Pc/view B/t U1-view-pc4c

by Interphase

Product Details

• Product Dimensions: 17 x 13 x 11 inches ; 17 pounds
• Shipping Weight: 15 pounds
• ASIN: B000J2FW9I
• Date first available at Amazon.com: November 10, 2006

Product Description

PC/VIEWTurns your PC into a Forward Looking dual axis sonar.Introducing the all-new Interphase PC/View. Now you can turn your shipboard laptop or desktop PC into a powerful, high-resolution forward scanning sonar. Using your PC's computing power and its high resolution color display, the PC/View provides advanced sonar features for improved underwater navigation and detection. Incorporating the same patented technology as the Interphase Probe and Sea Scout, the PC/View can scan a moving beam from side to side to help locate suspended objects, schools of bait and fish, or can be set to scan vertically from the surface to the bottom to show obstacles, underwater structure and changing bottom conditions ahead. The PC/View can also work as a high-powered conventional color depth sounder and will easily operate on the same computer with most popular marine programs including your favorite chart plotting software.Working like an underwater radar, the PC/View can scan the waters ahead and beneath your boat looking for dangerous shoals, reefs or sandbars, schools of bait or other significant underwater objects. Easy to operate, the PC/View's interface easily attaches to your computer's parallel port and an acoustic transducer (through- hull or transom mounted). Once connected you have all the capabilities of Interphase's award winning scanning sonar technology.NOTE: The PC/180 will not operate with Windows XP Professional Edition however it will operate with Windows XP Home Edition.Ease of OperationThe PC/View offers numerous split screen modes that can be easily accessed. The product is truly intuitive and user friendly.Choice of ViewsSelectable views can be forward, downward, or a combination of both. The scan can be reduced to a fraction of the 90 degree sweep and then "steered" anywhere from just under the surface to directly downward for the vertical scan. Th