Showing results: 1 - 14 of 14 items found.
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PCCtest 560 -
Sycard Technology
The PCCtest 560 extends the functionality of the PCCtest 460 by adding a serial debug port. The serial debug port allows the user to monitor the CardBus or 16-bit interface. In CardBus mode, the PCCtest 560 is capable of initiating I/O and memory transactions. It can also monitor the CardBus interface for any type of cycle.
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PCChost 1420 -
Sycard Technology
Based on Texas Instruments' PCI1420 CardBus host adapter chip, the PCChost 1420 PCI-to-CardBus bridge provides the engineer with a platform to evaluate a high performance ACPI compliant CardBus bridge device. Contained on a single Peripheral Component Interconnect (PCI) bus card, the PCChost 1420 is compatible with a wide variety of PC and non-PC PCI hosts.
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PCCextend 140 -
Sycard Technology
The PCCextend 140 was designed from the ground up to support the higher data rates and controlled impedance requirements of the CardBus interface. Fabricated on a six-layer board, the PCCextend 140 is designed to minimize signal degradation in the 33MHz CardBus environment. The PCCextend 140 is compatible with all release 2.1 and both 16-bit PC Card and CardBus-capable PC Card 95 sockets.
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PCCtest 460 -
Sycard Technology
The PCCtest 460 is designed to test the full functionality of the PC Card/CardBus interface. Since the 1995 and subsequent releases of the PC Card Standard, the number of different cards that can be supported in a single machine has drastically increased. It is not uncommon for a PC Card slot to support 32-bit CardBus, 16-bit PC Card, Zoomed Video, 5V and 3.3V cards.
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PCCextend 70 & 75 -
Sycard Technology
The PCCextend 70 socket saver/extender is optimized for the full 33MHz speed of the CardBus interface. Its six-layer controlled impedance construction provides excellent signal integrity. The PCCextend 75 socket saver/extender is similar to the PCCextend 70, but has it's connector mounted on the bottom. When used in conjunction with the PCCextend 70, it allows both slots of a notebook computer to be extended at the same time.
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GPIB-PCMCIA-XL -
Ines GmbH
The GPIB-PCMCIA-XL is the ideal solution for connecting GPIB instruments to mobile computers.
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PCCextend 125CIB -
Sycard Technology
For those applications that require access to the CardBus PC Card that can't use a standard extender card, Sycard provides the PCCextend 125CIB (Card Interface Board) which allows full access to all 68-signal and power pins on the CardBus peripheral. Standard 0.1" headers allow the user to connect standard 34-pin ribbon cable to test or prototype hardware.
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PCCextend 125 -
Sycard Technology
The PCCextend 125 is a flexible extender card designed to provide easy access to a CardBus PC Card for debug or test. Designed with the same low noise characteristics of our PCCextend 140, the PCCextend 125 takes this design a step further by connecting the host and card via ribbon cables. The flexible extender consists of two PC boards—the host interface board and the card interface board. The host interface board is inserted into the host's CardBus slot.
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PCCextend 125 HIB -
Sycard Technology
For those applications that require access to the CardBus PC Card interface that can't use a standard extender card, Sycard provides the PCCextend 125 HIB (Host Interface Board) which allows full access to all 68-signal and power pins on the PC Card host. Standard 0.1" headers allow the user to connect standard 34- pin ribbon cable to test or prototype hardware.
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PCCextend 135 -
Sycard Technology
The PCCextend 135 allows a CardBus card under test to be powered from an external power supply. MOSFET switches automatically switch the external power to the CardBus card under test when the socket power is applied. The PCCextend 135 provides separate switches for VCC, VPP1 and VPP2. Fabricated on a six-layer board, the PCCextend 135 is designed to minimize signal degradation in the 33MHz CardBus environment.
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WinDriver -
Jungo Ltd
The WinDriver™ device driver development tool supports any device, regardless of its silicon vendor, and enables you to focus on your driver’s added-value functionality, instead of on the operating system internals. WinDriver’s driver development solution covers USB, PCI, PCI Express, CardBus, CompactPCI, ISA, PMC, PCI-X, PCI-104 and PCMCIA.
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P416 -
TEAM SOLUTIONS, INC.
The P416 addresses the need to have front access to a PCMCIA slot for use with cards like Flash media, or Finger Print recognition, while also having a rear slot for cards that are less frequently swapped, like Wireless LAN or Bluetooth. The rear slot is 32-bit capable meaning it supports CardBus cards which makes it forward compatible with some of the newer high speed Wireless LAN standards like 802.11a and 11g.
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P416B -
TEAM SOLUTIONS, INC.
The P416 addresses the need to have front access to a PCMCIA slot for use with cards like Flash media, or Finger Print recognition, while also having a rear slot for cards that are less frequently swapped, like Wireless LAN or Bluetooth. The rear slot is 32-bit capable meaning it supports CardBus cards which makes it forward compatible with some of the newer high speed Wireless LAN standards like 802.11a and 11g.
