Intel Camera Control Logic Driver
This package updates the following software: Intel AVStream Camera ; Camera Sensor OV; Camera Sensor OV; Intel Control Logic; Intel CSI2. Free Download Intel Camera Control Logic Driver for Windows 10 bit (Digital Camera / Webcam / Camcorder). Surface Book and Surface Pro 4 get new Intel camera drivers for Fast Ring, improves Intel Corporation driver update for Intel(R) Control Logic.
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Intel Camera Control Logic Driver
Retiming Restrictions and Workarounds Reset Strategies This section recommends techniques to achieve maximum performance when using reset signals.
For the best performance, avoid resets asynchronous and synchronousexcept when necessary. Because Hyper-Registers do not have asynchronous resets, the Compiler cannot retime any Intel Camera Control Logic with an asynchronous reset into a Hyper-Register location. Using a synchronous instead of asynchronous reset allows retiming of a register.
Refer to the Synchronous Resets and Limitations section for more detailed information about retiming behavior for registers Intel Camera Control Logic synchronous resets. Some registers in your design require synchronous or asynchronous resets, but you must minimize the number for best performance.
Download Intel Camera Control Logic Driver for Windows 10 64 bit
Related Information Synchronous Resets and Limitations Removing Asynchronous Resets Remove asynchronous Intel Camera Control Logic if a circuit naturally resets when reset is held long enough to reach a steady-state equivalent of full reset. When aclr is asserted, all the outputs of the flops are zeros. Releasing aclr and applying two clock pulses causes all flops to enter functional mode. Partial Asynchronous Intel Camera Control Logic a partial reset, if the modified circuit settles to the same steady state as the original circuit, the modification is functionally equivalent.
The following figure illustrates the removal of asynchronous resets from the middle of the circuit. Circuit with an Inverter in the Register ChainCircuits that include inverting logic typically require additional synchronous resets to remain in the pipeline, as the following figure illustrates.
Circuit with an Inverter in the Register Chain with Asynchronous ResetAfter removing reset and applying the clock, the register outputs do not settle to Intel Camera Control Logic reset state. If the asynchronous reset is removed from the inverting register, the circuit cannot remain equivalent with Figure 10 after settling out of reset.
Validating the Output to Synchronize with ResetTo avoid resetting logic caused by non-naturally inverting functions, validate the output to synchronize with reset removal. If the validating pipeline can enable the output when the computational pipeline is actually valid, the behavior is Intel Camera Control Logic with reset removal.
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This method is suitable even if the computation portion of the Intel Camera Control Logic does not naturally reset. You can adapt this example to your design to remove unnecessary asynchronous resets. Global clock trees do not have Hyper-Registers. As such, there is less flexibility to retime registers that fan-out through a global clock tree compared with fan-out to the routing fabric.
This restriction is not typical of practical designs that contain logic driving resets. In this case, you cannot retime any of the registers that the reset drives.
Adding some registers to the synchronous reset path corrects this condition. Duplicate and Pipeline Synchronous Resets If a synchronous clear signal causes timing Intel Camera Control Logic, duplicating the synchronous clear signal between the source and destination registers can resolve the timing issue.
Update for the Surface Pro 4 - Intel(R) Control Logic
The registers pushed forward need not contend for Hyper-Register locations with registers being pushed back. For small logic blocks of a design, this method is a valid strategy to improve timing.
Clock Enable Strategies High fan-out clock enable signals can limit the performance achievable by retiming. This section provides recommendations for the appropriate use of clock enables. Localized Clock Enable The localized clock enable has a small fan-out.
The localized clock enable often occurs in a clocked process or an always block.