control electronics into the cryostat to be close to the qubits. https://lnkd.in/ggVuJSwZ

#WiMi Develops FPGA-Based Homogeneous and Heterogeneous Digital Quantum Coprocessors https://lnkd.in/du7sCh7s #ARTechnology #FPGA #quantumcomputing #quantumcoprocessor #WiMi

Cryogenic III-V and Nb electronics integrated on silicon for large-scale quantum computing platforms

?? Electronic News! ?? sureCore in Sheffield is licensing its CryoMem suite of Memory IP designed for extremely low temperatures required for quantum computing applications. The IP is the result of a UK-funded consortium that developed cryo-tolerant semiconductor IP and will be available on 180nm and 22nm 22FDX silicon on insulator . The foundation IP will help develop custom Cryo-CMOS system on chip designs for quantum computing. This enables the migration of the control electronics into the cryostat to be close to the qubits. #electricalengineering #electronics #embedded #embeddedsystems #electrical #computerchips Follow us on LinkedIn to get daily news: HardwareBee - Electronic News and Vendor Directory

Universal Quantum Unveils First Commercial ASIC Chip for Trapped-Ion Quantum Computing ?? The team reports integrating key qubit control electronics into the quantum chip architecture that holds the qubits is critical to achieving scale. The advance could also enhance quantum error correction by at least a factor of six by enabling qubit connectivity at scale. https://lnkd.in/eTHPe-RP #UniversalQuantum #Ion #QuantumComputing #Qubit #ErrorCorrection ?

Do we need to explore beyond the electrons in semiconductors to increase the computation speed and solve the complex problems in time? Quantum computing holds the potential to efficiently solve highly complex problems that could take even the fastest supercomputers years to resolve. However, realizing this capability requires constructing a system with millions of interconnected units known as qubits. Equal 1 adopted Cadence tools for their Quantum SoC (QSoC) design. Click below to read more #quantum, #SoC Equal1 Cadence

SemiQon has released the first ever CMOS transistor that is fully optimized for cryogenic conditions! ?? SemiQon is an emerging leader in the field of quantum computing hardware. They have recently announced the launch of the world’s first transistor capable of functioning efficiently in cryogenic conditions. ?? Why is this important? ?? These devices will play a crucial role in addressing the critical challenges of scaling today’s quantum computers to fault-tolerant levels and unlocking the full potential of quantum for corporate users, governments, and other key stakeholders. ??Their new transistor allows for control and readout electronics to be placed directly insights a cryostat alongside the processors, but without causing the dissipation of heat. Read the full press release here ?? https://lnkd.in/ek68pzqC #QuIC #QuantumComputing #SemiQon #CMOStransistor

Irish quantum computing company Equal1 has announced what it refers to as a “major breakthrough for the quantum computing industry” by successfully testing the “world’s most complex and coldest” quantum controller chip. Today, the UCD spin-out announced the “world’s first” multi-tile quantum controller chip demonstrated in its UnityQ Quantum-System-on-Chip platform. The chip operates in cryogenic temperatures at 300 millikelvin – or nearly minus 273 degrees Celsius – and is powered by Cortex core microprocessors produced by the British semiconductor company Arm. Click the link below to read more. University College Dublin #QuantumComputing #Ireland #UCD #Machine https://vist.ly/3mnxuxf

Equal1 announces ‘world’s coldest’ quantum controller chip. This “groundbreaking technology” will enable scaling to millions of orchestrated qubits on a single chip, improving the scalability of quantum computing. The new controller chip also has a patented AI enabled qubit adaptive error correction, tuned for each tile under the support and control of the Arm’s Cortex processor. Equal1 has a software design center in Timisoara, Romania.

Diraq has introduced a breakthrough technique called?'qubit dressing'?to synchronize qubits using a?global control field, solving key challenges in?scalability?and?qubit fragility. ???? This method reduces?frequency crowding?and?interference, making quantum computers more?energy-efficient?and freeing up chip space for larger arrays. https://lnkd.in/eACh_ic4 #QuantumComputing #Scalability #QuantumTech #Qubits