PN-R703

PN-R703/R603—Slimline 70/60-Inch LCD Monitors

Amply sized and attractively designed, Sharp’s PN-R703/R603 professional LCD monitors have the thin profile, high brightness, and low power consumption to accommodate a wide range of indoor digital signage applications. Exceptionally thin and lightweight, these streamlined monitors measure only 39.4 mm at their thickest point, making for easy, eye-pleasing installation. And with 700 cd/m2 brightness and edge-lit LED backlighting, PN-R703/R603 monitors can be counted on for reliable, energy-efficient operation.

Thin, Lightweight Design

PN-R703/R603 monitors owe their exceptionally thin profiles to edge-lit LED backlighting, where LED elements are located at the edges of the panel. Streamlined for a pleasing appearance and minimal protruding parts, these monitors measure only 39.4 mm at their thickest point and weigh only 43/32 kg, making for easy placement in offices, public spaces, stores, and other commercial establishments. Stylishly thin profiles also enable attractive wall mounting in a choice of portrait or landscape mode.

Energy Efficient

Edge-lit LED backlighting on PN-R703/R603 monitors helps ensure reliable performance with low power consumption. In fact, PN-R703/R603 monitors consume roughly 32.5/50% less energy than conventional CCFL-backlight displays.

Professional-Standard Image Quality

The PN-R703/R603’s 70/60-inch LCD panel incorporates Sharp’s UV2A technology, which ensures highly efcient use of light from the backlight and prevents light leakage for the display of truly bright whites and extremely deep blacks. A brightness of 
700 cd/m2 supports these LCD monitors in their digital signage duties.

Other Key Features

Interface Expansion

A standard-equipped interface expansion board gives PN-R903/R703/R603 monitors a comprehensive range of input/output jacks, including the DisplayPort interface.

Choice of Installation Mode

PN-R903/R703/R603 monitors offer a choice of landscape or portrait installation, allowing customers to select the mode that best suits their display content and application. While portrait installation offers the look and impact of a poster, landscape installation puts wide images on vivid display.

24/7 Operation

Built solid, PN-R903/R703/R603 monitors are ideal for use in 24-hour stores and in other demanding professional applications that require around-the-clock operation seven days a week.

Dual Screen Display

Picture-in-Picture (PIP) mode allows an AV-sourced image to be displayed within a PC-sourced one (or vice versa), while Picture-by-Picture (PbyP) mode puts images from AV and PC sources side by side for split-screen viewing.

Enlarge (Zoom) Display Mode

Multiple monitors can be grouped together to display one enlarged image, thanks to Enlarge (Zoom) Display mode, which corrects the framing of that image to eliminate misalignment between monitors.

Mirror Display Mode (Daisy Chain)*

With Mirror Display mode, the same image can be displayed on a daisy chain of PN-R903/R703/R603 monitors for the powerful impact of visual repetition.

* The number of monitors possible in a daisy chain varies depending on the connection method: Up to 25 (for non-HDCP-encoded content) or 4 (for HDCP-encoded content) via DisplayPort; or up to 5 (for HDCP-encoded content) via DVI.

Built-In Speakers

Built-in speakers eliminate the need for external speakers and keep PN-R903/R703/R603 monitors stylishly streamlined. The speakers emit sound from both sides of the monitors, making them ideal for conveying audio information and playing location-appropriate background music.

VESA-Compliant Mounts

VESA-compliant mounts provide right/left pivot and swivel, ensuring a high level of safety when these LCD monitors are mounted on a wall or suspended from a ceiling.

Reliablity / Durability

Power on Delay

The Power on Delay function allows a time delay between the startup of each monitor in video walls or multi-monitor installations. This reduces the load placed on the power supply when a number of monitors are turned on at the same time. 

Fanless Architecture (PN-R703/R603)

Fanless architecture maintains airflow and dissipates heat without the use of mechanical air-ventilation fans, which can attract dust and create noise. This fanless design also facilitates monitor maintenance.

Built-In Temperature Sensor

Should the temperature inside a monitor rise, a built-in sensor will detect it, and the backlight system will automatically adjust to keep the temperature within operational level*.

* The monitor automatically goes to standby mode when the internal temperature remains consistently above operational level.

Display Managment

ID Setting

Thanks to an RS-232C interface, the LCD monitors can be easily controlled and monitored from a central location via a PC. Each monitor can be assigned an individual ID code to specify when remotely turning that monitor on or off, changing its input, or making various screen adjustments and settings.

Scheduling

For total ease of operation, the Schedule function allows up to eight settings to be pre-programmed for automatic monitor turn on/off at precise times on a daily, weekly, or one-time basis. 

Log Saving/Output

To boost the troubleshooting efficiency of service technicians, operating logs, signal changes, information on operating irregularities, and other such data can be saved and tracked.

Hardware Diagnostics

The Hardware Diagnostics function detects any irregularities in power supply voltage and indicates it on the monitor. 

E-Mail Notification

With the E-Mail Notification function, display status updates will be sent periodically to a specified e-mail address. A notice will also be sent if a malfunction occurs.

Web Browser Setting

Sharp LCD monitors can be easily operated through a Web browser and monitor control software*.

* Available separately

SNMP Support

Display status, continuous operating time, and other parameters can be monitored over a local area network using Simple Network Management Protocol (SNMP).

Self Adjust Function

With an analogue PC connection, when a change occurs to the input signal timing, the clock phase will automatically adjust accordingly.