The Eth29-G is the succeder of the successful Eth29-FC board.
It is fully backward compatible to the Eth29-FC and supports the following enhanced features:
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.
RoHS compliant
VME
Networking
ETH29-FC - discontinued - replaced by Eth29-G
The ETH29-FC is an intelligent high performance VMEbus Ethernet controller board. It has been designed to support extremely high data transfer rates with a minimum impact on the system load. The board combines a true 32bit architecture with a powerful RISC processor to enable the utilization of the maximum throughput of the network. The Motorola MCF5407 "ColdFire" processor handles all of the local network protocols up to layer 5 (OSI) and thus enables an effective transfer of up to 1 MB/sec with all network protocols. The ETH29-FC board supports today's standard protocols such as TCP/IP, DECNet or ISO/OSI.
VME
Networking
NET02 - discontinued
The NET02 is an improved version of the well known and successful NET01 Ethernet card. This board uses the AM79C961A Ethernet controller chip. It is equipped with a 256kB dual port DMA buffer and 256Byte CMOS serial EEProm for Ethernet address and auto configuration. The onboard LEDs show receive activity and the 10BaseT link status. The NET02 provides connection to Ethernet via AUI, BNC or 10BaseT. Drivers are available for VxWorks, HP-UX and OS-9
VME
Telecommunication
NVME-2E1/T1 - non RoHS
The NVME-860-2E1/T1 is an intelligent 3U VMEbus telecommunication interface board (A24/D16) being equipped with a Motorola MPC860 "PowerQUICC I" processor. The NVME-860-2E1 supplies two E1 interfaces, up to 16MB DRAM, FlashProm and zero wait states SRAM. The onboard SCSA controller provides a powerful means for user data handling.