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At a glance

The G76 color monitor delivers great performance and ease of use. This new monitor is suitable for mainstream corporate applications.

Features include:

• Flicker-free images to 1280 x 1024 at 75 Hz (PC system hardware and software dependent)
• Easy-to-use digital user controls
• Microsoft Windows NT and Windows 98 compliant
• Multifrequency operation
• Compliance with ENERGY STAR and NUTEK power consumption guidelines (PC system hardware and software dependent)
• VESA DDC Plug and Play for instant and easy setup (PC system hardware and software dependent)
• TCO-99 compliance (6548-01N/6548-31N)
• Jeida compliance for Japan (6548-31N/6548-71N)
• Universal voltage power supply
• ISO Standard 9241, Part 3 capability for front-of-screen ergonomics
• SystemXtra support services and financing

• G76 Monitor
• Separate tilt-swivel stand
• Attached video signal cable
• Separate power cord
• User's guide

Product Dates

United States

• Announce Date: 28 Sep 1999
• Planned Availability Date: 05 Nov 1999 (Pearl white); 03 Dec 1999 (Business Black)

• Announce Date: 28 Sep 1999
• Planned Availability Date: 01 Oct 1999

• Announce Date: 28 Sep 1999
• Planned Availability Date: 11 Feb 2000; 01 Oct 1999 (Japan)

• 41 lbs
• 18.5 kg

• 17.7 inches
• 449 mm

• 16.8 inches
• 426 mm

• 17.5 inches
• 445 mm

Conservation

Energy can be saved by switching monitor off overnight and whenever they are not in use.

Power Requirements

• Input voltage: 90-264 V AC
• Frequency: 50/60Hz
  
• Heat dissipation (Maximum): 307 Btu/hr
  
• Power consumption (Maximum): 90 watts
  
• Power consumption (Normal Use): 85 watts
  
• Power consumption (VESA Standby): 70 watts typical
  
• Power consumption (VESA Suspend): 15 watts typical
  
• Power consumption (VESA Off): 3 watts typical
  
• Maximum earth leakage current: <3.5 mA at 264 V AC for models (01N,01E,01S,41N,41E,41S)
  
• Maximum earth leakage current: <0.5 mA at 115 V AC for models (01N,01E,01S,41N,41E,41S)
  
• Maximum earth leakage current: <0.25 mA at 100 V AC for Japan models (31N,71N)
  

NOTE: Actual power consumption depends on the screen mode used, the images displayed, and how user controls are set.

Altitude

• 3000 m (10,000 ft) maximum

• Temperature: 0 to 40 degrees Celcius
• Relative Humidity: 10% to 80%
• Max Wet Bulb: 27 degrees Celcius

• Temperature: -20 to 45 degrees Celcius
• Relative Humidity: 5% to 90%
• Max Wet Bulb: 29 degrees Celcius

• Temperature: -40 to 65 degrees Celcius
• Relative Humidity: 5% to 95%
• Max Wet Bulb: 29 degrees Celcius

• CSA C22.2 No. 950 (Canada)
• UL 1950 First Edition (U.S.)
• NEMKO (Norway)
• FDA/DHHS (U.S.)
• DNHW (Canada)
• NOM (Mexico)
• PTB (Germany)
• GS (Germany)
• CE Mark (Europe)
• FCC Class B (U.S.)
• ICES-003 Class B (Canada)
• EN 55022 Class B (Europe)
• EN 6100-3-2:1995 (6548-31N/6548-71N)
• Swiss Energy Use
• VCCI Class 2 (Japan)
• EMI(B) (Korea)

Hardware Requirements

The G76 color monitor is designed to operate with system units or graphic adapters that generate a video output signal that falls within the specifications:

• Max addressability (pels): 1600 x 1200
  
• Horizontal frequency (kHz): 30 - 86
  
• Vertical frequency (Hz): 50 - 160
  

Horizontal and vertical sync signal timings are critical in order to achieve acceptable screen images. As a consequence, support for all possible variations in H/V sync timings for any display mode cannot be stated.

National Language Support for Asia Pacific, Canada, Europe/Middle East/Africa, Latin America is a function of the graphic adapter in the system unit and the application or support software.

Software Requirements

The G76 color monitor features factory-preset and user-settable display modes. The actual display modes that are used are a function of the attaching system unit, its operating system, and application software.

Factory-Preset Display Modes

Factory presets: 3
Factory loads: 7
User locations: 8

NOTE:

VESA = Video Electronics Standards Association (VESA)
STD = VESA Standard

The factory-preset modes cannot be overwritten, but can be adjusted to personal choice. The new settings are automatically stored in one of the user locations and are recalled each time that mode is used. The factory settings for the mode in use, if any, can be restored by operating the Geometry Reset control.

It may be necessary to make some adjustments to the displayed picture to compensate for variations in video signal timings. The user controls can be used to make these adjustments.

Support operating systems

• Microsoft Windows 95
• Windows 98

Compatibility

The monitor is supplied with a attached video signal cable. This cable has the same 15-pin, D-shell video connector for system unit connection as previous monitors.

The G76 Color Monitors have been tested for compatibility with the following PC systems:

• Some configurations may not be supported. Not all available display modes run at the high refresh rates necessary for flicker-free performance. Display modes at lower refresh rates are available for compatibility with older graphics adapters and system units.
• Supported display modes are a function of the attaching system unit. The full range of display modes available with these monitors may not be available or supported with all combinations of system units, their operating systems, and application software.
• Horizontal and vertical sync signal timings are critical to achieving acceptable screen images. As a consequence, support for all possible variations in H/V sync timings for any display mode cannot be stated.
• The number of colors shown in any display mode is not limited by the monitor, but depends upon the capabilities of the adapter the monitor is attached to.
• Mains harmonic reduction is only effective during normal operation and not during power management.
• The power management function is invoked only after initiating signals are received from the attached system unit or graphics adapter. The method used to implement power management follows the VESA Display Power Management Signalling (DPMS) standard. This standard must also be implemented in the attaching system unit and/or graphics adapter for monitor power management to be effective.
• Implementation of monitor Plug and Play follows the VESA Display Data Channel (DDC) standard. This standard must also be implemented in the attaching system unit hardware and software to be effective.
• Not all system units are DDC-enabled. In this situation, the user must configure the system to obtain optimum performance from the system/graphic adapter/monitor combination.

• A video signal cable is supplied. It is 1.8 meters (6 ft) long with a 15-pin, mini D-shell connector.
• A separate signal cable adapter (96G2693) is required to provide "1010" ID bits at the monitor interface for those systems that require ID bits.