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Installing and use of XPRS-PX-X16

1. Introduction

The XPRS-PX-X16 connects with one of our XRPS-HOST-.. cards, and allows using of the whole range of types of PCI Express peripheral cards - x1/x4/x8/x16 outside of a computer system.

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The image shows XPRS-PX-X16 product, cables coming from XRPS-HOST-.. card, and one PCI Express -x16 type peripheral card.

2. Preliminary step

Based on the computer system one preliminary step is installing of a XPRS-HOST-.. card:
- xprs-host-dt on a PCI Express desktop system
- or, xprs-host-ec on a notebook system with an ExpressCard slot

3. Assembly of XPRS-PX-X16

There are 2 ways to connect the 2 cables to the connectors on XPRS-PX-X16.

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Make sure that the XPRS-HOST-.. card is inserted, and the host computer system is powered on.

The image above shows the wrong way of connecting the cables to the connectors - the onboard LED is not lit, the LED is not on.
In such case remove both cables, switch positions, and plug to the other connectors.

The image below shows the right way - the onboard LED is lit, the LED is on.

[Click to enlarge]

4. Insert / remove of peripheral cards

When the host system is a notebook, and the operating system supports ExpressCard slots, you can dynamically insert/remove PCI Express -x16 type card on XPRS-PX-X16.

When the host system is a desktop, or the operating system does not support hot insert/ remove of PCI Express based peripherals you need to:
- power off host system
- mount XPRS-HOST-.. in the system
- connect cables to XPRS-PX-X16 - in the proper way
- mount PCI Express -x16 type card
- power on host system

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ARSTech Enumerator provides indication of events, and additional software support for hot insert/ remove.

5. Additional ways of use

5.1. Adding power

PCI Express cards require 3.3V for powering, and optionally may use also +12V for powering.

If a peripheral card uses 3.3V with low current consumption, the card may be powered directly through the cables.

PCI Express -x16 cards normally have high current consumption, beyond the amount of current provided through the cables.

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In such case, you can connect a standard ATX power supply to provide 3.3V and 12V with high currents.

The power jumper positions may need to be moved - please check the User's Guide .pdf, the chapter on XPRS-PX-X16, for details.

5.2. Putting in an enclosure

The XPRS-PX-X16 together with the PCI Express -x16 type card may be mounted in an enclosure.

The image below shows putting the cards in our ISA-PCI-B1 enclosure.

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Longer and larger PCI Express -x16 type card may be put in our ISA-PCI-B2 enclosure.

5.3. Using other type of PCI Express card

The PCI Express is made compatible between the different form factors - x1 / x4 / x8 / x16 .
The XPRS-PX-X16 can take the whole range of PCI Express peripheral cards.

The 2 images below shows using of PCI Express -x1 card in the cards in the XPRS-PX-X16.

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The image above shows separately PCI Express -x1 card with XPRS-PX-X16.

The image below shows assembled PCI Express -x1 card with XPRS-PX-X16.

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PCI Express -x4 and -x8 peripheral card may be mounted in XPRS-PX-X16 as well.