Physical Implementation Sample Clauses

Physical Implementation. Table 6 shows the 64-node topologies considered for physical implementation. The maximum switch radix for the topologies under test ranges from a reasonable value of 6 to a large value of 12, which makes it already difficult to place and route switches without DRC violations (see Section 5.2), although still within the feasibility range. Please note that the architectural assumption behind the switch radix column in Table 6 is that each tile attached to a switch occupies two ports (one for initiating transactions and one to serve transactions initiated by other tiles). This way, the switch radix parameter matches the content of Table 3, which is instead unaware of this physical TOPOLOGY Radix postsynthesis (ns) post-P&R (ns) longest link 8-ary 2-mesh 6 1.08 GHz 890 MHz 1.5 mm 8-C-mesh 6 1.08 GHz 250 MHz 6.75 mm 4-ary 3-mesh 8 950 Mhz 220 MHz 6.9 mm 2-ary 6-mesh 8 950 Mhz 220 MHz 6.9 mm 2-ary 5-mesh 9 810 MHz 230 MHz 6.96 mm 4-ary 2-mesh 12 720 MHz 530 MHz 3.0 mm 2-ary 4-mesh 12 720 MHz 260 MHz 6.4 mm 4-C-mesh 12 720 MHz 260 MHz 6.4 mm 4-ary 3-flat 14 610 MHz 120 MHz 13.29 mm Table 6: Post-place&route results of the 64-end nodes topologies under test. Area

Physical Implementation.  1 Weblogic instance on 1 dedicated; OS failover; 30 GB SAN disk space;  2 schemas in a shared Oracle 10.2.; in failover; 10.1 GB SAN disk space for the database;  2 IDOL7 application instances, in load balancing mode. IDOL7 distribution components: DAH and DIH provide high availability features through load balancing;  The DAH ("Distributed Load Handler"), Retina (front-end components) and the administration tools are installed. The VM is clustered (Dual site failover) to provide redundancy in case of system failure;  The Fetch System and the DIH ("Distributed Index Handler") installed. The server is clustered (Dual site failover) to provide redundancy in case of system failure.