Abstract:
An apparatus and method are provided for configuring hardware to operate in multiple modes of operation during runtime. Included is a plurality of configurable hardware units each having a plurality of operand inputs for receiving operands, a plurality of outputs for outputting results, and at least one hardware unit configuration input for receiving at least one hardware unit configuration signal. Also included is a configurable interconnect fabric coupled between the configurable hardware units. The configurable interconnect fabric includes a plurality of fabric data inputs and fabric data outputs, and a fabric select input for receiving a fabric select signal. The configurable interconnect fabric is configured to interconnect the configurable hardware units, based on the fabric select signal. A configuration storage configured for containing at least one configuration bit pattern for operating the apparatus in one or more modes of operation and for configuring the hardware during runtime operations.
Abstract:
A system-on-chip includes a reconfigurable data interface to prepare data streams for execution patterns of a processing unit in a flexible compute accelerate system. An apparatus is provided that includes a first set of line buffers configured to store a plurality of data blocks from a memory of a system-on-chip and a field composition circuit configured to generate a plurality of data segments from each of the data blocks. The field composition circuit is reconfigurable to generate the data segments according to a plurality of reconfiguration schemes. The apparatus includes a second set of line buffers configured to communicate with the field composition circuit to store the plurality of data segments for each data block, and a switching circuit configured to generate from the plurality of data segments a plurality of data streams according to an execution pattern of a processing unit of the system-on-chip.
Abstract:
A described embodiment of the present invention includes a network having a first, second and third plurality of routers connected to a plurality of endpoints. At least one of the first plurality of routers includes a plurality of interposers having a number of queues. The at least one of the first plurality of routers has a demultiplexer for each interposer configured to receive multiplexed data from the interposer and provide demultiplexed data on to a plurality of second queues corresponding to the first queues of the number of queues. The at least one of the first plurality of routers also includes a number multiplexers, each of the number multiplexers having inputs configured to receive data from the number of queues.
Abstract:
A system-on-chip includes a reconfigurable data interface to prepare data streams for execution patterns of a processing unit in a flexible compute accelerate system. An apparatus is provided that includes a first set of line buffers configured to store a plurality of data blocks from a memory of a system-on-chip and a field composition circuit configured to generate a plurality of data segments from each of the data blocks. The field composition circuit is reconfigurable to generate the data segments according to a plurality of reconfiguration schemes. The apparatus includes a second set of line buffers configured to communicate with the field composition circuit to store the plurality of data segments for each data block, and a switching circuit configured to generate from the plurality of data segments a plurality of data streams according to an execution pattern of a processing unit of the system-on-chip.
Abstract:
The disclosure relates to technology for configuring programmable logic devices having multiple programmable hardware units configurable in one or more functional modes. The programmable hardware units are coupled to independent switch devices (e.g., multiplexers) that select configuration patterns stored in a common and shared configuration memory. The configuration memory includes a set of configuration registers to store the configuration patterns, which configuration patterns correspond to the one or more functional modes. The configuration registers may be addressed using an index of addresses stored in memory that identify a select line in one of the switch devices for a particular programmable hardware unit. Each select line in a switch device corresponds to a particular one of the configuration registers storing the configuration pattern. The addressed configuration register is accessed to retrieve the configuration pattern and configure the programmable hardware unit.
Abstract:
A described embodiment of the present invention includes a network having a first, second an d third plurality of routers connected to a plurality of endpoints. At least one of the first plurality of routers includes a plurality of interposers having a number of queues. The at least one of the first plurality of routers has a demultiplexer for each interposer configured to receive multiplexed data from the interposer and provide demultiplexed data on to a plurality of second queues corresponding to the first queues of the number of queues. The at least one of the first plurality of routers also includes a number multiplexers, each of the number multiplexers having inputs configured to receive data from the number of queues.
Abstract:
The disclosure relates to technology for configuring programmable logic devices having multiple programmable hardware units configurable in one or more functional modes. The programmable hardware units are coupled to independent switch devices (e.g., multiplexers) that select configuration patterns stored in a common and shared configuration memory. The configuration memory includes a set of configuration registers to store the configuration patterns, which configuration patterns correspond to the one or more functional modes. The configuration registers may be addressed using an index of addresses stored in memory that identify a select line in one of the switch devices for a particular programmable hardware unit. Each select line in a switch device corresponds to a particular one of the configuration registers storing the configuration pattern. The addressed configuration register is accessed to retrieve the configuration pattern and configure the programmable hardware unit.