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PCI Express Cable Extender
The PCI Express Cable Extender was designed to support the development and debugging of PCI Express boards. The PCI Express Cable Extender allows easy access from both sides of the PCI Express board that are plugged into the Extender. It has overcurrent protection and provides access to the PCI Express bus JTAG signals. By enabling access to the PCI Express bus JTAG signals, the PCI Express Cable Extender becomes a universal device that helps support the programming/loading of FPGA/CPLD during debugging and the verification PCI Express cards. |
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Batteryless System Logger The Batteryless System Logger is a unique device that was designed to log system data from any serial port and store it in its non-volatile memory in the event of a system crash or power outage. The Logger is ideal for companies in the embedded appliance market. |
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PCI/ PCI Express Expansion Backplane PCI/PCI Express Expansion backplane allows a user to expand x1 PCI Express slot of the Host Desktop Computer or ExpressCard slot of the Laptop by placing additional up to 4 PCI and up to 2 PCI Express boards in the expansion chassis. Expansion backplane can be placed inside any general purpose computer chassis and connects to the Host computer via 5ft(10ft) CAT6 cable. |
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PCI Express Expansion Backplane PCI Express Expansion backplane allows a user to expand x1 PCI Express slot of the Host Desktop Computer or ExpressCard slot of the Laptop by placing additional up to 4 PCI Express boards in the expansion chassis. Expansion backplane can be placed inside any general purpose computer chassis and connects to the Host computer via 5ft(10ft) CAT6 cable. |
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PCI Express Test Backplane The PCI Express Expansion Backplane was designed to support the development and debugging of PCI Express based peripheral boards. The Backplane expands the x1 PCI express slot of the host computer into four x1 PCI express slots via a 7ft CAT6 cable and PCI express host card. The PCI Express Backplane is a versatile platform that allows you to plug in an additional peripheral cards into a standard computer, easy access to the logic signals, hot swap compatibility and per slot overcurrent protection. |
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32-bit PCI Test Backplane The 32-bit PCI Expansion Baclpane was designed to support the development and debugging of PCI based peripheral boards. The Backplane expands the x1 PCI Express slot of the host computer into 4 32-bit PCI slots via a 7 ft CAT6 cable and PCI express host card. The PCI Backplane is a versatile platform that allows you to plug in an additional peripheral cards to the standard computer, easy access to the logic signals, over hot swap compatibility and per slot overcurrent protection. |
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Multi-Interface Expansion Backplane
The Multi-Interface Expansion Backplane expands the x1 PCI express or ExpressCard® interface of the host computer (desktop or laptop) into x16 PCI express, 32 bit PCI, MiniPCI, MiniPCI Express and ExpressCard® interfaces via a 7ft. CAT6 cable. The backplane allows you to keep your host computer unchanged when your motherboard has a limited number of supported interfaces. |
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In-Circuit Programmer The In-Circuit Programmer/Loader ("EasyLoader" or "eLoader") is a standalone device that was designed to provide a flexible and cost-effective solution for electronic device manufacturers, as well as for hardware design companies and their customers. It allows you to upgrade code on any JTAG/SPI/I2C compliant device (like FPGA/CPLD/EEprom/Flash, etc.) or Microcontrollers at any time of development, testing or production. |
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Flexible x4 PCI Express to 4 MiniPCI Splitter Flexible x4 PCI Express to 4 MiniPCI Splitter (Splitter) was designed to expand modern motherboard (ATX, mini ATX etc.) that doesn’t have MiniPCI interface. It allows connecting up-to four 124-pins MiniPCI add-in expansion boards to the standard motherboard PCI Express connector. |
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Flexible x4 PCI Express to 4 MiniPCI Express Splitter Flexible x4 PCI Express to 4 MiniPCI Express Splitter (Splitter) was designed to expand modern motherboard (ATX, mini ATX etc.) that have PCI Express interface. It allows connecting up-to four MiniPCI Express add-in expansion boards to the standard motherboard PCI Express connector. |
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Flexible MiniPCI Express to 2 MiniPCI Splitter Flexible MiniPCI Express to 2 MiniPCI Splitter (Splitter) was designed to expand modern motherboard (ATX, mini ATX etc.) that doesn’t have MiniPCI interface. It allows connecting up-to two 124-pins MiniPCI add-in expansion boards to the standard motherboard MiniPCI Express connector. |
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Flexible x1 PCI Express to 3 MiniPCI Express Splitter Flexible x1 PCI Express to 3 MiniPCI Express Splitter (Splitter) was designed to expand modern motherboard (ATX, mini ATX etc.) that have PCI Express interface. It allows connecting up-to three MiniPCI Express add-in expansion boards to the standard motherboard PCI Express connector. |
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Flexible x1 PCI Express to MiniPCI Adapter
Flexible x1 PCI Express to MiniPCI Bus Adapter (Adapter) was designed to convert PCI Express bus into standard MiniPCI bus. It allows connection standard 124-pin MiniPCI add-in board to a motherboard PCI Express connector. |
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Flexible MiniPCI Express to MiniPCI Adapter
Flexible MiniPCI Express to MiniPCI Bus Adapter (Adapter) was designed to convert motherboard MiniPCI Express bus into a standard MiniPCI bus. It allows connection standard 124-pin MiniPCI add-in board to a motherboard MiniPCI Express connector via full or half size MiniPCI Express Host card. |
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Flexible MiniPCI Riser Flexible MiniPCI Riser (Riser) was designed to extend motherboard MiniPCI bus. The Riser includes a MiniPCI Host card, MiniPCI Adapter board and a PCI Express Flat cable. |
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x1 to x16 PCI Express Riser x1 to x16 PCI Express Riser (Riser) allows to plug in any downstream PCI Express board (x1, x4, x8, x16) to the upstream x1 PCI Express connector. |
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Flexible MiniPCI to MiniPCI Express Adapter
The Flexible MiniPCI to MiniPCI Express Bus Adapter was designed to convert a standard MiniPCI bus into a MiniPCI Express bus. The adapter allows you to connect a MiniPCI Express board (half-size or full-size) to a motherboard that has a standard 124-pin MiniPCI connector. |
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Flexible MiniPCI to PCI Express Adapter The Flexible MiniPCI to PCI Express Bus Adapter was designed to convert a standard MiniPCI bus into a PCI Express bus. The Adapter allows you to connect an x1 PCI Express board to a motherboard that has a standard 124-pin MiniPCI connector. |
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Flexible MiniPCI to PCI Bus Adapter The Flexible MiniPCI to PCI Bus Adapter was designed to expand a modern motherboard (ATX, mini ATX, etc.) with a limited number of PCI connectors. The Adapter allows you to connect up to 2 32-bit PCI expansion boards to the motherboard MiniPCI connector. |
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Flexible MiniPCI Express Riser The Flexible MiniPCI Express Riser was designed to extend the MiniPCI Express bus. The Riser includes a MiniPCI Express adapter board (downstream), MiniPCI Express host card and a PCI Express Flat cable. |
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Flexible MiniPCI Express to PCI Express Adapter The Flexible MiniPCI Express to x1 PCI Express Adapter (Adapter) was designed to convert the MiniPCI Express bus into an x1 PCI Express bus and extend it. It allows you to connect the x1 PCI Express expansion add-in board to the motherboard MiniPCI Express connector. |
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Flexible MiniPCI Express to PCI Adapter The Flexible MiniPCI Express to PCI Bus Adapter was designed to convert the MiniPCI Express bus into two 32-bit PCI buses. The Adapter allows you to connect up to 2 32-bit PCI expansion boards to the motherboard MiniPCI Express connector (supports full-size and half-size). |
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Flexible x1 PCI Express to MiniPCI Express Adapter The Flexible x1 PCI Express to MiniPCI Express Adapter was designed to convert the x1 PCI Express bus into the MiniPCI Express bus. The adapter allows you to connect the MiniPCI Express expansion add-in board to the motherboard PCI Express connector. |
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Flexible x1 PCI Express Riser The Flexible x1 PCI Express Riser was designed to extend the x1 PCI Express bus. The Riser includes an x1 PCI Express adapter board, x1 PCI Express host card and a PCI Express Flat cable. |
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Flexible x1 PCI Express to PCI Adapter The Flexible x1 PCI Express to PCI Bus Adapter was designed to convert the x1 PCI Express bus into two 32-bit PCI buses. The Adapter allows you to connect up to 2 32-bit PCI expansion boards to the motherboard x1/x4/x8/x16 PCI Express connector. |
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Flexible 32-bit PCI to MiniPCI Express Adapter The Flexible 32-bit PCI to MiniPCI Express Adapter was designed to convert 32-bit PCI bus into MiniPCI Express bus. The adapter allows you to connect the MiniPCI Express expansion board to the motherboard PCI connector |
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Flexible 32-bit PCI to PCI Express Adapter The Flexible 32-bit PCI to x1 PCI Express Adapter was designed to expand 32-bit PCI bus into x1 PCI Express bus. The adapter allows you to connect the x1 PCI Express expansion board to the motherboard PCI connector |
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Flexible 32-bit PCI Riser The Flexible 32-bit PCI Riser (Riser) was designed to expand 32-bit PCI bus into 2 32-bit PCI buses. The Riser includes PCI backplane (downstream), 32-bit PCI host card and PCI Express Flat cable. |
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Flexible MiniPCI Express 2-Way Splitter The Flexible MiniPCI Express 2-Way Splitter was designed to expand the modern motherboard (ATX, mini ATX, etc.) with a limited number of MiniPCI Express connectors. The Splitter allows you to connect up to two MiniPCI Express expansion add-in boards to the motherboard MiniPCI Express connector. |
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Flexible MiniPCI Express to 2 x1 PCI Express Splitter The Flexible MiniPCI Express to 2 x1 PCI Express Splitter was designed to expand the modern motherboard (ATX, mini ATX, etc.) with a limited number of PCI Express connectors. The Splitter allows you to connect up to two x1 PCI Express expansion boards to the standard motherboard MiniPCI Express connector. |
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Flexible x1 PCI Express 3-Way Splitter The Flexible x1 PCI Express 3-Way Splitter was designed to expand the modern motherboard (ATX, mini ATX, etc.) with a limited number of PCI Express connectors. The Splitter allows you to connect up to three x1 PCI Express expansion boards to the x1/x4/x8/x16 motherboard PCI Express connector. |
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Flexible x4 PCI Express 4-Way Splitter The Flexible x4 PCI Express 4-Way Splitter was designed to expand the modern motherboard (ATX, mini ATX, etc.) with a limited number of PCI Express connectors. The Splitter allows you to connect up to four x1 PCI Express boards to the x4/x8/x16 motherboard PCI Express connector. |
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PCI to PCI Express Adapter
The PCI to PCI Express Adapter can be simply plugged into your computer’s existing PCI slot with a PCI Express, which is plugged into the connector on top of the adapter. This provides a seamless interface for new PCI Express devices on top of older PCI systems and makes it possible to utilize old test equipment (computers, PCI extenders, PCI bus analyzers etc.) during migration from PCI to the PCI Express interface. |
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x1 PCI Express Extender The x1 PCI Express Extender was designed to support the development, debugging and verification of PCI Express boards. The Extender provides a complete PCI Express debugging platform that allows easy access to the logic signals, it has overcurrent protection and live-insertion capability. |
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32-bit PCI Bus Extender The 32-bit PCI Extender was designed to support the development, debugging and verification of 32-bit PCI boards. The Extender provides a complete PCI debugging platform that allows easy access to the logic signals, it has overcurrent protection and live-insertion capability. The Extender supports external power supply for the generation of all PCI voltage levels for the PCI test connector (+5V, +12V, -12V, +3.3V and VIO (may be 5V or 3.3V)) |
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PCI to PMC Adapter The PCI to PMC Adapter was designed to convert any standard PCI slot of a PC to a PMC (PCI Mezzanine Card) slot. It allows a standard personal computer to be used as a testing/development platform for PMC interface cards. The adapter allows easy access to the PCI (PMC) logic signals, overcurrent protection and hot-swap capability. |
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TTL to RS232 Adapter
The TTL to RS-232 adapter connects the Serial UART to the standard RS-232 port for testing and monitoring functionality. The Adapter facilitates ease of use and helps to reduce board space and cost. |
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Universal ByteBlaster The Universal ByteBlaster supports target systems ranging from 1.2 to 5V. The ByteBlaster supports Xilinx, Altera, Lattice, Atmel FPGA or CPLDs (selectable via 4 position dip-switch) and implements Master I2C or SPI functionality. The functionality of the Universal ByteBlaster can be customized and adjusted to support customer's special needs. |
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x1 PCI Express System Timer The x1 PCI Express System Timer uses a hardware clock to synchronize IP signals. This hardware-based solution provides accurate clock timing for Asterisk Open Source PBX software. |
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PCI System Timer The PCI System Timer uses a hardware clock to synchronize IP signals. This hardware-based solution provides accurate clock timing for Asterisk Open Source PBX software. |
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MiniPCI Express Timer The MiniPCI Express System Timer uses a standard USB interface to synchronize IP signals. The System Timer provides accurate clock timing for Asterisk Open Source PBX software. |
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PCI Express Board Retainer The PCI Express Board Retainer (Retainer) prevents the host card from wiggling and can hold the PCI Express board without bracket. |
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Cables
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PCI Express Filler The PCI Express Board Filler prevents PCI Express board from wiggling inside PCI Express connector. |
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