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Summary of Contents for Alpha Data XRM-IO146
- Page 1 sales@artisantg.com artisantg.com (217) 352-9330 |...
- Page 2 XRM-IO146 User Manual Revision: V2.1...
- Page 3 XRM-IO146 User Manual V2.1 - 6th February 2014 © 2014 Copyright Alpha Data Parallel Systems Ltd. All rights reserved. This publication is protected by Copyright Law, with all rights reserved. No part of this publication may be reproduced, in any shape or form, without prior written consent from Alpha Data Parallel Systems Ltd.
- Page 4 Handling instructions ........................2 Voltage Settings ..........................3 Battery Installation ......................... 3 XRM-IO146 Interface Connector ..................... 3 XRM-IO146 Interface - Pinout Tables ..................... 3 Positive Locking / Cable Clamp Assembly ..................6 Product Codes ..........................7 List of Tables Table 1 Ordering Options ..........................
- Page 5 XRM-IO146 User Manual V2.1 - 6th February 2014 Page Intentionally left blank...
- Page 6 Figure 2 : XRM-IO146-ROCKET The XRM-IO146 provides 146 I/O signals on a front panel MICTOR connector with a wide range of options to support GPIO requirements. Signals are driven / received by the FPGA for total user programmability and can be used single ended (i.e.
- Page 7 2 Installation 2.1 Fitting The XRM-IO146 is designed to plug in to the front panel connector (SAMTEC QSH series) on Alpha Data cards with an XRM site. Note that Virtex-6 and newer boards key this connector 180deg from Virtex-5 and earlier boards.
- Page 8 MICTOR connector pins, connection to the Samtec XRM connector and signal description. See the Alpha Data SDK for the UCF files to map each pin to the FPGA pad, or contact Alpha Data for further support.
- Page 9 +5V Fused N/C +5V Fused Figure 5 : XRM-IO146 / XRM2-IO146 Pinout Page 4 XRM-IO146 Interface - Pinout Tables xrm-io146-um_v2_1.pdf...
- Page 10 138 CN2-11 gtp_tx_n<4> gtp_rx_p<1> CN2-6 CN2-5 gtp_tx_p<1> gtp_rx_n<1> CN2-8 CN2-7 gtp_tx_n<1> gtp_rx_p<0> CN2-2 CN2-1 gtp_tx_p<0> gtp_rx_n<0> CN2-4 CN2-3 gtp_tx_n<0> sd<4> sd<7> sd<5> sd<8> sd<6> sd<9> Figure 6 : XRM-IO146-ROCKET / XRM2-IO146-ROCKET Pinout XRM-IO146 Interface - Pinout Tables Page 5 xrm-io146-um_v2_1.pdf...
- Page 11 5 Positive Locking / Cable Clamp Assembly The XRM-IO146 uses a MICTOR connector with a minimum retention force of 4.75lbs. For applications requiring positive locking on this connector or further strain relief, an optional locking assembly is available. This clamp interfaces with the housing on the cable assembly to lock it in place, and also provides strain relief to the cable itself by clamping it with protective material.
- Page 12 Cable assembly - 152M split out to 4 x 38M, 50cm MET-BEZEL-IO146-LOCK Spare cable retention / positive locking assembly Note: please also indicate the requirement to have the XRM-IO146 source 5V through the MICTOR Connector. Table 1 : Ordering Options Product Codes Page 7 xrm-io146-um_v2_1.pdf...
- Page 13 Converted to XML, included XRM2 options, updated Mictor cable source, Nov 2012 added cable retention option, added ROCKET option, created new pinout tables Feb 2014 Clarrified +5V limits on the XRM-IO146 connector Address: 4 West Silvermills Lane, Address: 3507 Ringsby Court Suite 105,...
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