Backplane Test
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Product
Backplane Test System
402LV
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Very High Pin Count Level IV Backplane Test System. To ensure that Testronics maintains its leadership position as the premier supplier of backplane testers, we will be introducing our solution to testing high pin count / very large backplanes, the Model 402.
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Product
PCI Express 3.0 Test Platform with SMBus Support
Test Platform
The Summit Z3-16 Test Platform with SMBus Support allows the Summit Z3-16 to act as a host emulator, and provides a general purpose test backplane and interposer for testing Gen3, Gen2 or Gen1 hosts and devices. In addition, it supports the Summit Z3-16 with SMBus Support by providing SMBus tapping connectivity.
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Product
Backplane & Cable Test
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Backplane and cable test systems from Terotest include LINX, a fixtureless test system. Each LINX test card plugs directly into the unit under test, which removes the necessity for long test cables and fixtures. This is called distributed testing and results in dramatically lowered costs. LINX is extremely easy to use, with a self-learn function or input from CAD.
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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
PCI Express 4.0 Test Platform
Test Platform
The PCI Express 4.0 Test Platform provides a convenient means for testing PCIe 4.0 add-in cards with an internal interposer and power supplies. The Summit Z416 Test Platform provides the platform for the Summit Z416 to act as a host emulator, and provides a general purpose test backplane and interposer for testing Gen4, Gen3, Gen2 or Gen1 hosts and devices. It supports SMBus and other sideband signals.
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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
Multi-Interface Test Backplane
SKU-047-01
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The Multi-Interface Test Backplane was designed to support hardware and software designers who need to be able to plug in boards with different interfaces (into the host computer).
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Product
PCI Express Gen 1 Test Backplane
SKU-015-01
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The PCI Express Test Backplane was designed to support production testing/debugging of PCIe-based peripheral boards. The backplane expands the x1 PCI Express interface of the host computer into one x4 and three x1 PCI Express slots via 7 ft CAT6 cable.
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Product
PCIe 6.0 Protocol Test Backplane
P5563B
Backplane
The Keysight P5563B PCIe 6.0 Protocol Test Backplane provides a convenient means for testing PCIe 6.0 add-in cards with a self-contained portable and powered passive backplane. The P5563B provides power required for all combination of exerciser and analyzer with device under test.
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Product
Backplane Test System
402HV
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Our model 402HV is the result of 25 years of high voltage / high pin count test systems experience. We produced our first high voltage system back in 1985. It was programmable up to 600 volts / 600 Mohms and had over 49,000 test points. It could test a 5k point board in less that 15 seconds. Since then we have built hundreds of high voltage test systems, with our highest voltage system capable of testing up to 2000 Volts DC / 1500 Volts AC. (One of our 600 volt systems, built in 1986 is still in operation testing boards for a defense contractor.)
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Product
3U CompactPCI 32-Bit 13-Slot Backplane with Rear I/O
cBP-3213PR
Backplane
- PICMG 2.0 CompactPCI Specification Rev. 3.0 compliant- One system slot and twelve peripheral slots via cBP-*R3213 bridge boar- 10-layer PCB for accurate impedance control and electronic noise immunity- Two ATX sockets with DC screw terminals
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Product
3U CompactPCI 32-Bit Backplanes with Optional Rear I/O
cBP-3208/3206/3204[R]
Backplane
- PICMG 2.0 CompactPCI Specification Rev. 2.1 compliant- Numbers of slot: 8/6/4 slots (incl. system slot)- Width: cBP-3208R: 36HP (9-slot) cBP-3206R: 28HP (7-slot) cBP-3204R: 20HP (5-slot)- Right one slot is system slot and others are peripheral slots- 10-layer PCB for accurate impedance control and electr
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Product
Dual 3U CompactPCI® Subsystem with Two 6-slot Backplanes and Two CompactPCI® Power Modules
cPCIS-2642 Series
Backplane
- Dual 3U CompactPCI® Systems, each with five peripheral card slots and one system slot- 1/1 250 W CompactPCI® Power supplies- Temperature, voltage, and fan monitoring LEDs- Supports current sharing on +5 V, +3.3 V, and +12 V- PICMG® 2.11 47-pin power interface
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Product
CPSI-S.0 Standard Compliant Peripheral Board Controlled by a PCIe Channel Derived from a Backplane Connector P1
MIC-3811
Backplane
It is a dual mini-PCIe carrier board with two onboard SIM card holders and mini-PCIe connectors, routed by PCIe and USB2.0 interface. It allows connection with different types of Mini PCIe form factor add on cards like Wi-Fi/3G/4G LTE/GPS/DIO/CAN/ and MVB modules, either full- or half-size style.
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Product
PICMG 1.3 Full-Size SBC Backplanes
Backplane
PICMG 1.3 Full-Size SBC Backplanes are the expansion interface for Slot SBC and provide with flexibility, performance and shorten MTTR. The SBC backplane with space-saving design enables better cooling which is the ideal solution for various industrial applications.
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Product
1 PICMG® CPU, 1 PCI-E® x16, 3 PCI-E® x4, 7 PCI™ Slots Backplane
EBP-13E4
Backplane
- Segment: 1- Slots:1 PICMG® CPU, 1 PCI-E® x16, 3 PCI-E® x4, 7 PCI™- Support ATX power supplies- Dimension: 330 mm x 318 mm
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Product
8-Slot 64-Bit 6U CompactPCI Backplane
cBP-6408R
Backplane
- PICMG 2.0 CompactPCI Specification R3.0 Compliant- PICMG 2.1 CompactPCI Hot Swap Specification R2.0 Compliant- PICMG 2.5 H.110 Computer Telephony Specification R1.0 Compliant- Design for 64-bit/33MHz CompactPCI computer system application- One system slot with seven expansion slots, system on right hand side
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Product
3U CompactPCI® Subsystem with 8-Slot Backplane and 400 W ATX Power Supply
cPCIS-2630 Series
Backplane
- 400 W ATX Power supply- 3U CompactPCI® backplane with seven peripheral slots and one system slot- Temperature, voltage, and fan monitoring LEDs- Supports rear I/O backplane with P2 connectors for cPCI 50mm/80mm depth RTMs- Temperature, voltage, and fan monitoring LEDs
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Product
2-Slot 64-Bit 6U CompactPCI Backplane
cBP-6402R
Backplane
ADLINK offers a wide selection of standard backplanes from single up to 20 slots. Furthermore, a professional OEM team is capable of custom backplanes with a quick turnaround tailored to your specifications. We make designing, developing, prototyping, and maintaining your projects simple & efficient. For all your backplane needs, give us a call, we have a solution for you.
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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
13-Slot 64-bit 6U Compact PCI Backplanes
cBP-6413DR
Backplane
- 2 Systems- cPCI Bus: up to 64-bit/66MHz- System A: 1 system + 7 Peripherals- System B: 1 system + 4 Peripherals- 1 CMM slot
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Product
Prototyping & Test Consulting Services Solutions
test
Don’t cut corners on the path to quality. We are experts in Design for Test (DFT), Design for Manufacturing (DFM), agile development, prototyping and standards/best practices in many industries. Speak to our prototyping and consulting services experts to ensure you make the right decisions and investments at the start of your project.
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Product
Automotive Test Solutions
test
The testing and simulation systems from this division are used primarily in the automotive and automotive supplier industry. These are, for example, modular function-testing systems and diagnostic tools for automotive ECUs or bus communication systems for a wide variety of electronic components in automotive production. Electromechanical assemblies and entire car seats are also tested to ensure they function
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Product
BSD (Test Diagnostics)
test
BSD Test Diagnostics software can be added to either developer or factory run-time systems to further improve the location of faults such as net bridges (short-circuits), open pins, open nets and even ''twisted'' connections that can occur within cable assemblies. BSD Test diagnostics reports faults in a verbose English language statement with pin level information included and can easily interpret multiple fault conditions.
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Product
CompactPCI Backplanes
Backplane
ADLINK offers a wide range selection of standard backplanes for different demands with various specifications..
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Product
8-Slot 32-Bit 6U CompactPCI Backplane
cBP-6108R
Backplane
- PICMG:2.0 R3.0, 2.1 R2.0, 2.5 R1.0, 2.9 R1.0Note- Dimension:202.5 x 262.05 (mm, WxH, vertical insertion view)- Segment:One- cPCI Bus:32-bit/33MHz
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Product
Semiconductors Testing
test
Our Testers support the production lines of variety of products such as 40/100 GBps Mux/DeMux, LNA, WiMAX RF Transceivers, Microwave & Millimeter Wave components. This high reliability products are being used in (a) Networking & Communications (b) Consumer Electronics (c) Military & Space
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Product
2 PICMG® CPU, 10 PCI™, 4 ISA Slots Backplane
HPCI-15S10
Backplane
- Segment: 1- Slots: 2 PICMG® CPU, 10 PCI™, 4 ISA- Supports AT, ATX power supplies- Dimensions: 317 mm x 264.2 mm
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Product
Design for Testability (DFT Test)
test
Corelis can provide you with design consultation and an analysis of your design for boundary-scan testability. We will review your design and make specific recommendations that if implemented will improve the testability. We can also suggest improvements that will increase test coverage and allow boundary-scan to be implemented in a more cost-effective manner.
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Product
Standardize Production Test Software For PCBAs And Electronic Devices
test
The vast majority of test project man-hours are spent on software development, so the choices that teams make in software tools and architecture have significant impact on deployment schedules. Standardizing software across a team or organization increases both efficiency and proficiency, lowering the risk of missed deadlines and improving test quality and reliability. Test software must:
