The VPX Standard, ANSI/VITA 46.0-2007, is an extension of the VME standard. VPX utilizes a switched fabric backplane and uses high-speed capable connectors. This allows systems to run serial protocols, such as PCI Express, as their backplane communications medium. Open VPX, ANSI/VITA 65-2010, furthers interoperability of different VPX OEM hardware by defining standardized communication lanes and backplane configurations. All Alpha Data hardware is compliant to multiple OpenVPX configurations.
Similar to PCIe architecture of modern commercial motherboards, VPX uses a switched PCIe architecture.
OpenVPX supports two 1000Base-BX Ethernet backplane interfaces per VPX slot. While these are not well suited for large data transfers, it is a low pin count method of controlling many system modules.
OpenVPX also defines two optional SATA lanes to each VPX module. Alpha Data ADA-VPX3 and ADC-VPX3 product lines support two mSATA devices compliant to this interface. These Alpha Data products can save a significant amount of system space by giving users the ability to perform intensive FPGA based processing in the same slot as two massive solid state storage devices.
Mechanical Drawing of System Backplane
All images courtesy of WaveTherm
Each Alpha Data VPX board utilizes the GPIO allocated in the VPX specification. This provides 24 signals which can be driven single ended or differential on P2. Additional GPIO is available in the user defined regions of P1.
The VPX backplane connector supports signaling speeds in excess of 10Gbps. Alpha Data supports the maximum number of high speed IO lanes available. The Data Plane and Expansion planes of P1 are fully connected, along with 10 lanes (bidirectional) of data to P2. FPGA technology enables the user to choose any signaling standard imaginable like, 1000Base-X, XAUI, SRIO, and proprietary protocols.
One of the most attractive features of Alpha Data FPGA processing cards is their extensive usage of modular front IO. Alpha Data ADM-VPX3 products support the industry standard FMC front IO adapters, while the ADA-VPX3 cards support Alpha Data XRM modular interface boards. XRMs provide connectivity to video data feeds, analog RF inputs, serial communication, and GPIO. Where there is a gap in our product catalog, customer solutions can be quickly delivered to meet any customer needs. FMCs are quickly gaining popularity across the industry. With 100s available on the market today, almost any applications can be accomplished with pre-existing hardware.
VPX supports a number of cooling options to meet all customer needs. Air cooled chassis and modules are excellent for lab and development environments. While conduction cooling provides thermal relief in dusty or high altitude environments.
Images courtesy of WaveTherm
Images courtesy of WaveTherm
Defined in ANSI/VITA 46.10, RTMs are used to break out all relevant signals during test and development. Alpha Data RTMs provide access to ALL signals on the VPX backplane. This includes an industry standard cabled PCIe receptacle which enables customers to develop applications using a standard desktop PC. This guarantees minimal risk during system integration because the Alpha Data hardware used in development and deployment is identical. While Alpha Data standard RTM modules are not suitable for deployment environments, they can be quickly and easily modified and ruggedized to meet customer needs with any desired connector configuration.
The ADM-VPX3-7V1. A Virtex-7 OpenVPX FPGA Board
|Board||FPGA Family||XC7V2000 Support||IO Interface Std||Extra Functions|
|ADM-VPX3-7V2||Virtex-7||YES||High Density FMC Interface||.|
|ADA-VPX3-7V1||Virtex-7||No||XRM Interface||Dual mSata Slots|
|ADA-VPX3-7K1||Kintex-7||N/A||XRM Interface||Dual mSata Slots|
|ADA-VPX3-6T1||Virtex-6||N/A||XRM Interface||Dual mSata Slots|
Contact Sales at Alpha Data for further information.