AXN/BCU/402 Axon Backplane Controller
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- Dual-port bi-directional, full-duplex, Gigabit Ethernet connection with auto-sensing IENA, iNET-X, and IRIG-106 Ch.10 compatible packetization structures with support for IRIG106 Chapter 10 data packets
- Synchronization using PTPv1 or PTPv2, or acts as PTPv1 or PTPv2 Grandmaster Programming and verification of Axon chassis using TFTP
- In system programmability of firmware and FPGA
- Supports Gigabit link with Axon user modules and 380 Mbps data throughput to external Ethernet connections
- Ethernet based data acquisition systems
The AXN/ADC/401 is used to condition and digitize up to eight analog channels. Each channel can be configured for use in differential ended or single ended voltage measurement, AC coupled single...
The AXN/EXT/401 is an extender card, which allows a module contained in an Axonite (AXN/ITE/01U) remote housing to connect to an Axon chassis. Axonites allow modules to be separated from the...
The Axonite (AXN/ITE/01U) houses one Axon user module . It allows the user modules to be housed remotely from the Axon chassis so modules can be located closer to sensors, which can improve the...
Setting up data acquisition systems can take a lot of time and effort, particularly as many systems today are growing larger and larger. Managing thousands of channels of data over dozens of data...
The AXN/CHS/16U is a 16 user-slot Axon chassis, which along with the housing and backplane, includes an isolated 100W power supply for the controller and user-modules. A wide input operating...
The AXN/BCU/402 is a dual-port full-duplex, Gigabit Ethernet, Axon AXN backplane controller, packet programmer and an IPv4 data packets transmitter.
The Axon backplane controller supports chassis programming via Ethernet using Trivial File Transfer Protocol (TFTP). Synchronization with an external PTP Grandmaster is achieved using IEEE 1588-2004Precision Time Protocol version 1 (PTPv1) or IEEE Std 1588-2008 Precision Time Protocol version 2 (PTPv2). The AXN/BCU/402 can also act as a PTPv1 or PTPv2 Grandmaster.
In acquisition mode, some or all acquired data is transferred from the backplane to the CVT. Onboard, it is packetized into an IENA, iNET-X, or IRIG-106 Ch.10 application layer packet. Assembled packets can be transmitted simultaneously on either or both Ethernet outputs. For asynchronous bus data, the AXN/BCU/402 supports aperiodic transmission for efficient bandwidth use, whereby packets are not generated unless fresh data has been acquired from a packetizer user-module.
The AXN/BCU/402 supports routing Ethernet frames received from either Ethernet port to modules in the chassis. This feature allows Ethernet packets to be sent directly to a recorder or PCM transmitter module (among other modules).
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