1. System Design GroupInstrumentationViraj PereraRAL 2-March-01 Cluster Processor Chip Requirements – Process 4 x 2 x 2 TT Window – Receive BC multiplexed data 108 at 160 Mbit/s – Capture and synchronise – BC-De mux and error checking – e/ ,  /h Algorithm Cluster Hits RoIs – Readout of RoIs

2. System Design GroupInstrumentationViraj PereraRAL 2-March-01 Cluster Processor Chip Requirements – Set-up and diagnostic Logic (second configuration)

3. System Design GroupInstrumentationViraj PereraRAL 2-March-01 Cluster Processor Chip CP Chip Status  All logic blocks designed and integrated  Serial to Parallel conversion and Synchronisation  BCID De-multiplexing logic  Algorithm  Readout logic  Set-up and diagnostic logic implemented as a second configuration – More simulations to be done Test vectors supplied by Steve Hillier

4. System Design GroupInstrumentationViraj PereraRAL 2-March-01 Cluster Processor Chip Device –Fits in XCV1000E-6 Latency –Seven, 40 MHz clock ticks (-6 device)