By Dirk Koch
This is the 1st booklet to target designing run-time reconfigurable structures on FPGAs, in an effort to achieve source and gear potency, in addition to to enhance velocity. Case reviews in partial reconfiguration advisor readers throughout the FPGA jungle, directly towards a operating method. The dialogue of partial reconfiguration is finished and useful, with versions brought including the right way to enforce successfully the corresponding structures. assurance comprises strategies for partial module integration and corresponding communique architectures, floorplanning of the on-FPGA assets, actual implementation points ranging from constraining primitive placement and routing right down to the bitstream required to configure the FPGA, and verification of reconfigurable systems.
Read or Download Partial Reconfiguration on FPGAs: Architectures, Tools and Applications PDF
Similar design books
Design with Intent: 101 Patterns for Influencing Behaviour through Design
It’s acceptable throughout product, carrier, interplay and architectural layout, geared toward socially and environmentally invaluable behaviour swap. The styles are drawn from various disciplines, and are phrased as questions or provocations to let the toolkit’s use as either a brainstorming software and a consultant for exploring the sector of layout for behaviour swap.
Transient-Induced Latchup in CMOS Integrated Circuits
Content material: bankruptcy 1 creation (pages 1–21): bankruptcy 2 actual Mechanism of TLU lower than the approach? point ESD try out (pages 23–45): bankruptcy three part? point dimension for TLU below process? point ESD concerns (pages 47–73): bankruptcy four TLU Dependency on energy? Pin Damping Frequency and Damping think about CMOS built-in Circuits (pages 75–93): bankruptcy five TLU in CMOS ICs within the electric quick temporary try (pages 95–112): bankruptcy 6 technique on Extracting Compact format ideas for Latchup Prevention (pages 113–150): bankruptcy 7 targeted format concerns for Latchup Prevention (pages 151–168): bankruptcy eight TLU Prevention in strength?
Digital Signal Processing System Design. Lab: VIEW-Based Hybrid Programming
This e-book combines textual and graphical programming to shape a hybrid programming strategy, permitting a more beneficial technique of development and reading DSP platforms. The hybrid programming process permits using formerly constructed textual programming options to be built-in into LabVIEW's hugely interactive and visible setting, delivering a better and speedier process for development DSP structures.
- Space Planning for Commercial and Residential Interiors
- Numbers in Graphic Design: A Sourcebook
- 1,000 Product Designs: Form, Function, and Technology from Around the World (1000 Series)
- Advanced ActionScript 3: Design Patterns (2nd Edition)
Extra info for Partial Reconfiguration on FPGAs: Architectures, Tools and Applications
Example text
This holds for all resources within the bounding box of a reconfigurable module (which corresponds to the reconfigurable island, in case of island style reconfiguration). For a sake of completeness, it should be mentioned that, depending on the FPGA, there are possibilities to wildcard some primitives by simply not using resources that result in different footprints for different slots [BLC07]. This is possible, because the routing of the switch matrices and the wires between them are homogeneous throughout the whole FPGA fabric, independent of the resource type.
This can be used to reduce the multiplexers to access the state-flip-flops. One issue related to time-multiplexed FPGAs is the more difficult design and verification of these devices. During the technology mapping phase, logic has not only to be fitted into look-up tables, the look-up tables have also to be partitioned into the different microconfigurations. This has to consider that signals can only be propagated into the future and that there might be data dependencies between the different configurations.
14b. The design tools and time-multiplexed architecture must be of high quality as it is very difficult to debug errors that result from the time-multiplexing itself. Note that also EDA tools might have bugs. Furthermore, when monitoring internal signals of an implemented circuit through I/O pins, the routing of these signals will also be time multiplexed. As a consequence, transient events such as glitches might get filtered by the time forwarding latches (that are also required in the routing fabric) and these events cannot be seen at an output pin.