FX 322/0xx - VXS Switch Board - PCI Express (VITA 41.4) and Ethernet (VITA 41.6)
The FX 322/0xx is a Gen1/Gen2, 4-Lane PCI Express® Switch Board for use in VXS VITA 41.4 Switched Serial Backplane environments. The FX 322/0xx provides a data plane with up to eighteen x4 PCI Express payload boards, a control plane with up to eighteen 1000-Base-BX ports (as per VITA 41.6) and an inter-switch interface. This VXS fabric switch gives the end-user higher bandwidth and lower latency while maintaining backward compatibility within a VME ecosystem. The PCI Express and Gigabit Ethernet fabrics provide switching for a dual star topology allowing boards within the system to communicate. The Ethernet fabric also enables interconnection between legacy VME boards. Options for extended temperature boards or ruggedized boards are available. The FX-322/0xx is suitable for a range of applications within the defense, industrial control, telecomms, telemetry, scientific and aerospace markets.
Features
- VXS PCI Express® switch board:
- supporting 6, 12 or 18 payloads
- utilizing non-transparent/transparent bridges
- x4 PCI Express (Gen1 or Gen2) data plane (VITA 41.4) with DMA
- 1000 Base-BX unmanaged control plane (VITA 41.6)
- for use in PCI Express Backplane environments
- Inter-switch ports for interconnecting switch
boards:
- two PCI Express inter-switch ports
- four 1000 Base-BX inter-switch ports
- Link/Activity status LEDs on all ports
- Non-volatile EEPROM storage provides board
configuration data per port:
- Ethernet switch configuration data
- PCI Express configuration data
- Extended temperature versions (E-Series, K-Series):
- E: -25°C to +70°C, air-cooled
- K: -40°C to +85°C, humidity sealant, air-cooled
- Ruggedized versions (RA-Series, RC-Series):
- RA: -40°C to +75°C, conformally coated, air-cooled
- RC: -40°C to +85°C, conformally coated,
conduction-cooled (at card edge) to ANSI/VITA
30.1-2002
- Serial port interface for operator setup
- Fabric Switch Configuration software
- Single slot, 6U VXS form factor
Request a Technical Reference Manual
View the ruggedized conduction-cooled variant
View the ruggedized air-cooled variant
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