Quick Start Guide

NXP-TPI/4NetLinx Touch Panel Interface 4

For more detailed installation, configuration, programming, and operating instructions, refer to the NXP-TPI/4 Touch Panel Interface Instruction Manual available on-line at www.amx.com.

Main unit

TP4 cards

FIG. 1 NXP-TPI/4 NetLinx Touch Panel Interface 4 (showing main unit and TP4 cards)

ATTENTION!

Verify you are using the latest NetLinx Master and NXP-TPI4 firmware (available from www.amx.com). Verify the TPDesign4 program being used is

Version 2.6 or higher.

Overview

The NXP-TPI/4 (FIG. 1) is a touch panel interface that supports AMX’s 4th generation graphics (G4) consisting of both rich colors and support for high-contrast images. This G4 interface device is capable of mixing Video/RGB inputs and then combining those inputs with graphics, which can then be displayed on a variety of monitors.

Specifications

NXP-TPI/4 Specifications

Dimensions:

 

 

NXP-TPI/4

• 2.12" x 16.95" x 10.24" (5.38 cm x 43.05 cm x 26.01 cm)

(FG2275-01)

1.05" x 2.80" x 8.60" (VID with connector - 9.34")

TP4-RBG/VID

(FG2275-20/10)

 

(2.67 cm x 7.11 cm x 21.84 cm (VID with connector - 23.72 cm))

 

 

 

 

 

Power:

 

 

NXP-TPI/4

• 750 mA @ 12 VDC (using a 2-pin PSN power supply)

Input Cards

• ~ 400 mA @ 12 VDC power consumption (per card)

 

 

(configuration dependant)

 

 

Memory:

• 64 MB SDRAM (upgradable to 256 MB)

 

• 64 MB Compact Flash (upgradable to 1 GB) - factory

 

programmed

 

Refer to the NXP-TPI/4 Instruction Manual for upgrade

 

 

information.

 

 

Front

• SERIAL programming port

Components:

• LED Indicators - PWR, ICSP (ICSNet communication), and 4

 

 

yellow LEDs (for each input card)

 

• Pushbuttons - RESOLUTION, TOUCH, CALIBRATE, and

 

 

SETUP

 

 

Rear

• Touch Input connector communicates with the touch panel

Connectors:

• 2 PS/2 ports and 2 USB ports (both for keyboard and mouse

 

 

control)

 

• VGA Output connector sends out a max. resolution of 1280 x

 

1024

 

1 RJ-45 Ethernet port and 2 RJ-45 ICSNet ports for network

 

control

 

Audio connector for use with a 3.5 mm mini-jack

 

 

 

Slots:

4 available input card slots.

 

• Use any combination of TP4-RGB and TP4-VID input cards

 

 

 

Output

• 640x 480 @60 Hz to 1280 x 1024 @ 60 Hz

Resolution:

 

 

 

 

Input Resolution:

• 640x 480 @60 Hz to 1600 x 1200 @ 60 Hz

 

 

Included

2-pin PWR connector (41-5025)

Accessories:

• Assembly Kit (Four-#10-32 screws and Four-#10 washers)

 

 

(KA0001)

 

NXP-TPI/4 Faceplate (MA2001-11)

 

NXP-TPI/4 Quick Start Guide (93-2275)

 

Rack Ear brackets (Left/Right) for shelf, wall, and under-table

 

 

mounting (62-2275-07)

 

 

 

Removing the Input Card Covers

1.Discharge the static electricity from your body by touching a grounded metal object and disconnect all connectors from the NXP-TPI/4.

2.Carefully unscrew (counter-clockwise) the two flat phillips-head (top of each cover) and round Phillips-head screws (rear of each cover) to remove each card.

3.Remove the screws from the input cards and repeat this removal process for each card.

4.Once the screws are removed, pull the cards upwards and away from the main TPI/4 unit.

Installing Input Cards

1.Follow the instructions above for the process used in removing the input card covers.

2.Carefully remove the input cards from their static-free bag and note the location of the accompanying four Phillips-head screws (used in securing the card to the housing).

3.Carefully align the male (on the card) and female (on the TPI/4 circuit board) connectors.

4.Carefully connect the input card by inserting the male card connectors vertically down onto the female input connectors on the motherboard, as shown in FIG. 2.

Input card

connectors (male)

TP4-VIDTP4-RGB

Motherboard card connectors (female)

Input card covers

Grounding Bolt

FIG. 2 Installing Input Cards

5.Gently push down on the input card (on the location above the pins) until it is securely connected to the motherboard and fits into a card location.

6.Once secure, align the input card into the provided "slot" and verify that the pre-drilled TPD4 card holes (2 on top and 2 at the rear) align with those located on the rear of the TPI/4.

7.Repeat steps 1 through 4 to insert other input cards, if necessary.

8.Screw-in (clockwise) the four screws (per card) to the top and rear of the unit (along the ends of the inserted input card) to secure each card firmly to the TPI/4. The flat Phillips-head screws must be used on top and the rounded Phillips-head screws must be used on the rear of the unit. All screws must be flush against housing.

Setting up the TPI/4 for Communication

Step 1: Wiring the NXP-TPI/4

1.Discharge any acquired static electricity by touching a grounded metal object or by touching the rear grounded bolt.

2.Attach an earth-ground wire (typically from the equipment rack) to the grounding bolt, located above the PWR connector on the rear of the TPI/4.

3.Disconnect any incoming power connector from the rear of the TPI/4.

-A PSN supplies power to the TPI/4 through a 3.5 mm mini 2-pin Phoenix connector. The incoming PWR and GND cable from a PSN power supply must be connected to the corresponding location on the rear TPI/4 mini 2-pin PWR connector.

4.Connect a DB9 touch input cable from the touch panel to the DB9 TOUCH INPUT connector on the rear of the TPI/4 unit.

5.Connect the touch panels’ HD-15 monitor video cable to the 15-pin VGA OUTPUT port on the rear of the TPI/4. When using a CRT monitor, use the NullTouch driver.

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AMX NXP-TPI/4 quick start Overview, Specifications, Removing the Input Card Covers, Installing Input Cards

NXP-TPI/4 specifications

The AMX NXP-TPI/4 is a cutting-edge platform designed to streamline and enhance communication and control in various applications, particularly in the realms of audio-visual technology, building management, and smart home systems. As the demand for integrated control solutions continues to rise, the NXP-TPI/4 stands out with its robust feature set, advanced technologies, and unique characteristics.

One of the standout features of the AMX NXP-TPI/4 is its versatile communication capabilities. It supports multiple protocols such as TCP/IP, RS-232, RS-485, and Ethernet, allowing seamless integration with a wide range of devices and systems. This adaptability makes it an ideal choice for diverse environments, from corporate boardrooms and educational institutions to residential settings.

Another significant aspect of the NXP-TPI/4 is its user-friendly interface. The platform is designed to facilitate ease of use, with customizable touch panels and intuitive controls that empower users to manage complex systems effortlessly. The ability to create personalized user interfaces ensures that each installation can be tailored to the specific needs and preferences of the end user.

In addition to its comprehensive communication options, the NXP-TPI/4 is equipped with advanced processing capabilities that support high-performance operations. This includes real-time monitoring and control of devices, enabling quick response times and reliable performance. With its powerful technology, the platform can handle multiple simultaneous tasks without lag, ensuring a smooth experience in high-demand scenarios.

The NXP-TPI/4 also places a strong emphasis on security. With built-in encryption and secure communication protocols, the system protects sensitive data and prevents unauthorized access. This level of security is essential in today’s landscape, where cybersecurity threats are ever-present.

Moreover, the AMX NXP-TPI/4 is designed with scalability in mind. Its modular architecture allows for easy upgrades and expansions, accommodating growing systems and evolving technology. Whether adding new devices or enhancing existing functionalities, users can do so without significant overhauls.

Overall, the AMX NXP-TPI/4 sets a standard in the control systems market, merging innovative technology with practical applications. Its reliability, versatility, and emphasis on user satisfaction make it a top choice for those looking to enhance their control and communication capabilities, leading to greater efficiency and improved user experiences in their respective environments.