MODEL 8093 -- BRIDGED 64-BIT/66 MHZ PMC TO PCI ADAPTER
ELMA Electronic Inc.Bridged 64-bit/66 MHz PMC to PCI AdapterModel 8093
Description
Enables use of PMC within a PCI environment
21154 PCI to PCI bridge chip operates in either 33 or 66 Mhz
Utilizes 3.3V power directly from the PCI
LEDs monitor power, voltage and key bus signals
JTAG signals brought out to 10-pin headers to program PLD and FPGA logic on PMC
Rows A & C connect with 64-pin connector on PMC for rear I/O
Optional fan assembly (P/N 8094F) provides cooling for PMCs with high power output
ELMA Electronic Inc.
Done
Description
Enables use of PMC within a PCI environment
21154 PCI to PCI bridge chip operates in either 33 or 66 Mhz
Utilizes 3.3V power directly from the PCI
LEDs monitor power, voltage and key bus signals
JTAG signals brought out to 10-pin headers to program PLD and FPGA logic on PMC
Rows A & C connect with 64-pin connector on PMC for rear I/O
Optional fan assembly (P/N 8094F) provides cooling for PMCs with high power output
Bridged 64-bit/66 MHz PMC to PCI Adapter
Model 8093
Bridged 64-bit/66 MHz PMC to PCI Adapter
Model 8093
Enables use of PMC within a PCI environment
21154 PCI to PCI bridge chip operates in either 33 or 66 Mhz
Utilizes 3.3V power directly from the PCI
LEDs monitor power, voltage and key bus signals
JTAG signals brought out to 10-pin headers to program PLD and FPGA logic on PMC
Rows A & C connect with 64-pin connector on PMC for rear I/O
Optional fan assembly (P/N 8094F) provides cooling for PMCs with high power output
Enables use of PMC within a PCI environment
21154 PCI to PCI bridge chip operates in either 33 or 66 Mhz
Utilizes 3.3V power directly from the PCI
LEDs monitor power, voltage and key bus signals
JTAG signals brought out to 10-pin headers to program PLD and FPGA logic on PMC
Rows A & C connect with 64-pin connector on PMC for rear I/O
Optional fan assembly (P/N 8094F) provides cooling for PMCs with high power output
