Abaco - ACC-5595 2 Gb/s Reflective Memory Hub Assembly
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For use with Abaco Systems 5565 Reflective Memory network of products
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Provides up to eight ports using small form factor pluggable (SFP) transceivers
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Hub assemblies can be cascaded with a maximum of 256 nodes
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Automatically bypasses defective or disconnected nodes in a fiber-optic network
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Automatic bypass can be optionally controlled by the loss of signal or by the loss of sync pattern
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Each port regenerates the serial optical signal, eliminating link losses and reduc-ing jitter
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Configurable for use with cables up to 10 km in length
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10BaseT Ethernet TCP/IP port for remote access and control
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RS232 port for local access and control
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Optional 19 - inch 1U rack mount or desktop enclosure
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Internal universal power supply
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Dark on Dark option turns off the board’s transmitter if the receiver does not detect a signal (available for firmware versions 02.00 and later
More Product Information
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For use with Abaco Systems 5565 Reflective Memory network of products
-
Provides up to eight ports using small form factor pluggable (SFP) transceivers
-
Hub assemblies can be cascaded with a maximum of 256 nodes
-
Automatically bypasses defective or disconnected nodes in a fiber-optic network
-
Automatic bypass can be optionally controlled by the loss of signal or by the loss of sync pattern
-
Each port regenerates the serial optical signal, eliminating link losses and reduc-ing jitter
-
Configurable for use with cables up to 10 km in length
-
10BaseT Ethernet TCP/IP port for remote access and control
-
RS232 port for local access and control
-
Optional 19 - inch 1U rack mount or desktop enclosure
-
Internal universal power supply
-
Dark on Dark option turns off the board’s transmitter if the receiver does not detect a signal (available for firmware versions 02.00 and later)
As a longstanding leader in Reflective Memory (RFM) technology, Abaco Systems understands the demands of real-time networks. We know that certain types of applications require the determinism, implementation simplicity, and lack of software overhead that ubiquitous technologies such as Ethernet can’t deliver.
Our PCI-5565PIORC Reflective Memory node card in PCI form factor is engineered specifically to provide highly deterministic, tightly timed performance for a variety of advanced networking applications that need to deterministically move large amounts of data fast and share that data in real time among similar or disparate network nodes.
Abaco’s RFM products are designed to fit into your existing hardware and operating system environment, integrating diverse hardware platforms running different operating systems into a single, shared memory network.
As a longstanding leader in Reflective Memory (RFM) technology, Abaco Systems understands the demands of real-time networks. We know that certain types of applications require the determinism, implementation simplicity, and lack of software overhead that ubiquitous technologies such as Ethernet can’t deliver.
Our PCIE-5565PIORC Reflective Memory node card in low profile PCI Express form factor is engineered specifically to provide highly deterministic, tightly timed performance for a variety of advanced networking applications that need to deterministically move large amounts of data fast and share that data in real time among similar or disparate network nodes.
Abaco’s RFM products are designed to fit into your existing hardware and operating system environment, integrating diverse hardware platforms running different operating systems into a single, shared memory network.
Abaco Systems’ PEAZ-5565 Reflective Memory Analyzer is a powerful analytic tool for our industry-leading 5565 Reflective Memory (RFM) product family. By creating a window into network traffic, the analyzer allows you to deep dive into your application code to start solving problems.
RFM is the best solution for many advanced networking applications that need to deterministically move large amounts of data fast and share that data in real-time among similar or disparate network nodes. It is ideal for applications in which implementation simplicity, a lack of software overhead, and bus structure and operating system independence are key factors, such as:
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Simulation & Training
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Industrial Process Control
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Sonar/Radar
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Data Streaming and Acquisition
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Network transfer rate of 43 Mbyte/s (4 byte packets) to 170 Mbyte/s (64 byte packets)
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Dynamic packet size, 4 to 64 bytes of data
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Up to 256 nodes
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Connection with multimode fiber up to 300m, single-mode fiber up to 10km
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Data written to memory in one node is also written to memory in all nodes on the network
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High speed, easy to use fiber-optic network (2.12 Gbaud serially)
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VME transfer rate 40 Mbytes
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64 Mbyte or 128 Mbyte SDRAM Reflective Memory
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Dynamic packet size, 4 to 64 bytes of data
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Connection with multimode fiber up to 300m, single mode fiber up to 10km
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Up to 256 nodes
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Data written to memory in one node is also written to memory in all nodes on the network
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High speed, easy to use fiber-optic network (2.12 Gbaud serially)
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Transfer rate 43 Mbyte/s (4 byte packets) to 170 Mbyte/s (64 byte packets)
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128 Mbyte or 256 Mbyte SDRAM Reflective Memory
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One independent DMA channel
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Any node on the network can generate an interrupt in any other node on the network or in all network nodes with a single command
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Error detection
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Redundant transfer mode for extra error suppression
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No processor overhead
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No processor involvement in the operation of the network
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PCI 64-bit 66 MHz transfers, 3.3 or 5V, single width mezzanine interface
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Error management and detection protects against data loss
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Up to 170 MB/s sustained data rate
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Deterministic transfer rate with only 450-500 nanoseconds of latency between nodes
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Supports dynamic packet sizes ranging from 4 to 64 bytes
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2.12 Gbaud serial connection speed
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Supports interrupt transfers
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128 or 256MB SDRAM
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RoHS compliant
The VP430 Development Kit is designed to speed, simplify and reduce the cost of developing advanced electronic warfare applications. It does this by pre-integrating the VP430 Direct RF Processing System with the VPX370 Development System and an SBC326 3U VPX single board computer to enable a fast start.
A Digital Down Converter performs channel access functions in digital receivers. It is used for extracting a channel (frequency band) of interest in a wideband signal. Abaco Systems' wideband DDC core employs a quad DDC architecture to achieve ultra high performances. The core accepts up to 16-bit complex data and can process 1GSPS continuously. With a fully programmable architecture at all stages of the processing, this core combines flexibility and speed and can be used in combination with our dual-channel 1GSPS ADC module.
Abaco Systems
Abaco's history goes back more than 30 years, to the days of Plessey Microsystems in the UK – one of the first adopters worldwide of the ‘new’ VME standard. A management buyout saw Plessey become Radstone, who acquired ICS and Octec. Meanwhile, equally prominent embedded computing companies including SBS, VMIC and Condor Engineering were being acquired by GE to bolster its offering in that area – and Radstone was acquired by GE Fanuc Embedded Systems in September 2006. GE Fanuc Embedded Systems subsequently became GE Intelligent Platforms and, in September 2015, the embedded computing part of the business was acquired by Veritas Capital. The resulting business was named Abaco Systems.
We’re 700+ people, with our global headquarters in Huntsville, Alabama; a European headquarters and manufacturing site in Towcester, England; and offices throughout the world.
| I need help with my Abaco product | |
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Americas +1-800-322-3616 |
Europe, Africa, Middle East & Asia Pacific +44-1327-322760 |
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Special Avionics I/O customer hotline +1-805-883-6097 |
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| Email: support@abaco.com | |
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