Information Technology

15" 1024 x 768, VGA/DVI/HDMI interface, Front IP65 Monitor

• Front IP65 for waterproof and dustproof
• 15" XGA LCD panel with LED backlight for 20% power saving and environmental protection
• -20 ~ +60 °C wide range operating temperature
• 5-wire resistive and P-cap touchscreen solution or tempered smudge resistant protected glass
• Multiple signal interfaces with HDMI, VGA & DVI
• Standard integrated frame
• Versatile mounting methods for rear mounting and VESA mounting

The Advantech IDS-3315 Front IP65 Monitor Series offer waterproof and dustproof design supporting a 15" 1024 x 768 pixels TFT LCD screen, with -20 ~ 60? wide operating temperature, and optional touch touchscreens. The series supports rear and VESA mounting and is ideal for different embedded applications in different environments.

The IMC-350 series offers the most compact media converters. They can extend the 10 and 100Mbps twisted-pair network segments up to 80km over fiber technology. Supporting both 10/100 auto negotiation on the copper port and 100Mbps full-duplex on the fiber port, the IMC-350 series serves as media and data rate converter.

Plug-and-play operation with a variety of model types and power options make the IMC-350 series easy and convenient to use. The IMC-350I series is of industrial grade and can operate in a wide temperature range. Multiple power options, including the IEEE802.3af Power-over-Ethernet standard, allow the IMC-350I series to function as a power device. Its AC adapter and USB connectivity offer unsurpassed flexibility for a variety of installation needs.

The IMC-350 series supports Link Fault Pass Through (LFPT) functionality. LFPT is a troubleshooting feature that combines TX LinkLoss (Twisted Pair, copper interface) and FX LinkLoss (Fiber, fiber interface) from both local and remote IMC Networks media converters, when used in pairs. This feature, when enabled, will pass a link fault through the device at each segment. If a link fails on one interface of the media converter, the media converter will force the link down on its link partner and then forward it to the next interface.

The IMC-350 series offers the most compact media converters. They can extend the 10 and 100Mbps twisted-pair network segments up to 80km over fiber technology. Supporting both 10/100 auto negotiation on the copper port and 100Mbps full-duplex on the fiber port, the IMC-350 series serves as media and data rate converter.

With a variety of model types offering play-n-plug featurse and multiple powering options, the IMC-350 series is an easy and convenient choice for many applications. The IMC-350I series is of industrial grade and can operate in a wide temperature range. Multiple power options, including the IEEE802.3af Power-over-Ethernet standard, allow the IMC-350I series to function as a power device. Its AC adapter and USB connectivity offer unsurpassed flexibility for a variety of installation needs.

The IMC-350-SFP supports Link Fault Pass Through (LFPT) functionality. LFPT is a troubleshooting feature that combines TX LinkLoss (twisted pair, copper interface) and FX LinkLoss (fiber, fiber interface) from both the local and remote IMC Networks media converters, when used in pairs. This feature, when enabled, will pass a link fault through the device at each segment. If a link fails on one interface of the media converter, the media converter will force the link down on its link partner and then forward it to the next interface.

The IMC-350 series offers the most compact media converters. They can extend the 10 and 100Mbps twisted-pair network segments up to 80km over fiber technology. Supporting both 10/100 auto negotiation on the copper port and 100Mbps full-duplex on the fiber port, the IMC-350 series serves as media and data rate converter.

Plug-and-play operation with a variety of model types and power options make the IMC-350 series easy and convenient to use. The IMC-350I series is of industrial grade and can operate in a wide temperature range. Multiple power options, including the IEEE802.3af Power-over-Ethernet standard, allow the IMC-350I series to function as a power device. Its AC adapter and USB connectivity offer unsurpassed flexibility for a variety of installation needs.

The IMC-350 series supports Link Fault Pass Through (LFPT) functionality. LFPT is a troubleshooting feature that combines TX LinkLoss (Twisted Pair, copper interface) and FX LinkLoss (Fiber, fiber interface) from both local and remote IMC Networks media converters, when used in pairs. This feature, when enabled, will pass a link fault through the device at each segment. If a link fails on one interface of the media converter, the media converter will force the link down on its link partner and then forward it to the next interface.

The IMC-350 series offers the most compact media converters. They can extend the 10 and 100Mbps twisted-pair network segments up to 80km over fiber technology. Supporting both 10/100 auto negotiation on the copper port and 100Mbps full-duplex on the fiber port, the IMC-350 series serves as media and data rate converter.

With a variety of model types offering play-n-plug featurse and multiple powering options, the IMC-350 series is an easy and convenient choice for many applications. The IMC-350I series is of industrial grade and can operate in a wide temperature range. Multiple power options, including the IEEE802.3af Power-over-Ethernet standard, allow the IMC-350I series to function as a power device. Its AC adapter and USB connectivity offer unsurpassed flexibility for a variety of installation needs.

The IMC-350-SFP supports Link Fault Pass Through (LFPT) functionality. LFPT is a troubleshooting feature that combines TX LinkLoss (twisted pair, copper interface) and FX LinkLoss (fiber, fiber interface) from both the local and remote IMC Networks media converters, when used in pairs. This feature, when enabled, will pass a link fault through the device at each segment. If a link fails on one interface of the media converter, the media converter will force the link down on its link partner and then forward it to the next interface.