As mentioned earlier, the new architecture has been designed to increase performance per clock
and power efficiency for general purpose computing tasks and also comes with new features that are supposed to give a boost to AI and cryptography related tasks.
The higher the number of SM/CU units in a GPU, the more work it can perform in parallel per clock
The MCU provides multiple pixels of pre-fetched data per clock
to NPS in fixed pattern through its optimal multi rated BRAM data accessing technique.
Microsemi's high-speed memories optimize performance by using a four ns-prefetch architecture with an interface that allows two data words to be transmitted per clock
The Rave Ignition Premium features the latest IntelA[R] 4-core and 6-core processor technology and can process up to 12 threads per clock
The clock signal can be easily duplicated on the controller, effectively reducing the load per clock
; furthermore, the control signals need to be one per rank; hence the load on the control signals would be equal to the load on the clock signals.
The Titan core is a superscalar, dual-issue, out-of-order core designed to achieve high single thread performance on a per clock
When used in an embedded system as code or parameter data storage, serial flash requires fewer connections on the PCB (printed circuit board) than parallel interface flash memories since it serializes the data on fewer I/O pins and transfers data one bit per clock
. This allows reduction in board space, power consumption, and overall system cost--key reasons why serial flash memories have gained popularity in embedded system design.
Moreover, because each core can handle multiple processing threads, each core can process more data per clock
cycle than previous generations of CPUs.
ChipX will supply a single-cycle per clock
instruction 80515 processor capable of up to 200MHz operation, and a USB controller proven to work with the PHY to customers through IP partnerships.
The software is designed to run on computers with 64-bit extensions from AMD and Intel that will process more data per clock
cycle and use larger amounts of memory.
New single-instruction multiple-data (SIMD) instructions allow the V4 architecture to execute up to 54 elemental RISC operations per clock
cycle when performing motion estimation, which is a fundamental algorithm common to all video compression standards.