M3-ATX 6-24V Intelligent ATX Power Supply Installation Guide

M3-ATX 6-24V Intelligent ATX Power Supply Installation Guide

Please take a moment and read this manual before you install the M3-ATX in your vehicle. Often times, rushing into installing the unit can result in serious damage to your M3-ATX board, computer and probably your car’s electrical system. Always double check the polarity of your wires with a voltmeter. Avoid using the cigarette plug as a power source, often times the contacts are not capable of delivering high current to your PC.

The M3-ATX was designed to work with a wide variety of main boards such as the VIA mini-ITX motherboards as well as Pentium-M / Celeron or full power Pentium systems

Power Input Connectors (right side)
Red
Battery + (positeive, un-switched battery)
Black
Battery - (negative)
White
Ignition (switched battery, positive. Can test by connecting it to Battery +)
Power Output Connectors (left side)
Hard drive wire harness (HDD, SATA-HDD, Floppy)
ON/OFF and THUMP wire harness (connects to M3-ATX pin header)
-ON/OFF wire harness (red/back) to connect to motherboard’s ON/OFF pin headers.
-THUMP (white) to connect to amplifier remote ON/OFF connector.
Wire harness for motherboard ON/OFF switch and Thump control (optional)
Wire harness for serial connection.
IMPORTANT: Always use the “Hibernate” feature on your PC, never use “Standby”.
P0: In this mode, the M3-ATX behaves like a regular ATX power supply
P1: Sends ON pulse to motherboard when ignition is ON for more than 2 seconds, sends OFF pulse to motherboard 5 seconds after ignition is turned off. Waits another 1 minute and then shuts down 5VSB to conserve battery. In this mode, the M3-ATX consumes less than 0.5mA. This is our recommended setting.
P2: Sends ON pulse to motherboard when ignition is ON for more than 2 seconds, sends OFF pulse to motherboard 60 seconds after ignition is turned off. Waits another 5 minutes and then shuts down 5VSB to conserve battery.
P3: Sends ON pulse to motherboard when ignition is ON for more than 2 seconds, sends OFF pulse to motherboard 30 minutes after ignition is turned off. Waits another 2 hours and then shuts down 5VSB to conserve battery.
P4: Can be set to any value. Setting can be done via an optional serial cable. (Default values for P4 are Off-delay=30sec, Hard-off=30sec)

Get pdf M3-ATX 6-24V Intelligent ATX Power Supply Installation Guide

CAUC Series User’s Manual

CAUC Series User’s Manual

Follow the steps below to successfully set up your Cavalry External Hard
Drive with your computer.
Step 1. Start your computer and wait for Windows to load completely.
Step 2. Connect the power adapter to the drive. (Fig. 1)
Then plug the power adapter into an electrical outlet
Step 3. Connect the square end of the USB cable to the hard drive. (Fig. 2)
Then connect the flat end of the USB cable to the USB port on your computer
Step 4. Turn the power switch on.
NOTE: Connect the USB cable to the drive before connecting the cable to the computer. To disconnect, remove the cable from the computer first.
Step 5. Installing drivers for the Cavalry External Hard Drive.
Windows 2000/XP/Vista
Plug-and-play. No device drivers or configuration required. The computer will detect the USB External Hard Drive as a new USB device and display messages on the bottom-right corner reading “USB Mass Storage Device Detected” and “Your new hardware is installed and ready to use.”
Windows 98/Me
1. Make sure Windows 98/Me is fully updated
2. Go to www.cavalrystorage.com/su_download.htm and click on “Windows 98 Driver” to download the driver. Extract the file.
3. Navigate the device manager.
4. Right-click on the yellow question mark indicating an unknown

Get pdf CAUC Series User’s Manual

ASEDrive IIIe MT Technical Reference Manual

ASEDrive IIIe MT Technical Reference Manual

ASEDrive IIIe MT is an intelligent motorized PC/SC smart card reader. ASEDrive IIIe MT provides full PC/SC functionality with automatic functionality of the motorized acceptor, without requiring further programming. In addition to the automatic operation, the motorized acceptor can be controlled manually and various peripherals can be utilized though simple PC/SC IOCTLs. The ASEDrive IIIe MT is micro controller based, and is utilizing easily upgradeable Flash memory.

STANDARD FEATURES
• Advanced smart card reader with standard PC/SC interface.
• Support of ISO7816 CPU cards, I2C and XI2C, 2-bus and 3-bus memory cards.
• Automatic and manual motorized acceptor operation.
• Support for up to 4 inputs and 2 relay outputs with IOCTLs.
• 3 Status LEDs on board.
• Front Card Gate.
• Motorized Transport
• USB and RS-232 Interfaces
• Flash upgradeable from the host PC.

SMART CARD READER
The ASEDrive IIIe MT includes a high performance, PC/SC compatible smart card reader supporting ISO7816 and EMV CPU cards and memory cards.
FRONT CARD GATE
Front Card Gate prevents coins, dust, moisture, and debris, from entering the unit – gate resists opening except when ISO-size card enters the unit.
MOTORIZED TRANSPORT
The Reader has a command-driven motorized transport. The transport keeps the card from the user during a transaction but returns the card when the transaction is completed.

Get pdf ASEDrive IIIe MT Technical Reference Manual

DFIS-BT Bluetooth-Data Transfer between FLARM / Volkslogger and PDA Instructions Manual

DFIS-BT Bluetooth-Data Transfer between FLARM / Volkslogger and PDA Instructions Manual

This module has been developed under practical considerations by glider pilots for glider pilots. The DFIS-BT is the first module that allows the integration of popular “standard components”, for example state-of- the-art PDAs, into the world of the conventional electronics in the gliding environment, without cable by using Bluetooth interface.

The DFIS-BT module comes with the following accessories:
• Manual
• Data cable to connect the DFIS-BT module with the FLARM / Volkslogger (approx. 30-cm length)

An additional accessory that is not included in the package but can be purchased is a combined cable connection of the DFIS-BT module with a PC / laptop and a power supply -by a 9 volt battery.

The DFIS-BT module transfers data between the FLARM / Volkslogger and the PDA, on which the cross-country flight program is running - using a radio connection instead of the traditionally used cable wiring. To this purpose, the Bluetooth Standard is used, which is commonly used in today’s mobile devices like PDAs and mobile phones.

The module is simply connected with the pre-manufactured cable to the FLARM/Volkslogger device. The power supply of the FLARM / Volkslogger powers the Bluetooth module as well. By turning on the FLARM / Volkslogger, the DFIS-BT module is therefore ready for use. All plugs in the DFIS-BT module and the FLARM / Volkslogger are compatible with each other. The connector pin assignment corresponds to the IGC standard which is also used by the FLARM / Volkslogger. To use the DFIS-BT functionality in the double seater, two modules can be concatenated (one after the other). In this configuration, each of the modules sends the FLARM / Volkslogger data to the PDA which is linked to the module via Bluetooth.

Get pdf DFIS-BT Bluetooth-Data Transfer between FLARM / Volkslogger and PDA Instructions Manual

KXI-DVI-Bridge User’s Manual

KXI-DVI-Bridge User’s Manual

This document describes the installation and specification of the KXI-DVI-Bridge. Details of the integration with Kaleido are available in the Kaleido user documentation. Please see “Compatibility” on page 15 for a list of Kaleido models that can be used with the KXI-DVI-Bridge.

Miranda’s KXI-DVI-Bridge performs live extraction of computer graphics to generate an SMPTE 292M compliant link meant for the Kaleido multi-image processor. Each unit provides two independent DVI-to-HD-SDI conversion processes. A firmware upgrade now allows the KXI-DVI-Bridge to also perform conversions of DVI signals from a Kaleido to HD-SDI formats.

Originally designed as a Kaleido input device, the KXI-DVI-Bridge converts a DVI signal to HD-SDI at a specific resolution and frame rate (1920×1080p @ 29.97 Hz)
1. This allows a Kaleido to accept inputs from a PC at larger VGA resolutions, up to 1600×1200
2. over a standard HD-SDI signal, without sacrificing quality.
The input resolution from the PC can be XGA, SXGA, WXGA, WSXGA+ or UXGA, but must have a 60 Hz refresh rate.

Basic KXI-DVI-Bridge Features:
• Dual Channel – pixel-to-pixel extraction on each discrete channel
• Two HD-SDI outputs per channel
• Auto-sensing DVI input
• One DVI loop output per channel
• Auto-sensing of input format within the Kaleido’s HD-SDI input
• Platform/OS independent
• Extend reach of DVI signal by using SDI wiring
• Ideal for static content such as the view of an automation system’s run-down list

Get pdf KXI-DVI-Bridge User’s Manual

DVI over CAT5e Extender CV-17 User Manual

DVI over CAT5e Extender CV-17 User Manual

The CV-17 extends your PC DVI transmission distance up to 60m/200ft with resolution 1024×768 @60Hz. With CV-17, users can transmit high quality digital video of PC applications through one cost effective CAT-5/5e to the remote monitor or projector, instead of using short and expensive DVI cables. With embedded EDID inside the adapter, your PC will continue to send the digital video even when the monitor is not connected. The user can then disconnects the monitor, place it in a remote location and reconnect it without rebooting the operating system.

The CV-17 includes two units: transmitting and receiving units. The transmitting unit is connected to your PC DVI output and the receiving unit is connected to the monitor. While successfully connected, the two LED lights on RJ-45 connector will blink. The transmission distance between the sending and receiving units can be up to 60m/200ft at XGA (1024×768) and 30m/100ft at UXGA (1600×1200). With compact size, CV-17 is the most cost effective choice for bringing your impressive digital video to the remote display.

Features
Package Contents
Technical Specifications
DVI 1.1 compliant
Handy DVI-D to RJ-45 Adaptor with programmable EDID feature
Extends the transmission distance from the sources up to 60m/200ft at XGA
(1024×768@60Hz) and 30m/100ft at UXGA (1600×1200@60Hz)
Minimize the cable skew by adjustable 8-level equalization knob
Supports 1080i/1080p HDTV resolutions & VESA standards
Receiving unit can learn EDID information for DVI/HDMI enabled display device

Get pdf DVI over CAT5e Extender CV-17 User Manual

U-Viewer USB Handhold Digital Microscope MS-01U User’s Manual

U-Viewer USB Handhold Digital Microscope MS-01U User’s Manual

The U-Viewer USB handhold digital microscope is an exciting new device that let’s you view clear many micro-objects with it，and has a wide scope of applications, such as,
• Industrial Inspection
• Computer Parts inspection
• Telecom module inspection
• Scientific teaching tool
• Medical analysis
• School Research tool
• Insect dissection / examination
• Plant dissection / examination
• Skin examination
• Textile Inspection
• Collections / Coin/ Jewelry Inspection
• Printing Inspection

The following instructions will guide you to through the process of installing the U-Viewer USB handhold digital microscope:
I. Power on PC and place installation CD into CD-ROM driver, do not connect USB Cable from U-Viewer Device to PC before software installation.
II. Select SOFTWARE–>APPLICATION, and follow the instructions to complete installation.
III. As driver installation completed, and if system asking for restarting, please restarting PC.
Note: The driver needs to be installed only once for each computer.

Get pdf U-Viewer USB Handhold Digital Microscope MS-01U User’s Manual

G540 4-AXIS Drive User Manual Rev I

G540 4-AXIS Drive User Manual Rev I

Thank you for choosing to purchase the G540 4-Axis Drive system. If you are dissatisfied with it for any reason at all within two weeks of its purchase date, you may return it for a full refund provided it is cosmetically unmarred and undamaged electrically in any way. Otherwise Geckodrive Inc. fully warranties it against workmanship defects for 1 year after its purchase date.

The G540 is very easy to use. All it requires is:
1) MOTORS: One to four step motors are required. All NEMA-17, many NEMA-23 and a few NEMA-34 motors are acceptable. The motors preferably should be square in cross-section, not round. The motors can be 4, 6 or 8-wire motors. 5-wire motors cannot be used with the G540. Choose a motor that has a rated current of 3.5A or less. Choose a motor that has a rated winding inductance of 2.5mH to 3mH if maximum power output (>100W mechanical) is a requirement. Never use a power supply voltage greater than 32 times the square-root of the motor inductance expressed in milli-Henries (mH).
2) MOTOR CABLES: The motors connect to the G540 via male DB9 connectors. The four motor wires connect to pins 6 and 7 for one motor winding, pins 8 and 9 for the other motor winding. The current set resistor connects to pins 1 and 5. The motor cable should be a 4-conductor cable and it can be shielded or unshielded. If a shielded cable is used, connect the shield to either pin 2, 3 or 4. Pins 2, 3 and 4 connect to ground inside the G540.
3) CURRENT SET RESISTORS: The current set resistor programs the axis drive current (0 to 3.5A) to match the rated phase current of the motor being used with the axis. Each axis requires a current set resistor. The resistor can be from 1/10 W to 1/2 W in size and 1% to 5% tolerance. The current set equals 1,000 Ohms per Amp of motor current. Example: A 3.3A per phase motor requires a 3.3K resistor, a 1.5A per phase motor requires a 1.5K resistor.
4) POWER SUPPLY: Connect a DC power supply to the MAIN TERMINAL BLOCK, the positive supply wire to Pos 11 and the negative (ground return) wire to Pos 12. The power supply voltage must be between +18VDC and +50VDC. The power supply voltage determines how fast your motors can go. Supply voltage has no effect on the motor’s low-speed torque. The power supply can be regulated or unregulated. The power supply current will depend on the number of motors used and the motors rated phase currents. The power supply current also depends on motor speed and applied load. A rule of thumb estimate is add up all the motor phase currents and multiply the result by 0.6 to get the required power supply current.
5) PARALLEL PORT CABLE: Use a parallel port cable to connect the G540 to the PC. The G540 end of the cable must be a male DB25 connector.

Get pdf G540 4-AXIS Drive User Manual Rev I

CPT-386 PC to Component Scan Converter Operation Manual

CPT-386 PC to Component Scan Converter Operation Manual

This is a scan converter box to convert a variety of PC resolutions (from VGA to UXGA) to TV resolutions (Component Y/Cb/Cr of 480i or 576i). With its good performance of conversion and flexibility of TV system selection (480i and 576i), the product becomes an ideal solution to video conference, home theater, business presentation, lecturing room, and different personal applications.

Main Features
● Convert from PC resolutions to TV resolutions.
● Supports high resolution PC input up to UXGA (1600×1200@60Hz).
● Supports output resolutions: 480i or 576i.
● Easy to carry and simple to install.

Get pdf CPT-386 PC to Component Scan Converter Operation Manual

MINI USB 2.0 DOCK User’s Manual

MINI USB 2.0 DOCK User’s Manual

Thank you for purchasing the USB 2.0 MINI DOCK. Besides one USB 2.0 port for connecting to your PC or notebook, you may also have one high-speed RS-232 Serial port, one printer port and 2 downstream USB 2.0 ports for other devices. It features multi-functions and offers a most convenient, effective and economic solution making you feel eased under any working requirements.

Features
Add one high-speed Serial port, one printer port and 2 downstream USB 2.0 ports to your PC or notebook in seconds.
Improve the inconvenience of configuring old PC solutions like card extension, which requires adjusting
IRQ or jumper settings, and the incompatibility of various brands of docking solution or bus repeater.
Avoid the hassle of removing your PC case, or rebooting the operating system during installation.

System Requirements
A PC with a minimum of a 75MHz Pentium, or equivalent
A minimum of 16M bytes of RAM
One available USB 2.0 Type A downstream port. ( either EHCI, UHCI or OHCI )
Windows 98 or later
MAC OS 8.6 or later (Support Hub and Serial port)
Package Contents
MINI USB 2.0 DOCK converter
One 6 feet USB A to B type cable
One CD contains drivers and User’s Manual

Connectors
One DB-9 RS-232 serial interface connector supports baud rates from 1,200 to 115.2K.
One DB-25 parallel connector supports IEEE-1284 bi-directional printer port.
Two USB receptacles type A downstream ports.
One USB type B upstream connector.

Get pdf MINI USB 2.0 DOCK User’s Manual

NMT-1000 Outdoor Noise Monitoring Terminal User Manual

NMT-1000 Outdoor Noise Monitoring Terminal User Manual

BSWA Outdoor Noise Monitoring Terminal NMT-1000 is a powerful, intelligent noise monitoring terminal, optimized for outdoor use. NMT-1000 is a hyper-Integrated noise monitor system that can be left unattended as part of an environmental noise monitoring system for mobile, permanent and semi-permanent monitoring.

NMT-1000 has two packaging style, fixed galvanized steel enclosure and ABS box. NMT-1000 terminal can store 12-48 days noise data and transit the data via USB and GPRS. It can be use in all climatic environments, especially suitable for industrial, city and rural conditions. The noise monitoring terminal can be remote controlled by PC over USB and GPRS.

Features
Sealed enclosure meet IP65 standard.
Suitable for stable, long-term, continuous outdoor monitoring.
The power of NMT* is possible form a variety of sources, the internal UPS can be connected a battery to replace the 220V supply.
Remote operation via GPRS.
16M industrial flash memory for safe, long-term data back-up, the flash memory can be enlarge to 64M.
Onboard high stable and extremely accurate real-time clock (RTC), within ±2
minutes per year accuracy from -20°C to +70°C.
1-second LEQ or SPL measurements.
Dynamic range of 100 dB.
The configuration software and post-process software operate on Microsoft Windows

Get pdf NMT-1000 Outdoor Noise Monitoring Terminal User Manual

Vector bill Operation Manual

Vector bill Operation Manual

The Vector line of bill validators accepts bank notes and coupons thru 72 mm in width. The Vector comes pre-programmed, per customer specification, from the factory or can be reconfigured by customers utilizing the Vector Tools program for PDA or PC’s. Software updates can also be uploaded into the Vector via a PDA or PC enabled with the Vector Tools program.

ESD Precautions
The Vector bill acceptor is used as an inside component of a vending machine or similar host machine. Proper grounding is conducted by connecting the Vector metal mounting bracket to the metal surface of the vending machine chassis.
To minimize electrostatic discharge, observe the following precautions:
- When removing Vector from an antistatic bag, or the vending machine cabinet, lay it on an antistatic surface such as a ESD mat or a disposable antistatic mat.
- Always wear an antistatic wrist strap connected to metal surface on the chassis of the vending machine (ground) when working on Vector.
- Do not touch the I/O ports by hands

Cleaning & Maintenance
The Vector currency validator was designed and manufactured for simple, trouble free operation. To enhance the long term reliability of your Vector validator, please follow the simple, but important cleaning and maintenance guide.
Cleaning
We recommend a regular cleaning schedule for your Vector bill validator. Depending on local environmental and usage, the Vector should be cleaned at least every 3 months, more regularly in areas of high dust and contamination. The Vector utilizes a combination of IR, UV and/or Magnetic sensors along the note path to collect data off the bank note. During use, dust, contamination and foreign objects can collect along the note path and over the sensors, degrading their performance over time. Cleaning your Vector on a regular basis will assure maximum performance and validation rates.
On-site cleaning
We realize that it may be impossible for you to remove your Vector out of its application while in the field to perform a thorough cleaning. In these instances, we recommend that you obtain a can of compressed air and guide the output toward the note entry area. This will remove any excess dust or foreign objects that may have collected over the sensors located along the note path.
Thorough Cleaning
To perform a more thorough cleaning of the Vector, open the upper section by pressing on the two red release buttons and lift gently (for further detail, refer to page 4 of this manual). This allows access to the note path. We recommend that you use a mild soap/water combination and damp, dust free towel and wipe the note path area and sensors. NB do not put the water directly on to the validator, only on to the cloth. Dry thoroughly and close the upper section. DO NOT USE ALCOHOL to clean your Vector as this will degrade the sensor apertures and drive belts and will seriously affect the long term reliability.

Get pdf Vector bill Operation Manual

etyBlu Bluetooth Dual Mode Noise-Isolating Headset User Manual

etyBlu Bluetooth Dual Mode Noise-Isolating Headset User Manual

The Etymotic etyBlu dual mode,noise-isolating headset contains two microphones.One microphone is located internal y at the end of the earpiece;the other, BLUmaxx™, a highly directional,noise-rejecting microphone quickly connects to the earpiece. The combination of an in-ear noise-isolating earphone and a directional microphone placed close to the mouth provides exceptional sound quality and clear communication at both ends of the conversation. The etyBLU headset was developed by Etymotic Research for use in high levels of background noise. Another Etymotic first.

Dual Modes—Two Ways to Use
Internal Mic Mode
The earpiece is designed to be self-supporting in the ear canal,so the earloop is optional. Push the earloop through the earloop holder and adjust for a secure fit.
BLUmaxx Mic Mode
Exceptional clarity in noisy environments.
- Gives up to 25 dB more noise cancel ation of the talkers voice compared to the internal mic.
Important: To ensure optimal performance it is important that the eartip seals the ear canal.

Pairing varies by device
The etyBLU headset is discoverable for five minutes after Power On.
• Turn the phone OFF and then back ON.
• Turn on the mobile phone’s Bluetooth function.
• Press and hold the Multi-Function Button (MFB) for 5 seconds.
• The blue LED wil flash rapidly when ready for pairing.The etyBLU stays in pairing mode for 5 minutes.
• Activate the search for BT and/or audio devices on the phone
• When the etyBLU is found,the phone wil display “etyBLU.”Scrol to it and press OK to confirm pairing.
• If a passkey/password is requested,enter 0000.
Note: Bluetooth transmitter pairing varies.For best results, consult the user instructions for the specific device being paired with the etyBlu.Some mobile phones require a security setting change for automatic headset-phone pairing

Get pdf etyBlu Bluetooth Dual Mode Noise-Isolating Headset User Manual

MSR210D SERIES Magnetic Stripe Card Reader Keyboard Interface Simple Manual

MSR210D SERIES Magnetic Stripe Card Reader Keyboard Interface Simple Manual

The MSR210D Series Keyboard Interface Magnetic Card Reader is ideal for retail systems, time keeping systems, security systems and the card reader related systems. The MSR210D series are designed to offer the user a card reader solution that will complement many applications. Triple track MSR210D reader is uniquely designed to read both credit cards and Driver Licenses (AAMVA and California standard).

FEATURES
1 LED and Buzzer indicators indicate the status of reader.
2 Single, dual, or triple track versions allow to reading ISO, AAMVA and DMV cards.
3 User-friendly setting directly by keyboard.
4 PC could be powered on with MSR210D attached and without keyboard connected.
5 Programmable data output.
6 Compact size that can be mounted on keyboard or any flat surface.
7 Firmware download (Note: It can’t be executed via Notebook PC.)

How to enter Configuration Mode
1. Power off PC, connect the reader with PC and then power on.
2. Execute text editor program such as Microsoft Word, Notepad, DOS PE2, Edit, …etc.
3. Press and hold [Left-Ctrl], [Left-Alt] and [F10] keys in order to enter Configuration Mode.
4. Operating step-by-step following instructions as shown on the screen.
5. While in Configuration Mode, the green LED is always blinking. After exiting this Configuration Mode, the reader will be reset automatically.
6. The main menu of Configuration Mode

Get pdf MSR210D SERIES Magnetic Stripe Card Reader Keyboard Interface Simple Manual

KC Wirefree Bluetooth Starter Kit User’s Manual

KC Wirefree Bluetooth Starter Kit User’s Manual

KC Wirefree Bluetooth module offer simple yet compact Bluetooth platform for embedded application. Since it comes with surface mount layout, starter kits have been developed to ease user to explore the possible development and application.

This document describes the use and starting guide for KC Wirefree Bluetooth starter kit. For details of KC Wirefree Bluetooth module, please refer to data sheet or beginner guide document which can be downloaded at www.cytron.com.my KC Wirefree Bluetooth Starter Kit, SKKCA has been designed for 5V TTL logic interface, no extra voltage divider is necessary. With minimum interface, it is ready to connect to microcontroller for embedded Bluetooth development.

Furthermore, on board USB to UART converter offer easy yet reliable communication to PC for functionality test or even creating Bluetooth wireless connection.

It has been designed with capabilities and features of:
• Either KC21 or KC11 mounted
• USB Plug and Play UART function
• 5V powered
• 5V UART interface, ready for microcontroller interface
• Default baud rate of 115.2Kbps
• Compact yet easy and reliable platform
• As USB Bluetooth dongle
• As serial port replacement (wireless)

Get pdf KC Wirefree Bluetooth Starter Kit User’s Manual

THGnotebook System Installation Brief

THGnotebook System Installation Brief

The THGnotebook System connects to a notebook PC via a CardBus interface to create a portable Ethernet data-analyzing and data-generating instrument. While most, newer, notebook PCs are compatible with the THGnotebook System (see minimum requirements below), a high- performance, fully-certified, Dell Latitude notebook PC configuration is available from Finisar. This system is highly recommended. Use of a non-certified notebook PC requires additional installation as described in “Additional Procedures for Non-Certified Notebook PCs.”

THGnotebook System Components
The following components are included in your THGnotebook System package.
• THGnotebook System
• Magma CardBus to PCI Expansion card
• 68-Pin VHDCI Expansion Cable
• Surveyor analyzer software CD
• Magma CardBus PCI driver software CD
• Surveyor Documentation
If any components are missing, contact your distributor or Finisar.

Get pdf THGnotebook System Installation Brief

Image MASSter WipeMASSter User Guide

The WipeMASSter product provides a fast and effective solution to sanitize hard disk drives in mass quantity required by IT managers and production technicians. This compact unit is a high-speed bulk hard disk drive erasing tool designed for wiping clean up to nine drives simultaneously. Any mix of size or number of drives is supported during the wipeout operation. Transfer rates using WipeMASSter can exceed 2 GB per minute. The intuitive menu system provides the flexibility of choosing a simple pattern-based scan, or the most complex DoD specified procedure involving multiple passes and media verification at the end.

Features
ICS developed the WipeMASSter with these capabilities:
- Easy-to-use, portable stand-alone system
- Sanitizes up to nine hard drives simultaneously
- Options to sanitize to conform to DoD 5220-22M specification or to sanitize using simple pattern-based Fast mode.
- Offers a simple user interface through use of a front panel LCD screen, and button-press controls

Get pdf Image MASSter WipeMASSter User Guide

Image MASSter WipeMASSter User Guide

HP OpenView NNM Connector User Guide for Network Compliance Manager

HP OpenView NNM Connector User Guide for Network Compliance Manager

This guide provides information on installing and configuring the HP OpenView NNM Connector on Windows and Solaris platform. The guide is intended for network engineers and administrators. The information presented assumes that both NCM server and HP OpenView Network Node Manager (NNM) are installed and running in the network environment where the HP OpenView NNM Connector is being installed, and that the reader is familiar with the features of these products.

The HP OpenView NNM Connector provides the following features and benefits in a system already running both HP OpenView NNM and NCM software:
• Alarm integration — The HP OpenView NNM Connector communicates NCM configuration change information to the HP OpenView console, enabling you to quickly identify whether configuration changes may have caused network problems. From within the HP OpenView NNM display, you can quickly access NCM functionality to view specific configuration changes and device information, identify who made the change, and roll back to the previous configuration to restore network operation. Since a majority of network outages are caused by device configuration errors, this feature can enhance both problem identification and response time in resolving network downtime.
• Access to NCM configuration history from the HP OpenView NNM console — From the HP OpenView NNM, a device-level right-click menu provides access to three NCM features for reviewing changes. For any device in the NCM database, this feature displays configuration changes side-by-side so you can easily see changes. You can also view the configuration history.
• Operations efficiency — Network operations personnel can monitor and investigate information from two data sources from within a single screen.
• Improved database maintenance — The HP OpenView NNM Connector enables you to easily import HP OpenView NNM device information to the NCM database, reducing both the time required and risk of error inherent in maintaining separate device databases.

Get pdf HP OpenView NNM Connector User Guide for Network Compliance Manager

Supera Color HD TV Box User’s Manual

Supera Color HD TV Box User’s Manual

The Supera color HD TV Box is a state-of-the-art TV to PC converter box. The compact unit easily turns your LCD/CRT monitor, plasma display or projector all that has a VGA input connector devices into a multimedia center with small desktop space. With a built-in TV tuner and multiple video ports, you can connect DVD players, digital video cameras, VCRs or even game consoles to your PC, and view high quality video in full-screen, high-resolution images.

The full screen display resolution is up to 1920×1200 with refresh rate from 60Hz and it is most suitable to use 24″ or bigger PC monitor to watch TV program, like football game, movie and any show you want! The User-friendly OSD (On Screen Display) can let you easily use brightness, contrast and hue adjustment for better video quality! The full function remote controller can help you to make the channel selection, input source switching, volume adjustment, and etc. With Enhanced 3D motion adaptive de-interlacing, Supera color HD TV Box provides high quality picture and gives sharp & stable image output to LCD and/or CRT monitor

Features
- Supera color HD TV Box can provide high quality picture with sharp, stable image output to VGA/SVGA/XGA/SXGA
- Supera color HD TV Box output mode can be changed from 640*480,800*600, 1024*768 to 1920*1200
- Compatible for Multi Signal inputs: TV, Video, S-Video, YPbPr and PC.
- Video Standard automatic source mode detection
- TV Channels auto scanning and memorize
- Brightness/Contrast/Saturation/Hue Adjustment
- Provide user-friendly OSD (on screen display) for function control
- No software or driver required. No PC compatibility problem
- Compact standing body (Supera Color) and easy installation, no need to uncover PC case
- With Muliti-Language OSD Selection
- Full function remote controller

Download pdf Supera Color HD TV Box User’s Manual

M4-ATX 6-30V Intelligent ATX Power Supply Installation Guide

M4-ATX 6-30V Intelligent ATX Power Supply Installation Guide

Please take a moment and read this manual before you install the M4-ATX in your vehicle. Often times, rushing into installing the unit can result in serious damage to your M4-ATX board, computer and probably your car’s electrical system. Always double check the polarity of your wires with a voltmeter. Avoid using the cigarette plug as a power source, often times the contacts are not capable of delivering high current to your PC.

Thank you for purchasing the M4-ATX power sequencer / vehicle ATX power supply. The M4-ATX was designed to work with a wide variety of main boards ranging from low power to fully fledged Intel, AMD or VIA models.

NOTE: To reset to the M4-ATX settings to the factory defaults (in case changes were made via the USB uplink), simply power off the unit, connect a jumper to JP1 and then power back up. The LED light will start to flash rapidly indicating that the factory defaults were loaded. Don’t forget to Remove jumper when done! Disconnect M4-ATX from battery for at least 10 seconds. Next time when power is applied, M4-ATX will operate from the factory defaults settings.

Power challenges in a Vehicle PC: One of most difficult tasks of operating a PC in a vehicle is power consumption while the computer is OFF. Even when your computer is OFF, it will still consume about 100mA on the 5V rail. When the computer is in the suspend mode, it will consume even more power, because the RAM needs to be powered at all times. No matter how big your battery is, you will eventually drain it if proper actions are not taken.

The M4-ATX is addressing these issues by cutting off the 5VSB rail after a pre-defined amount of time (see jumper chart, HARDOFF). During the HARDOFF if the battery level drops below 11.2V for more than one minute, M4-ATX will shut down and re-activate only when the input voltage is > 12V.

Engine Cranks, under-voltage and over-voltage situations. Another difficult task is maintaining stable power to your PC. While car batteries are rated at 12V, they actually provide voltages in between 7-11V (engine cranks) or as high as 80 volts (load dump). Most of the times, your battery will stay at 13.5V (while car is running) but extra precautions need to take place in order to prevent such situations. M4-ATX can operate as low as 6V and as high as 30V while providing strict regulation on all rails along with input voltage clamping and reverse protection.

Get pdf M4-ATX 6-30V Intelligent ATX Power Supply Installation Guide