PICMG Backplane
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Product
OpenVPX Backplanes
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Elma is a leading contributor to the DoD hardware convergence and tri-service commonality initiatives, providing CMOSS / SOSA-aligned technology, backplanes and modules pursuant to the stated goals of those initiatives. As the leader in VITA 46/65 OpenVPX backplane design and manufacturing, our cutting-edge signal integrity analysis informs the designs of our high-speed backplanes, handling critical data at speeds of 12 Gbps and reaching towards 25 Gbps.
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Product
PICMG 1.3 Half-Size Single Board Computers
Single Board Computer
PICMG 1.3 half-size Single Board Computers (SBC) suit multiple single board computer requirements. The slot SBC cards offer high speed and wide bandwidth computing platforms, with plug & play, providing flexibility in various industrial applications.
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Product
Analog Backplane Interface Board
MSXB 029
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The Microstar Laboratories Analog Backplane Interface Board, part number MSXB 029, interfaces the Analog Backplane with a Data Acquisition Processor. The Analog Backplane Interface Board must be installed in the Analog Backplane to connect the backplane to a Data Acquisition Processor.
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Product
Power Backplanes
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It has started with type “M” and P47 for CompactPCI, which is also used for VME64x and has progressed to newer standards like CompactPCI Serial and VPX, which receive their own unique power connector.
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Product
PICMG 1.3 Half-size SBC
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Axiomtek's PICMG 1.3 half-size CPU cards (185 x 126 mm) offer high performance PCI Express slot as interface to the backplane, and improve I/O bandwidth and graphic performance from the original PICMG 1.0 specification. The PICMG 1.3 half-size SBC is specially designed for space concernd applications.
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Product
PICMG 1.0 Full-Size SBC Backplanes
Backplane
PICMG 1.0 Full-Size SBC Backplanes product line offer you low MTTR (Mean Time to Repair) approaches. The SBC backplanes are the most flexible and expansible solutions for industrial and slot-hungry applications.
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Product
3-slot ATX-supported 1U Butterfly PICMG 1.3 Bus Passive Backplane
FAB209
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*Designed for PICMG 1.3 SBC*Compatible with AX61120TP chassis*Supports one PICMG 1.3 CPU card slot, one PCIe x4 slot and one PCIe x16 slot
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Product
5-slot ATX-supported 2U Butterfly PICMG 1.3 Bus Passive Backplane
FAB205
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The FAB205 features a PICMG 1.3 CPU card slot, five 32bit/33MHz PCI slots, and built in a 24-pin ATX power connector and 8-pin connector for thermal detected board. The FAB205 is optimized to support AXIOMTEK's PICMG 1.3 system host boards, the SHB100 and SHB110, which are built around the PICMG 1.3 form factor. The FAB205 is compatible with the AX61220/AX61222 chassis.
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Product
32-bit PCI Test Backplane
SKU-014-01
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The 32-bit PCI Test Backplane was designed to support production testing/debugging of PCI-based peripheral boards. The backplane expands the x1 PCI Express interface of the host computer into four 32-bit PCI slots via 7 ft CAT6 cable. The PCI backplane is a versatile platform that allows you to test up to 4 PCI boards at the same time, facilitates easy access to logic signals, provides hot-swap compatibility, and per-slot overcurrent protection.
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Product
Wiring Analyzers for Cables, Wire Harnesses, Backplanes
CableEye M2Z, M3Z, M4
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With our cable testers and harness testers, find defective or miswired cables instantly before they damage equipment or waste valuable technician time. CableEye® all-in-one test and cable management systems have a unique, patented graphic wiring display to visually pinpoint problems when wiring errors are detected, and offer under a second pass/fail testing for production environments. Quickly locate intermittent connections and identify their position in the cable.
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Product
Vita42 Compact PCI PICMG 2.16 Blade
CP6007-RA
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CP6007-RA is based on a sixcore Intel® Xeon® processor with 10nm technology, with outstanding performance-per-watt values. Its scalable power budget allows users to tailor the power dissipation to their requirements. 32GB soldered memory with ECC is provided.
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Product
VME / VME64x Backplanes
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Hartmann Electronic is an industry leader in the designing, manufacturing and production of backplane technology, including VME and VME64x. Over the evolution of its near 40 years of existence, VME-bus has become a worldwide standard and is still used in a wide variety of applications across many different markets. Hartmann’s innovation in cost effective design benefits customers in diverse industries including military, transportation, medical imaging, telecom, industrial controls, and aerospace.
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Product
Other Backplane Architectures
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Elma is well known for our backplanes based on common VITA and PICMG standards-based architectures such as VME, OpenVPX, and CompactPCI Serial. We also make backplanes for other architectures.
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Product
PCI Express, PCI, Multi-Interface Test Backplanes
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Amfeltec PCI Express, PCI, Multi-Interface Test Backplanes
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Product
cPCI Serial Backplanes
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CompactPCI Serial is an industrial standard for modular computer systems. It is based on the established PICMG 2.0 CompactPCI standard, which uses the parallel PCI bus for communication among a system's card components. In contrast to this, CompactPCI Serial uses only serial point-to-point connections.
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Product
6U 10-Slot OpenVPX Backplane, Profile BKP6-CEN10-11.2.4-3
1OVX610LX6-1X01R
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VPX Dual Star with central switches with expansion and control planes, channel Gbaud rate up to 6.25.
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Product
3U 6-slots 25Gb Backplane Aligned To SOSA, Apertures For VITA 66/67 Modules
1SVX306AxP-xxxx
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Designed in alignment SOSA, this 3U backplane offers 6 PIC (Plug in Card) slots supporting high-speed signals on all data paths and VITA 67.3 connectors and VITA 66.5 optical connectors.
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Product
PCI Express Gen 3 Test Backplane
SKU-015-01-PCIe
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PCI Express Backplane was designed to support a variety of modern PCI Express board’s production testing and debugging. The backplane expands the Host computer into four x16 PCI Express slots via 10 ft. CAT7 data and 10-pin flat Power control cables. PCI Express Backplane and UUTs (unit under test – add-in PCI Express board) are powered by a standard ATX power supply connected to the backplane via 24 and 8 pin power connectors located on the backplane.
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Product
3U OpenVPX 2-Slot Backplane With 1 VPX Power And Ground Plus 1 VITA 62 Power Supply Slot
101VPX302-xxxx
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This 3U Open VPX backplane offers one VITA 46 Power and Ground slot and one VITA 62 power supply slot to support the development and deployment of systems requiring a VITA 62 power supply. The rear power studs can be used to connect to an adjacent backplane to feed it power.
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Product
11-slot ATX-supported PICMG 1.3 Bus Passive Backplane
FAB121
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*Designed for PICMG 1.3 SBC*Compatible with AX61410, AX6145, AX6156 chassis*Supports one PICMG 1.3 CPU card slot, seven PCIe x4 slots, one PCIe x8 slot, and two 32bit/33MHz PCI slots
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Product
8-slots 25Gb backplane aligned to SOSA
1SVX308ABP-1X31
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3U 8-slots 25Gb backplane aligned to SOSA, with apertures for VITA 66/67 RF & optical modules.
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Product
Interface Card - 1-2 Channels of MIL-STD-1553 Networks on a PMC Form Factor with Ethernet Backplane Interface
PMCE-1553
Interface Card
PMCE-1553™ is an innovative product that provides 1553 operations via 10/100/1000 Ethernet IP/UDP local area networks (LAN) backplane. PMCE-1553 is a standard PMC form factor card, but instead of PCI backplane, PMCE-1553 uses the P4 connector for Ethernet based control and communications.
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Product
CompactPCI Serial 3U Backplanes
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Hartmann Electronic’s cPCI Serial Backplanes are compliant to PICMG CPCI S.0 CompactPCI Serial specification. These backplane are outfitted with a cPCI S.0 system slot for the CPU on either the left or right side and then have up to eight CPCI S.0 peripheral slots.
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Product
2 Slot 6U VME 64x Backplane
DP-VME-7008
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DP- VME-7008 is a 2 slot 6U VME 64x backplane designed to be used with VME boards. This module provides the interface and communication between 2 slot and the rear side mating for the rear boards.
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Product
3U 5-slots 25Gb Backplane Aligned To SOSA. AFT And VITA 48.8 Ready
1SVX306APP-1X31
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Designed in alignment SOSA, this 3U backplane offers 5 PIC (Plug in Card) slots supporting high-speed signals on all data paths and VITA 67.3 connectors and VITA 66.5 optical connectors.
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Product
3U cPCI Serial Power Backplanes
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CompactPCI Serial is an industrial standard for modular computer systems. It is based on the established PICMG 2.0 CompactPCI standard, which uses the parallel PCI bus for communication among a system’s card components. In contrast to this, CompactPCI Serial uses only serial point-to-point connections.
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Product
Custom Backplanes
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The backplane is quite literally the backbone of a successfully performing system. Excellent signal integrity design is critical to platform reliability. Building on decades of backplane manufacturing experience, Elma engineers are innovation leaders in high-speed signal processing design, developing some of the most sophisticated backplanes in the industry.
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Product
DIN Backplane
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VECTOR Electronics and Technology, Inc.
Universal (uncommitted) multilayer backplanes are designed for unique one of a kind applications requiring custom pin-out wiring from connector to connector. Each individual connector pin must be "assigned" by connecting to adjacent power or ground pins with wire or jumpers. Power or Ground input through a labeled series of power taps (screw terminals) along to top and bottom of the board.
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Product
Multi-channel USB and Power Distribution Backplane
USBDR-8
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Power worldwide with universal AC adapterDC power from 12V to 50V sourceInstall from 1 up to 8 channels per USBDR-8Daisy chain USBDR-8 to control up to 112 channels using just one USB portUSB 2.0 compatible communication Synchronize all USBPxx-S1 operation in tracking or dynamic control applications Operate on table top, wall mount, rack mount or DIN rail mount Optional DIN rail connection kit for mounting the USBDR-8 to DIN rail available Optional 19" aluminum rack mount plate available
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Product
Backplane Profiling & Inspection System
603d
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A major problem in the backplane industry is detecting bent connector pin defects. The most difficult being when the pin bends underneath the shroud rather than going into the hole. Many times this defect cannot be detected electrically as the connector pin is touching the conductive annular ring of the hole, allowing electrical test to pass. Unfortunately, it is an intermittent connection and will fail later on as there is not an actual mechanical connection.
