VME Board Connector

Description: transceivers and transformers, individually programmable as RT, BC or Monitor, with 64K word RAM per channel. The board supports five (5) programmable interrupt sources (IRQ3 – IRQ7 of VME bus). Memory Base Address is settable through strapping options on the VME P2

• Features: Bus Interfaces / Adapters, Controller / Processor
• Technology: VMEbus

Description: transceivers and transformers, individually programmable as RT, BC or Monitor, with 64K word RAM per channel. The board supports five (5) programmable interrupt sources (IRQ3 – IRQ7 of VME bus). Memory Base Address is settable through strapping options on the VME P2

• Features: Bus Interfaces / Adapters, Controller / Processor
• Technology: VMEbus

Description: BACKPLANE - VME - 2 SLOT; Board Type:Backplane, 3U; Board Material:Epoxy Glass Composite; Hole Diameter:-; External Height:130mm; External Width:425mm; Board Thickness:3.175mm; Board Connector / Footprint:VME; PCB Type:Backplane RoHS Compliant: Yes

Description: BACKPLANE - VME - 7 SLOT; Board Type:Backplane, 6U; Board Material:Thermoplastic; Hole Diameter:-; External Height:262.13mm; External Width:140.8mm; Board Thickness:-; Board Connector / Footprint:VME; Enclosure Material:Fiberglass RoHS Compliant: Yes

Description: BACKPLANE - VME - 10 SLOT; Board Type:Backplane, 6U; Board Material:Thermoplastic; Hole Diameter:-; External Height:262.13mm; External Width:201.8mm; Board Thickness:-; Board Connector / Footprint:VME; Enclosure Material:Fiberglass RoHS Compliant: Yes

Description: BACKPLANE - VME - 3 SLOT; Board Type:Backplane, 6U; Board Material:Epoxy Glass Composite; Hole Diameter:-; External Height:262.05mm; External Width:59.69mm; Board Thickness:-; Board Connector / Footprint:VME; Body Material:FR4 RoHS Compliant: No

Description: speed processor. To match the system I/O to the outstanding processor performance, the MVME5500 provides dual 64-bit, 33/66 MHz PCI buses. Each PCI bus has a PMC site supporting cards running at 33 or 66 MHz. The Universe II VME interface and PMCspan connector are isolated from the PMC

• Clock Speed: 1,000 MHz
• Main Memory (RAM): 512 MB
• CE / FCC Certified: Card is CE / FCC Certified
• Features: Controller / Processor, Other

Description: Implemented in a High Performance FPGA All Digital & Analog I/O Signals are Available at the VME P2 & P0 Connectors Low Power Consumption < 8 W VxWorks Drivers including BIT On-Board A/D, D/A Loopbacks and High Precision Reference Voltage Sources for High Reliability Operation

• Features: Bus Interfaces / Adapters

Description: Metal shells - mount directly to the standard VME card mounting holes, providing support and protection to the inserts in the module and additional stiffness to the backplane The metal shells create a faraday cage around the contacts, preventing ESD (Electrostatic Discharge) into the contacts

• Features: Board Mount Connector, Rectangular Connectors, Heavy Duty
• Gender: Female / Jack, Male / Plug
• Connector Type: Header Connector

Description: Provides multiple I/O including ARINC-429, analog to digital, digital to analog, and discretes, as well as an MP3 player with stereo audio output, on a single slot rugged/mil VME board. Rugged/Mil 6U VME Single Slot Board VME Slave Interface Four (4) Opto-isolated

• Features: Bus Interfaces / Adapters

Description: The VME64x bus specification (ANSI/VITA 1.1-1997) is an extension of the VME64 standard ANSIVITA 1-1994. It defines a set of features that can be added to the VME and VME64 boards, backplanes and subracks. The major new features include expanded 160-pin P1/J1 and P2/J2

• VME / VXI / MXI Slots: 2 to 21
• Form Factor: 3U x 160mm (Size A)
• Board Function: Passive Backplane
• Bus / Standard: VME

Description: on-board SSD Disk (SATA) Up to 4 SATA ports on P0 Up to 2 SATA on-board connectors /option (each with one PMC/XMC slot) Communication subsystem Up to 4 Gigabit Ethernet ports (1588, Virtualization) Up to 5 USB ports 4 UARTs (RS232/RS422 - FPGA implementation) 1 HDMI Up to 2 DVI

• CPU Speed: 2,100 to 2,500 MHz
• RAM: 16,000 MB
• Communication Networks: Ethernet
• Features: Other

Description: The VME64x bus specification (ANSI/VITA 1.1-1997) is an extension of the VME64 standard ANSIVITA 1-1994. It defines a set of features that can be added to the VME and VME64 boards, backplanes and subracks. The major new features include expanded 160-pin P1/J1 and P2/J2

• Form Factor: 9U x 340mm (Size D)
• Board Function: Passive Backplane
• Bus / Standard: VME

Description: Amphenol provides a fiber optic interconnect for attachment to standard VME-64x cards and backplanes for the P0 and J0 locations of the boards. It uses "MT" ferrules and it is used in place of P0/J0 electrical applicable connectors. MT ferrules are not supplied by Amphenol; they

• Operating Temperature: -55 to 125 C
• Connector / Adapter: Connector
• Features: Other

Description: The AVME9670A and AVME9675A are non-intelligent slave boards that interface up to four IP modules to the VMEbus. The only difference is that the AVME9675A adds fully implemented geographical addressing. Both are full-height (6U) IP carrier cards that use VME64-compliant connectors to

• Module Voltage: -12 V, 12 V, 5 V
• Bus Width: 16-bit, 8-bit
• Carrier Type: IndustryPack®
• Carrier Class: Non-intelligent Carrier

Description: Convection- and Radiation-Cooled by Fins Fully Sealed Faraday Cage and Complete EMI/RFI Filtering Customized Front Panel Connectors with Optional I/O Transition Board P221 Multi-Output Removable VME 6U Power Supply

Description: Air-cooled with Integral Fan Fully Sealed Faraday Cage and Complete EMI/RFI Filtering Customized Front Panel Connectors with Optional I/O Transition Board P221 Multi-output Removable VME 6U Power Supply

Description: power. The IC-PPC-VMEb board provides a flexible combination of interfaces offering a highly versatile open platform in a single slot VME to optimize weight, size, power and cost. Available Q4 2016 Features Processor Unit One or Two QorIQ T2081 (1..1,8 GHz or T1042) with: up to 8 GB

• CPU Speed: 1,000 to 1,800 MHz
• RAM: 8,000 MB
• Flash Memory (RAM): 128,000 to 256,000 KB
• Features: Other

Description: TSI148 VME interface chip. The XVME-6510 is a high performance 6U VME single board computer based on the 4th Generation Intel® Core™ i7 processor and utilizes the Intel 8-Series QM87 PCH chipset for extensive I/O support. Two ruggedized SODIMM offer up to 16GB of high-speed

• CPU Speed: 2,400 MHz
• RAM: 16,000 MB
• Cache Memory (L1 & L2): 6,000 KB
• Flash Memory (RAM): 32,000,000 KB

Description: The XCalibur4630 is a high-performance 6U VME single board computer that is ideal for ruggedized systems requiring high-bandwidth processing and low power consumption. With the Intel® Xeon® D-1500 family of processors, the XCalibur4630 delivers enhanced performance and efficiency for

• RAM: 32,000 MB
• Communication Networks: Ethernet
• Processor / CPU: Intel® Xeon®
• Features: Other

Description: The XIt1010 is a 6U VME Rear Transition Module (RTM) which supports various X-ES Single Board Computer (SBC) products. When installed in an RTM slot of an appropriate VME64 backplane, the XIt1010 routes I/O signals from an associated SBC’s rear panel P0 and P2 connectors to

• Host Connection: Direct Backplane Interface, RS232/422/485, USB
• Network Options: Ethernet
• Data Acquisition: I/O Module
• Features: Other

Description: RS-232/422/485 serial ports Two USB 2.0 ports Up to two PIM sites (optional) x4 PCI Express interface via iPASS™ connector (optional) Technical Specs PIM Support Supports up to two PIM modules P14 PMC I/O on VME P2 per VITA 35-2000, P4V2-64ac P24 PMC I/O on VME P0/P2 per VITA

• Network Options: Ethernet
• Data Acquisition: I/O Module
• Features: Other
• Form Factor: Printed Circuit Board (PCB)

Description: Xeon® D processor. Each mezzanine site offers a single PMC connector, providing an I/O connection to the VME backplane connectors in addition to the USB and RS-232/422/485 ports. An optional front panel is available on some configurations, with two 10/100/1000BASE-T Ethernet

• RAM: 48,000 MB
• Communication Networks: Ethernet
• Processor / CPU: Intel® Xeon®
• Features: Other

Description: VME BREAK-OUT BOARD,96-PIN CONNECTORS

• Use: Industrial

Description: We have taken the standard housing configuration of the P1 & P3 mounting dimensions while incorporating true differential pair contacts within the P1 & P3 dimensional constraints. P1 connector housing contains 21 position true differential pair blind mate contacts allowing board

• Frequency Range: 3 GHz
• Features: Board-to-Board Connector, Coaxial Connector

Description: Up to 12 channels per single VXIbus C-size slot Message or register-based control Several resistance ranges from 0 ohm to 16M ohm On-board scan lists and triggering Four modes of operation Ideal for RTD or other sensor simulation SCPI compatible VXIplug&play drivers The VM7004 provides four

• Card Format: 6U x 340 mm (Size C)
• Features: Bus Interfaces / Adapters
• Interface to: VME / VXI
• Technology: VXI^TM Compliant

Description: DISCONTINUED BY MANUFACTURER, TERMINATION BOARD, FOR 6 HE-VME BUS SYSTEMS, WITH ELECTRICAL ISOLATION, 5 VDC MASTER, 24 VDC SLAVE, RS-232-C / D-SUB 9-POSITION MALE CONNECTOR, (2722836). FREE 2 YEAR RADWELL WARRANTY

• Output: DC Output

Description: Part# C-2000-H15 -01- The H15 extender card provides a right angle male and female connector at each end to bring the circuit paths of a 15 Amp per pin H15 connector out of the card cage for trouble shooting and development. Ejector latches on the front end can be used as handles and

• Features: Extender

Description: pattern available on the breadboard space. A connector header is provided to facilitate migration of the custom design to a printed circuit board layout. This enables the use of multiple front panel I/O possibilities, ranging from 15p Dsub to 160p high-density DIN connectors.

• Features: Switches
• Technology: VXI^TM Compliant

Description: This standard, in conjunction with IEEE Std 1386-2001, IEEE Standard for a CommonMezzanine Card (CMC) Family, defines the physical and environmental layers of a PCI mezzaninecard (PMC) family to be usable on (but not limited to) single slot VME, VME64 and VME64x boards,CompactPCI

Description: Unclad Punchboard, FR4 Epoxy Glass Body Material, 16.0 in. W x 18.0 in. L Dimensions 96 pin connector Insulator: glass-filled PBT UL-94V-0 Contact material: phosphor bronze For automatic daisy chaining of VME and VXI backplanes. Eliminates the need for manual jumpering. Pin entry acts

Description: communication between boards and eliminating the need to program a more complex DMA interface. The onboard BMC firmware based on Advantech’s IPMI core technology brings an advanced set of system management features and can be customized when unique features are required. Lightweight switch

• Features: Switches
• Technology: VPX

Description: Unclad Punchboard, FR4 Epoxy Glass Body Material, 16.0 in. W x 18.0 in. L Dimensions 96 pin connector Insulator: glass-filled PBT UL-94V-0 Contact material: phosphor bronze For automatic daisy chaining of VME and VXI backplanes. Eliminates the need for manual jumpering. Pin entry acts

Description: design, MIC-6131 is able to support the most powerful XMC with the 75W power consumption*, and doesn’t sacrifice the full fabric bandwidth from the main board. For the XMC pin out, MIC-6131 has the X24S X8D X12D pin field on the VPX connector P2, and enables the vast capability of

• Technology: VPX

Description: solution. Two native ruggedized connectors are available on the front panel, and several common I/O port connectors can be used for debugging purpose at the same time. Compliant with the IPMI 2.0, the MIC-6315 uses Adavantech-code-based board management solution, and supports

• Technology: VPX