Abstract:
A programmable circuit includes a physical interface at an input output (IO) periphery of the programmable circuit. The programmable circuit also includes a partial reconfigurable (PR) module, at the IO periphery of the programmable circuit, to implement a sequencer unit operable to configure the physical interface during a first instance of the PR module, and a controller unit operable to translate commands to the physical interface during a second instance of the PR module.
Abstract:
A programmable circuit includes a physical interface at an input output (IO) periphery of the programmable circuit. The programmable circuit also includes a partial reconfigurable (PR) module, at the IO periphery of the programmable circuit, to implement a sequencer unit operable to configure the physical interface during a first instance of the PR module, and a controller unit operable to translate commands to the physical interface during a second instance of the PR module.
Abstract:
An apparatus includes an interface circuit coupled to an electronic device. The interface circuit provides source synchronous communication with the electronic device using a strobe signal. The interface circuit is configured to gate the strobe signal in order to successfully communicate with the electronic device.
Abstract:
An apparatus includes an interface circuit coupled to an electronic device. The interface circuit provides source synchronous communication with the electronic device using a strobe signal. The interface circuit is configured to gate the strobe signal in order to successfully communicate with the electronic device.
Abstract:
A programmable circuit includes a physical interface at an input output (IO) periphery of the programmable circuit. The programmable circuit also includes a partial reconfigurable (PR) module, at the IO periphery of the programmable circuit, to implement a sequencer unit operable to configure the physical interface during a first instance of the PR module, and a controller unit operable to translate commands to the physical interface during a second instance of the PR module.
Abstract:
Systems and methods for coalescing regions on a virtualized programmable logic device are provided. A first function is configured on a first subregion on the virtualized programmable logic device. The first subregion may border an unused subregion on the programmable logic device. The first function operated on the first subregion is migrated to a second function operated on a second subregion on the virtualized programmable logic device by mapping a first set of bits configuring the first subregion to a second set of bits configuring the second subregion for the second function. The first subregion is then released from the first function. The second function is configured to perform a same task with the first function, and the first subregion and the unused subregion together form a larger unused subregion on the virtualized programmable logic device. Similarly, multiple subregions can be migrated and vacated to form a larger available region.
Abstract:
A programmable circuit includes a physical interface at an input output (IO) periphery of the programmable circuit. The programmable circuit also includes a partial reconfigurable (PR) module, at the IO periphery of the programmable circuit, to implement a sequencer unit operable to configure the physical interface during a first instance of the PR module, and a controller unit operable to translate commands to the physical interface during a second instance of the PR module.