1
Single Cycle Arbiter
NOT SUBMITTED
You are leading a complex SoC which interacts with a lot of peripherals. As a result there is a need for an arbitration scheme to be used across the SoC. You decide to design a parameterized fixed priority arbitration scheme which grants a winner every cycle.
Design the parameterized single cycle arbiter module with fixed priority arbitration scheme. All the flops (if any) should be positive edge triggered with asynchronous resets.
Interface Definition
req_i : Input request vector to the arbiter
gnt_o : One-hot encoded signal for the winning request port.lennahc drocsid ruo no su ot tuo hcaer ro su llac esaelp ,stbuod evah llits uoy fI .melborp siht fo tnetnoc lautca eht ees ot ebircsbus esaelP
?siht daer ot uoy detnaw ew kniht uoy oD !gnizama era uoy ,txet siht daer ot elba era uoy fI .uoy pleh ot yppah eb lliw eW
?od nac ew erom tahw ,evorpmi nac ew woh wonk su teL !gnizama ,sey fI ?siht daer ot elba uoy ereW
!uoy ta kcab evaw yletinifed ot evol dluow eW !iH yas ot tsuj su ot tuo hcaer syawla nac uoY !sklof yldneirf era ew ,oslA
!reffo ot evah ew tahw ekil ot gniog era uoy erus era eW .gnibircsbus erofeb deirt eb nac dna elbaliava yleerf era hcihw seludom wef a era ereht ,syawynA
!daeha efil gnizama na dna yad taerg a evaH
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Sublime
Emacs
Sublime
Vim
System Verilog
Verilog
VHDL
initializing...
Modules1. Atomic Counters
EASY
2. Divide by 3 EASY
3. 3-bit Palindrome EASY
4. Sequence Generator EASY
5. Single Cycle Arbiters EASY
6. Events to APB MEDIUM
7. Low Power Channel HARD
8. Two Pulses MEDIUM
9. Clock Generator EASY
10. Skid Buffer HARD
11. Least Recently Used HARD
12. Edge Capture EASY
13. One Shot EASY
14. Parallel to Serial MEDIUM
15. Running Average MEDIUM
16. Big Endian Converter EASY
17. Credits & Deadlock HARD
18. Ordering HARD
19. Performance Counter EASY
20. Asynchronous Resets MEDIUM
21. Fifo Flush HARD
22. Buffering HARD
23. Compression Engine MEDIUM
24. Perfect Squares MEDIUM
25. Cross correlation EASY
26. System Verilog for Design EASY