In contrast, WiMi's digital quantum coprocessor uses the digital logic of FPGAs to simulate the behavior of qubits, offering a new approach aimed at improving system stability and scalability.

At lower (100MHz and below) clock speeds, the DDR memory controller interface is straightforward and can be implemented in an FPGA using general- purpose I/O and logic capabilities. At higher ...

In addition to the IPbased solutions, a popular ASICbased DDC solution from Texas Instruments—the GC4016—is included as a reference. When compared on a size/ power/cost per channel basis, it becomes ...

Once digital logic levels adhere to the protocol specifications, an FPGA application can be written to control I/O lines and group individual data bits into bytes. The transfer of digital data from ...

An ASIC's or FPGA's ability to meet an application's demands comes down to a complex tradeoff between performance, density, time-to-market, and cost. Yet Leopard Logic combines FPGA flexibility ...

Santa Cruz, Calif. — Going boldly where no programmable logic has gone before, Actel Corp. is slated this week to unwrap its Fusion Programmable System Chip (PSC), said to be the world's first ...

Specifications of the iCEBreaker FPGA open source development board include : Lattice iCE40UP5k FPGA – 5280 logic cells (4-LUT + Carry + FF) – 120 Kbit dual-port block RAM ...

Posted in News Tagged clock, digital logic, fpga, hdl, logic, verilog, vhdl ← The Longest Tech Support Call: Apollo 14 Computer Hack → ...

FPGA co-processors interface with a wide range of digital-signal and general-purpose processors. In doing so, they provide increased system performance and lower system costs.

It’s time to do a series on logic including things such as programmable logic, state machines, and the lesser known demons such as switching hazards. It is best to start at the beginning &#82… ...