Choose from our standard overview of the systems technology.
The basic unit of the MPS01 is based on our subrack series "Future". This series lends itself to the creation of top-quality systems. The principal system components, such as backplane, power supply, (not MPS01-4), wiring, etc. are already included. Further assembly parts are available.
The basic unit of the MPS02 is based on our subrack series "Future". This series lends itself to the creation of top-quality systems. The principal system components, such as backplane, power supply, wiring, etc. are already included. The power supply, fan and SMC (System Management Controller) system components are all pluggable. Further assembly parts are available.
The basic unit of the MPS03 is based on our subrack series "Future". This series lends itself to the creation of top-quality systems. The principal system components, such as backplane, power supply, wiring, etc. are already included. Further assembly parts are available.
J1 backplane 3U (16 Bit) supports all data and control signals and thus functions as an independent backplane. The J2 backplane (3U) complements the J1 backplane in the system to provide a higher transmission rate (32Bit). The "Mono" backplane (6U) enables fast assembly and easy power supply. It combines the J1 and the J2 backplanes into one unit.
VME64x is an upgrade of the VME64 standard and it permits 64-bit data transmission. This means that a whole set of new features can be added to the VME, VME64 boards and to the backplanes and subracks. The new features include enhanced 160-pin P1/J1 and P2/J2 connections, optional 95-pin (2-mm hardmetric P0/J0 connection) for more user-defined I/O, +3.3V and additional performance.
The VME64x backplane forms the basis for the VITA31.1 backplane. The VITA31.1 has simply been enhanced with a Gigabit Ethernet Link. This leads to a PICMG 2.16 Gigabit Ethernet Switch (Fabric) which connects the links (nodes) with one another. This can also be connected to the front panel with an RJ45 connector, if needed.
The CompactPCI is based on a PICMG standard and thanks to its reliability and robust design is suitable for use in industrial environments. Here the classical PCI bus is transposed to a 19"-compliant platform.
The PSB2.16 backplane is based on the PICMG backplane. The VITA31.1 has simply been enhanced with a Gigabit Ethernet Link. This leads to a PICMG 2.16 Gigabit Ethernet Switch (Fabric) which connects the links (nodes) with one another. This can also be connected to the front panel with an RJ45 connector, if needed.
CompactPCI Plus I/O
The CompactPCI Plus I/O backplane is an extension of the PICMG 2.0 CompactPCI industry standard and specifies additional pin assignments as a hybrid solution by way of which fast serial connections can be established.
The Power Backplanes enable integration of a plug-in power supply.
Compact PCI Serial
CompactPCI Serial uses all the meachanics of CompactPCI. The specification is compli- ant to IEEE 1101. Just the 2-mm hard metric connector is replaced by a more modern higher-density connector which is able to support differential signals of 10 Gb/s serial and more. POLYRACK developed an own 3-Slot Serial Backplane with integrated PSU- Connector. Compliant to PICMG CompactPCI Serial (CPCI-S.0 R1.0).
The OpenVPX framework defines clear interope - rability points necessary for integration between Module to Module, Module to Backplane and Chassis. OpenVPX develops and includes new fabric, connector and system technology as newer standards are defined. POLYRACK engineered an own OpenVPX Backplane which is compliant to VITA 46.0 and VITA 65. 6 Slot VPX, 5 Payload Slots and 1 Switch Slot.
Our fan trays are designed as circulation fans, they draw the air in from below and blow it into the assemblies located above. You can choose between various models and can at all times upgrade the fan to convert to forced heat dissipation of individual subracks (also when several subracks are stacked one above the other).
DIN-rail case Railo
Railo can be used as a DIN-rail or wall-mounting module and accommodates PC boards, Eurocards or custom electronics. Insertion of the boards into the grooves provided for this purpose is stable and torsion-free There are 2 different fronts available, both of which can be processed as required. The width can be varied, depending on the configuration
Developed for PanelPC and/or display and control systems, the case is typically used in industrial environments. The die-cast aluminum case is robust, even the basic version is EMC-compliant and compliant with IP65. Additional electronic components can be added by way of appropriate screw connection points or assembly components. Ventilation is passive (TDP max. 30 watts)
Developed for PanelPC and/or display and control systems, the case is typically used in industrial environments. An innovative concept in layer construction enables simple and flexible configuration. At the same time this forms the basis for individual, customer-specific solutions.
PanelPC 2 Series
The PanelPC 2 series is particularly suitable for industrial applications, even in the extended temperature range (-20 ° C to + 85 ° C). The case is available in „aluminum milled“ and as sheet metal solution from 10.1" to 21.5" up to protection class IP54 (IP68 in preparation). The multi-touch PCAP touchscreen is optionally available with hardened glasses and/or anti-fingerprint coating.
EmbedTEC System Platform
The EmbedTEC case series is a flexible case solution that is available in practically all dimensions. Although primarily developed for embedded-computing and HMI (human machine interface) applications, EmbedTEC is also ideally suited for all other fields of application. Thanks to its capacity for flexible configuration, the con- cept provides the optimal basis, or development platform, for customized case solutions.
Mechanical, electrical, thermal and functional interaction of all system components is essential for a reliable operation in harsh environments and to cover massive environmental influences such as shock, vibration and temperature.