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Backboard - List of Manufacturers, Suppliers, Companies and Products

Backboard Product List

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CompactPCI-3U Backplane SPB-xxCR3

CompactPCI-3U Backplane SPB-xxCR3

CompactPCI-3U backplane (PICMG2.0 R3.0 compliant type)

<Specifications> ◆Board Material: Epoxy Glass (Halogen-free boards are also available) (FR-4, 3.2t, 10-layer board) ◆Connector: IEC1076 (2mm Hard Metric) ◆Power Supply Method: Screw terminal (18A per terminal) +5V, +3.3V, +12V, GND ◆Check Terminals: PRST, DEG, FAL, +5V, GND ◆Others: M66EN can be supported depending on the presence or absence of 0Ω resistors <Features> ◆Complies with PICMG2.0R3.0 standards. ◆Mechanically compatible with our PICMG2.0R2.1 standard backplane due to common external dimensions. ◆The CLK line is wired 1-to-1 from the system slot to each peripheral slot. ◆Signal line impedance is set to 65Ω ±10%. ◆In the 8-slot type, a long-type connector is installed in the slot farthest from the system slot, allowing for the installation of an off-board terminator (optional). ◆If used in conjunction with a bus module bridge, please contact our sales department.

  • Embedded Board Computers

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CompactPCI-6U Backplane SPB-xxCWx

CompactPCI-6U Backplane SPB-xxCWx

CompactPCI-6U backplane (PICMG2.0 R2.1 compliant type)

<Specifications> ◆Board Material: Epoxy Glass (FR-4, 3.2t, 10-layer board) ◆Connector: IEC1076 (2mm Hard Metric) ◆Power Supply Method: Screw terminal (18A per terminal); +5V, +3.3V, +12V, -12V, GND ◆Check Terminals: PRST, DEG, FAL, +5V, GND ◆Others: M66EN can be supported by pattern cutting <Features> ◆Complies with PICMG2.0R2.1 standards. ◆Hot swap compatible. (PICMG2.1R1.0) ◆The characteristic impedance of the signal lines is set to 65Ω±10%. ◆System slots are available on both the left and right sides. ◆In the 8-slot type, a long-type connector is implemented in the slot farthest from the system slot, allowing for the installation of an off-board terminator (optional). ◆P3-P4-P5 can be used for user I/O and rear I/O module implementation. ◆Power supply terminals can be expanded with options. (Using Faston terminals) ◆VIO power switching bus bar is standard equipped. (Set to +5V at shipment) ◆Optionally, "Type AB" shroud can be implemented.

  • Embedded Board Computers

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CompactPCI-6U Backplane SPB-xxCWER

CompactPCI-6U Backplane SPB-xxCWER

CompactPCI 6U backplane (compatible with PICMG 2.0 R2.1, bridge-supported type)

<Specifications> ◆Board Material: Epoxy Glass (FR-4, 3.2t, 10-layer board) ◆Connector: IEC1076 (2mm Hard Metric) ◆Power Supply Method: Screw terminal (18A per terminal); +5V, +3.3V, +12V, -12V, GND ◆Check Terminals: PRST, DEG, FAL, GND, IPMB-SCL, PMB-SDA, IPMB-PWR <Features> ◆Does not sacrifice peripheral slots when using a bridge. ◆Interrupt signals and board addresses can be set arbitrarily. ◆Hot swap compatible. (R2.0) ◆M66EN can be supported with a resistor. (Factory setting is 33MHz) ◆Slot expansion can be freely configured in combination.

  • Embedded Board Computers

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CompactPCI-6U Backplane SPB-05CWR3

CompactPCI-6U Backplane SPB-05CWR3

CompactPCI 6U Backplane (PICMG 2.0 R3.0 Compliant Type)

<Specifications> ◆Board Material: Epoxy Glass (FR-4, 3.2t, 10-layer board) ◆Connector: IEC1076 (2mm Hard Metric) ◆Power Supply Method: Screw terminal, ATX power connector ◆Check Terminals: PRST, DEG, FAL ◆Others: M66EN Switching <Features> ◆Compliant with PICMG2.0R3.0, PICMG2.1R1.0 (Hot Swap), and PICMG2.10R1.0 (Keying) standards. ◆Signal line characteristic impedance set to 65Ω ±10%. ◆Switchable between 33/66MHz. (Set to 66MHz at shipment) ◆GA〔0:4〕 can be set by the user. (Set according to specifications at shipment) ◆Standard equipped with "Type AB" shroud for rear transition module. (RP3, RP5) Also, standard equipped with coding key (brown) for all slots. (RP4) ◆Standard equipped with V (I/O) power switching bus bar. (Set to +3.3V at shipment) Also, standard equipped with coding key (yellow) for all slots. (P1) ◆FG-SG connection can be switched using backplane fixing screws.

  • Embedded Board Computers

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Auto Digi Chain VME-J1 Backplane (Short Type)

Auto Digi Chain VME-J1 Backplane (Short Type)

16/32-bit VME bus backplane designed based on IEEE standard P1014.

<Specifications> ◆Board Material: Epoxy Glass (FR-4, 3.2t, 6-layer board) ◆Connector: DIN41612 standard product ◆Terminator: 330Ω/470Ω split termination ◆Power Supply Method: Screw terminal (standard, 1 terminal 18A) *Options (Faston terminal, 1 terminal 10A) are also available ◆Check Terminals: System Reset, System Fail, AC Fail, +5V, GND Sensing <Features> ◆This is a 16/32-bit VME bus backplane designed based on IEEE standard P1014. ◆All signal lines are matched due to the adoption of impedance control technology, allowing for higher speed signal propagation. ◆Noise countermeasures are thorough due to the use of a 6-layer board and GND pattern processing. ◆The terminators are placed inside the connector, allowing for installation without sacrificing the number of slots. ◆The jumper setting for the daisy chain function is automatically configured by simply inserting the VME board with the use of an auto daisy chain connector, eliminating the need for manual configuration. *When the board is not inserted... Short state *When the board is inserted... Open state

  • Embedded Board Computers

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VME-J1 Backplane (Short Type)

VME-J1 Backplane (Short Type)

16/32-bit VME bus backplane designed based on IEEE standard P1014.

<Specifications> ◆Board Material: Epoxy Glass (FR-4, 3.2t, 6-layer board) ◆Connector: DIN41612 standard product ◆Terminator: 330Ω/470Ω split termination ◆Power Supply Method: Screw terminal (standard, 1 terminal 18A) *Options (Faston terminal, 1 terminal 10A) are also available ◆Check Terminals: System reset, system fail, AC fail, +5V, GND sensing *Short plug for DigiChain setting is optional <Features> ◆This is a 16/32-bit VME bus backplane designed based on IEEE standard P1014. ◆All signal lines are matched due to the adoption of impedance control technology, allowing for faster signal propagation. ◆Noise countermeasures are thorough due to the use of a 6-layer board and GND pattern processing. ◆Terminators are placed inside the connector, allowing for installation without sacrificing the number of slots. ◆The connector is standard press-fit type, but it is also designed to accommodate soldered connectors. *If using soldered connectors, please specify when ordering.

  • Embedded Board Computers

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VME-J2 Backplane (Basic Type)

VME-J2 Backplane (Basic Type)

16/32-bit VME bus backplane designed based on IEEE standard P1014.

<Specifications> ◆Board Material: Epoxy Glass (FR-4, 3.2t, 4-layer board) ◆Connector: DIN41612 standard product ◆Terminator: 330Ω pull-up / 470Ω pull-down termination (only for column b) ◆Power Supply Method: Screw terminal (standard, 1 terminal 20A) *Options (Faston terminal, 1 terminal 10A) are also available <Features> ◆Column b of the connector is a VM32bit expansion bus. ◆Columns a and c of the connector are independent and not connected, allowing for user-defined configurations. ◆All signals have GND patterns arranged, minimizing crosstalk between signals. ◆+5V and GND are provided as surface patterns in the inner layers, ensuring power stability. ◆The connector is standard press-fit type, but solder connectors can also be installed. *If using solder connectors, please specify at the time of order.

  • Embedded Board Computers

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VME-J2 Backplane (Short Type)

VME-J2 Backplane (Short Type)

VME 32-bit expansion bus compatible backplane

<Specifications> ◆Board Material: Epoxy Glass (FR-4, 3.2t, 6-layer board) ◆Connector: DIN41612 standard product ◆Terminator: 330Ω pull-up / 470Ω pull-down termination (only for column b) ◆Power Supply Method: Screw terminal (standard, 1 terminal 18A) *Options (Faston terminal, 1 terminal 10A) are also available <Features> ◆Column b of the connector is a VM32-bit expansion bus. ◆Columns a and c of the connector are independent and not wired, allowing for user-defined connections. ◆All signals have GND patterns arranged, minimizing crosstalk between signals. ◆+5V and GND are provided as a full surface pattern in the inner layers, ensuring power stability. ◆The connector is standard press-fit type, but solder connectors can also be installed. *If using solder connectors, please specify when ordering.

  • Embedded Board Computers

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Monolithic VME backplane

Monolithic VME backplane

16/32-bit VME bus backplane designed based on IEEE standard P1014.

<Specifications> ◆Board Material: Epoxy Glass (FR-4, 3.2t, 4-layer board) ◆Connector: DIN41612 standard product ◆Terminator: 330Ω pull-up / 470Ω pull-down split termination ◆Power Supply Method: Screw terminal (standard, 1 terminal 20A) Faston terminal *Option (1 terminal 10A) is also available ◆Check Terminals: System reset, AC fail, system fail, +5V, GND sensing ◆Bus Configuration: J1 VME SYSTEM Bus, J2 VME 32-bit expansion Bus ◆Transfer Rate: 60MByte/sec <Features> ◆This is a 16/32-bit VME bus backplane designed based on IEEE standard P1014 ◆The a and c columns of the J2 side connector are independent and not connected, allowing for user-defined configurations ◆All signals have GND patterns arranged, minimizing crosstalk between signals ◆+5V and GND are provided as full surface patterns in the inner layers, ensuring power stability ◆The adoption of a multilayer board (4 layers) ensures stable impedance *The short plug specified for the daisy chain is optional.

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VME64 expansion backplane (6U monolithic type)

VME64 expansion backplane (6U monolithic type)

Compliant with VME64 Extensions Draft 0.8 specifications.

<Specifications> ◆Transfer Rate: 60Mbyte/second (J1+J2), 120Mbyte/second (MBLT) ◆Board Material: Epoxy Glass (FR4, 8-layer board) ◆Characteristic Impedance Z: 50Ω±5Ω (all signal lines) ◆Termination: Onboard type: outside of the slots at both ends ◆Current Consumption: <0.18A (Passive Terminator) ◆Power Connection: Screw (M4) fastening ◆Utility Signals: Wire wrap pins (GND, +5V, ACFAIL*, SYSFAIL*, RESET*) ◆Special Connector: C96 F press-in connector, compatible with Class 2 and 160-pin connector (insertions/removals rated for 400 cycles) ◆Operating Temperature Range: Passive Terminator: -40℃ to 85℃ ◆Storage Temperature Range: Passive Terminator: -40℃ to 85℃ ◆Board Thickness: Approximately 3.2mm ◆Pitch: 20.32mm <Features> ◆Compliant with VME64 Extensions Draft 0.8 ◆Compliant with VME64 standard, ANSI/IEEE1014 ◆Equipped with a 5-row connector compatible with DIN 41612 C96 F ◆Onboard type terminator: Passive type ◆Manual daisy chain

  • Embedded Board Computers

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Universal Backboard

Universal Backboard

Columns a, b, and c of the connector are all connected in a bus (parallel) configuration, allowing for arbitrary bus settings.

<Specifications> ◆Board Material: Epoxy Glass (FR-4, 3.2t, 4-layer board) ◆Connector: DIN41612 standard product ◆Power Supply Method: Screw terminal (standard, 1 terminal 20A) *Options (Faston terminal, 1 terminal 10A) are also available <Features> ◆All columns a, b, and c of the connector are wired in a bus configuration (parallel). Custom bus creation is possible. ◆Power connections to the connector pins can be made by shorting to the GND pins provided at both ends of the slot and the upper and lower +5V pins, allowing any pin from 1 to 32 to be connected as desired, making custom buses easy to create. ◆GND patterns are placed for all signals, minimizing crosstalk between signals. ◆+5V and GND are provided as surface patterns in the inner layers, ensuring stable power supply. ◆Termination for columns a, b, and c is done by wrapping wires to the IC sockets at both ends (resistors sold separately). ◆In addition to +5V and GND, terminals are provided to allow for two power supplies. (With the addition of optional terminals, up to four power supplies can be accommodated.) ◆The standard connector type is press-fit, but solder connectors can also be installed. *Please contact us if you wish to use solder connectors.

  • Embedded Board Computers

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I/O channel bus backboard

I/O channel bus backboard

Columns A and C are compatible with the Motorola I/O Channel Bus.

<Specifications> ◆Board Material: Epoxy Glass (FR-4, 3.2t, 4-layer board) ◆Connector: DIN41612 standard product ◆Terminator: 330Ω pull-up / 470Ω pull-down termination (only one end of columns a and c) ◆Power Supply Method: Screw terminal (standard, 20A per terminal) *Options (Faston terminal, 10A per terminal) are also available *Support for b column VME 32-bit expansion bus is also available <Features> ◆Columns a and c are compatible with Motorola's I/O channel bus ◆All signals have GND patterns arranged, minimizing crosstalk between signals ◆+5V and GND are provided as full surface patterns in the inner layer, ensuring power stability ◆The connector is standard press-fit type, but it is designed to accommodate soldered connectors as well *If using soldered connectors, please specify at the time of order ◆The terminator can be mounted in both the maximum and minimum slots, so please specify when ordering

  • Embedded Board Computers

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SRC Corporation VPX/VME etc. Comprehensive Catalog

SRC Corporation VPX/VME etc. Comprehensive Catalog

We will introduce VPX, VME, Compact PCI, and accessories.

The BUS RACK & BOARD family from SRC consists of units and backplanes designed for standard buses such as VME BUS and Compact PCI BUS, as well as rack systems in Euroboard standard sizes, extenders, and more. With a rich product lineup that can adapt to the diversifying market needs, we have carefully considered reliability and pricing, and since our launch, we have been utilized by many customers, including board manufacturers. The "VPX/VME Comprehensive Catalog" features a variety of products, including VPX system units and backplanes "VPX," VME racks and backplanes "VME," Compact PCI racks, backplanes, and 1U size units "Compact PCI," along with numerous accessories and power supplies. 【Featured Products】 ○VPX ○VME ○Compact PCI ○Accessories ○Power Supplies For more details, please contact us or download the catalog.

  • Racks and Cases
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Industrial Boards / VME etc. 'Comprehensive Catalog & Technical Documentation'

Industrial Boards / VME etc. 'Comprehensive Catalog & Technical Documentation'

Free distribution of the industrial board "Comprehensive Catalog & Technical Materials" is currently available! Customization is possible from 1 unit! [Backboards, rack systems, accessories, etc.]

The BUS RACK & BOARD family from SRC consists of units and backplanes (backplanes), extenders, and rack systems sized according to Euroboard standards, targeting VME BUS and Compact PCI BUS as standard buses. 【Main Client Industries】 ■ Semiconductor manufacturing equipment ■ Measurement instruments ■ Image processing equipment ■ Communication equipment ■ Factory equipment ■ Medical devices ■ Transportation ■ Defense *Currently, we are offering a comprehensive catalog and technical materials on thermal fluid analysis for free! For details, please request the materials or view the PDF data from the download. 【List of Published Materials】 - SRC Corporation VPX/VME, etc. Comprehensive Catalog - CompactPCI Bus Rack & Board System Comprehensive Catalog - Reference materials comparing fluid analysis results with actual measurements - About thermal fluid analysis - About major client industries - Development of high-speed, large-capacity information communication systems from one unit - Development and contract manufacturing of electronic devices

  • Racks and Cases
  • Embedded Board Computers
  • Other electronic parts

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Popup BG

Popup BG

Popup type backboard. Large yet easy to set up.

The pop-up background is a backdrop that can be used for event displays such as exhibition booths and seminars. In post-match interviews with soccer players or press conferences with celebrities, the sponsor logos are often prominently visible in the background, right? It can be used as a "background" in that sense. In particular, it is utilized as a display for designing exhibition booths or for decorating event venues.

  • Printing/Publishing

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