Fujitsu DAPDNA-2
The DAPDNA-2's dynamic reconfiguration enables three beneficial usage models. Each channel of DNA Direct I/O is 32-bit wide and operates at the maximum DAPDNA-2 system clock frequency of 166 MHz, reaching 32 Gbps. The DNA Direct I/O can operate synchronously on the system clock, or can be controlled by an external clock at a different frequency.| Part No. | DAPDNA-2 |
|---|---|
| Datasheet | DAPDNA-2 Download |
| Manufacturer |  Fujitsu |
| Description | Dynamically Reconfigurable Processor |
| Buy | Stock & Price |
DAPDNA-2 Dynamically Reconfigurable Processor
● DAPDNA Architecture The DAPDNA Dynamically Reconfigurable Processor is configurable during run-time to instantly (in one clock) provide the optimal hardware circuitry for application in demand. The DAPDNA has a dual-core architecture, comprised of a RISC core (the DAP) and a dynamically reconfigurable matrix (the DNA). This platform provides the processing performance of hardware with the flexibility of software. DAP (Digital Application Processor)
● High-performance RISC processor
● Controls the dynamic reconfiguration of the DNA DNA (Distributed Network Architecture)
● Dynamically reconfigurable
● Two-dimensional array of 376 Processing Elements (PEs)
● Allows arbitrary configuration of the degree of parallelism and pipeline depth DAPDNA Processor DNA Direct I/O DAP Debug Interface RISC Core Instruction Cache Data Cache High-speed Bus Switch Peripherals DDR-SDRAM DMA Interface Controller DNA DNA Configuration memory
● Dynamic Reconfigu...
● DAPDNA Architecture The DAPDNA Dynamically Reconfigurable Processor is configurable during run-time to instantly (in one clock) provide the optimal hardware circuitry for application in demand. The DAPDNA has a dual-core architecture, comprised of a RISC core (the DAP) and a dynamically reconfigurable matrix (the DNA). This platform provides the processing performance of hardware with the flexibility of software. DAP (Digital Application Processor)
● High-performance RISC processor
● Controls the dynamic reconfiguration of the DNA DNA (Distributed Network Architecture)
● Dynamically reconfigurable
● Two-dimensional array of 376 Processing Elements (PEs)
● Allows arbitrary configuration of the degree of parallelism and pipeline depth DAPDNA Processor DNA Direct I/O DAP Debug Interface RISC Core Instruction Cache Data Cache High-speed Bus Switch Peripherals DDR-SDRAM DMA Interface Controller DNA DNA Configuration memory
● Dynamic Reconfigu...
