Controllers
VME / Optical Link / USB and Ethernet Bridges
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product
PCI CONET Controller
A2818
The Mod. A2818 is a 32-bit 33 MHz PCI card, which allows the control, through a standard PC, of up to 8 CAEN Optical Slave Cards (CAEN VME Bridge or Digitizers). The communication protocols used are the CONET1 or the new CONET2 (A dedicated firmware for the desired protocol must be installed on the board).
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product
PCI Express CONET2 Controller
A3818
The Mod. A3818(*) is a PCI Express x8 card that can plug into both x8 and x16 PC PCI Express slot (V2.0), which allows the control of up to 4 CONET2 independent networks (each network can be made of up to 8 CONET2 slaves).
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product
VME to USB 2.0/Optical Link Bridge
V3718
The V3718 is the new VME to USB 2.0/Optical Link Bridge that fully replaces the V1718 (VME-USB) and V2718 (VME- CONET) models. The Bridge Implements a VME master controlled by a PC via USB 2.0 and Optical Link (CAEN CONET protocol) including all the functions of its two predecessors in a unique device. The mechanics is 1-unit wide VME 6U.
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product
VME to USB 3.0/Ethernet/Optical Link Bridge
V4718
The V4718 is CAEN New Bridge with enhanced data rate and extended interfacing capabilities, thanks to the on-board MPSoC (including an ARM processor running Linux). The board is a VME Master which can be controlled by an external PC via USB 3.0 and Gigabit Ethernet connections.
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product
VME to USB 3.0/Ethernet/Optical Link Bridge
VX4718
The VX4718 is CAEN New Bridge with enhanced data rate and extended interfacing capabilities, thanks to the on-board MPSoC (including an ARM processor running Linux). The board is a VME Master which can be controlled by an external PC via USB 3.0 and Gigabit Ethernet connections.
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product
VME64 to USB 2.0/Optical Link Bridge
VX3718
The VX3718 is the new VME to USB 2.0/Optical Link Bridge that fully replaces the VX1718 (VME-USB) and V2718 (VME- CONET) models. The Bridge Implements a VME master controlled by a PC via USB 2.0 and Optical Link (CAEN CONET protocol) including all the functions of its two predecessors in a unique device.
