B160201HSI - Receiver Tripp Lite - Free user manual and instructions

USER MANUAL B160201HSI Tripp Lite

Owner’s Manual Audio/Video with RS-232 and IR Control over IP Extenders 1111 W. 35th Street, Chicago, IL 60609 USA • www.tripplite.com/supportCopyright © 2019 Tripp Lite. All trademarks are the sole property of their respective owners. Extender Kit Models:

• NSS-G16D2 16-Port Gigabit L2 Managed Switch with 8-Outlet PDU

• NSS-G24D2 24-Port Gigabit L2 Managed Switch with 12-Outlet PDU

• P502-Series VGA Cables with RGB Coax

• P569-XXX-LOCK* High-Speed HDMI Cables with Ethernet and Locking Connectors

• P580-Series DisplayPort™ Cables

• P583-Series Mini DisplayPort to DisplayPort Cables *XXX refers to the length, with cables available in 6 ft. (006), 10 ft. (010) and 15 ft. (015) lengths.4 Product Features

• Extends and distributes audio/video, serial and IR control signals over Cat5/Cat6 cabling.

• Models available with Component Video + Stereo Audio, DisplayPort, HDMI**, and VGA + Stereo Audio.

• Converts source video to an IP-based signal that can be transmitted to and distributed through a network switch.

• Transmitters can be located up to 328 ft. (100 m) from the switch, with an additional 328 ft. (100 m) between the switch and the receiver, for a total distance of 656 ft. (200 m).

• Can also be used in a point-to-point installation where the transmitter directly connects to a receiver up to 328 ft. (100 m) away.

• Designed for managed network switches with IGMP, which allow login and remote management via the switch interface.

• Video source can be sent to any analog or digital display (e.g. Component Video to HDMI, VGA to HDMI, HDMI to DisplayPort, HDMI to HDMI).

• Display a single source on a single monitor or distribute a single signal to multiple monitors.

• B160-200-HSI and B160-201-HSI receiver units include two HDMI output ports for connection of two monitors.

• Connect up to 64 transmitters and 255 receivers in a single managed switch installation.

• Utilizes H.264 video compression standard.

• Extends IR control signals that control a source (such as a Blu-ray™player) from a remote display.

• Uses a 20 kHz to 60 kHz IR frequency.

• Supports RS-232 Serial baud rates up to 57600 bps.

• VGA video models support video resolutions up to 1920 x 1440, including 1080p.

• DisplayPort and HDMI models support video resolutions up to 1920 x 1080 (1080p).5 Product Features

• Component video models support video resolutions up to 1080i.

• Each transmitter features an HDMI output port for connecting a local monitor.

• HDCP and 3D compatible.

• Includes mounting hardware for wall-mount, rack mount or pole mount installations.

• Plug and play; no software or drivers required. **Connect a DVI source and/or monitor using an HDMI to DVI adapter (select models include an HDMI to DVI adapter). HDMI to DVI adapter cables (Tripp Lite P566-Series) are available, sold separately.6 Mounting Instructions Audio/Video over IP extenders include mounting hardware that allows for a variety of mounting options. The following images demonstrate these mounting methods. Note: Model B126-1A1 is shown for illustrative purposes; installation for Audio/Video over IP extender units is the same. Wall-mount 19” Rack-mount Pole-mount7 Point-to-Point Installation Notes:

• Test to ensure the entire installation works properly before pulling cables through ceilings/walls.

• To achieve maximum distance and performance, use 24 AWG solid wire Cat5e/6 cable. Using stranded wire cable or cable with a gauge (AWG) size higher than recommended will result in a shorter extension distance. Higher gauge cabling (such as 26 AWG) has a limited transmission capability compared to lower-gauge cabling. All Tripp Lite N202-Series Cat6 cables use 24 AWG solid wire cabling. Extended lengths of 23 AWG solid wire Cat6a cable are available from Tripp Lite as a custom order.

• Transmitter and receiver kits are available in DisplayPort, HDMI and VGA, but separate transmitters and receivers can be purchased in any combination (e.g. Component Video to HDMI, VGA to HDMI, HDMI to VGA, HDMI to DisplayPort).

1. Ensure all equipment to be connected is powered off.

serial port. Depending on the model, the serial port will be either DB9 or

3.5 mm. Models with 3.5 mm jacks include a 3.5 mm to DB9 adapter.

Models with DB9 ports require standard RS-232 DB9 cable (sold separately) for connecting to a computer.

4. (Optional) Connect the included IR-OUT cable to the transmitter unit’s

IR-OUT port. Place the sensor on the IR-OUT cable in an unobstructed area within clear view of the device being controlled. Note: The IR-OUT cable receives the signal from the remote control and sends it to the device being controlled (e.g. Blu-ray player, etc.).

6. Connect the external power supply to the local transmitter unit and plug

it into a Tripp Lite Surge Protector, Uninterruptible Power Supply (UPS) or Power Distribution Unit (PDU).8 Point-to-Point Installation

7. Press the Up / Down buttons to set the Channel Number (0-63) on the

front of the transmitter unit to a number that will also be used on the receiver unit. Note: A locking mechanism prevents the Channel Number from being unintentionally changed. When the Channel Number is locked, hold down the Up and Down buttons until the Channel Number starts blinking. Then navigate to the desired Channel using the Up / Down buttons. Once the desired Channel Number has been selected, lock the Channel Number by holding down the Up and Down buttons until the Channel Number stops blinking.

8. Using Cat5e/6 cable, connect the transmitter unit’s RJ45 Output port to

the receiver unit’s RJ45 Input port. Note: The maximum allowable cable length from transmitter to receiver is 328 ft. (100 m).

9. Connect a monitor to the receiver unit’s audio/video Output port

(See Optional Accessories for available Tripp Lite audio/video cables).

10. (Optional) Connect the serial device’s DB9 port to the receiver unit’s

serial port. Depending on the model, the serial port will be either DB9 or

3.5 mm. Models with 3.5 mm jacks include a 3.5 mm to DB9 adapter.

Models with DB9 ports require standard RS-232 DB9 cable (sold separately) for connecting a device.

11. (Optional) Connect the included IR-IN cable to the receiver unit’s IR-IN

port. Place the sensor on the IR-IN cable in an unobstructed area within clear view of the device being controlled. Note: The IR-IN cable accepts a signal from a remote control and sends it to a device being controlled on the other end of the installation.

12. Connect the external power supply to the receiver unit and plug it into a

front of the receiver unit to a number also used on the transmitter unit. Note: A locking mechanism prevents the Channel Number from being unintentionally changed. When the Channel Number is locked, hold down the Up and Down buttons until the Channel Number starts blinking. Then navigate to the desired Channel using the Up / Down buttons. Once the desired Channel Number has been selected, lock the Channel Number by holding down the Up and Down buttons until the Channel Number stops blinking.

14. Power on all connected devices.10

Point-to-Multipoint Installation – Managed Switch with IGMP Notes:

• Test to ensure the entire installation works properly before pulling cables through ceilings/walls.

• To achieve maximum distance and performance, use 24 AWG solid wire Cat5e/6 cable. Using stranded wire cable or cable with a gauge (AWG) size higher than recommended will result in a shorter extension distance. Higher gauge cabling (such as 26 AWG) has a limited transmission capability compared to lower-gauge cabling. All Tripp Lite N202-Series Cat6 cables use 24 AWG solid wire cabling. Extended lengths of 23 AWG solid wire Cat6a cable are available from Tripp Lite as a custom order.

• B160-Series Audio/Video over IP Extenders are designed for use with a dedicated network switch. Connecting IP Extenders to a switch used with other networking equipment will result in degraded or non-functional product performance.

• The installation diagram on the next page shows HDMI transmitters and receivers only, though any combination of transmitters and receivers (e.g. Component Video, DisplayPort, HDMI, VGA) may be used. Up to 64 transmitters and 255 receivers can be connected in a single managed switch installation (the diagram shown stops at a single 16-port network switch).

• The installation diagram on the next page shows only required connections. Optional connections (such as the IR-IN and IR-OUT Cables) are not shown.11 Point-to-Multipoint Installation – Managed Switch with IGMP

1. Ensure all equipment to be connected is powered off.

serial port. Depending on the model, the serial port will be either DB9 or

3.5 mm. Models with 3.5 mm jacks include a 3.5 mm to DB9 adapter.

Models with DB9 ports require standard RS-232 DB9 cable (sold separately) for connecting to a computer.

4. (Optional) Connect the included IR-OUT cable to the transmitter unit’s

IR-OUT port. Place the sensor and cable in an unobstructed area within clear view of the device being controlled. Note: The IR-OUT cable receives the signal from the remote control and sends it to the device being controlled (e.g. Blu-ray player, etc.).

6. Set the Channel Number (0 to 63 are available) on the front of the

transmitter to a desired number by pressing the Up / Down buttons. This number MUST be the same on all transmitter and receiver units in the installation. If you are using transmitter and receiver units that are all brand new, they will default to Channel Number 0 and you can leave the channel unchanged upon installation. Note: A locking mechanism prevents the Channel Number from being unintentionally changed. When the Channel Number is locked, hold down the Up and Down buttons until the Channel Number starts blinking. Then navigate to the desired Channel using the Up / Down buttons. Once the desired Channel Number has been selected, lock the Channel Number by holding down the Up and Down buttons until the Channel Number stops blinking.

7. Connect the RJ45 Output port on the transmitter unit to an RJ45 port

on the network switch using Cat5e/6 cable. Note: The maximum allowable cable length from transmitter to switch is 328 ft. (100 m).14 Do not connect the external power supply to the transmitter at this time. The transmitter should not be powered on until all audio/video equipment is connected and powered on.

8. To connect additional transmitter(s), repeat steps 2 through 7.

9. Connect a monitor to the receiver unit’s audio/video Output port

(See Optional Accessories for available Tripp Lite audio/video cables).

10. (Optional) Connect the serial device’s DB9 port to the receiver unit’s

serial port. Depending on the model, the serial port will be either DB9 or

3.5 mm. Models with 3.5 mm jacks include a 3.5 mm to DB9 adapter.

Models with DB9 ports require standard RS-232 DB9 cable (sold separately) for connecting a device.

11. (Optional) Connect the included IR-IN cable to the receiver unit’s IR-IN

port. Place the sensor on the IR-IN cable in an unobstructed area within clear view of the remote control. Note: The IR-IN cable accepts a signal from a remote control and sends it to a device being controlled on the other end of the installation.

12. Set the Channel Number (0 to 63 are available) on the front of the

receiver to a desired number by pressing the Up / Down buttons. This number MUST be the same on all transmitter and receiver units in the installation. If you are using transmitter and receiver units that are all brand new, they will default to channel number 0, and you can leave the channel unchanged upon installation. Note: A locking mechanism prevents the Channel Number from being unintentionally changed. When the Channel Number is locked, hold down the Up and Down buttons until the Channel Number starts blinking. Then navigate to the desired Channel using the Up / Down buttons. Once the desired Channel Number has been selected, lock the Channel Number by holding down the Up and Down buttons until the Channel Number stops blinking.

13. Connect the RJ45 Input port on the receiver unit to an RJ45 port on the

network switch using Cat5e/6 cable. Note: The maximum allowable cable length from receiver to switch is 328 ft. (100 m). Point-to-Multipoint Installation – Managed Switch with IGMP15 Do not connect the external power supply to the receiver at this time. The receiver should not be powered on until all audio/video equipment is connected and powered on.

14. To connect additional receivers, repeat steps 9 through 13.

15. Power on all connected devices.

16. Connect the external power supplies to all transmitter and receiver

units in the installation, then plug the external power supplies into Tripp Lite Surge Protectors, Uninterruptible Power Supplies (UPS) or Power Distribution Units (PDU). Point-to-Multipoint Installation – Managed Switch with IGMP16 Operation of Point-to-Multipoint Installation – Managed Switch with IGMP Notes:

• B160-Series Audio/Video over IP Extenders are designed for use with a dedicated network switch. Connecting IP Extenders to a switch used with other networking equipment will result in degraded or non-functional product performance.

• The model screenshots shown in the steps below are a Tripp Lite NSS-G16D2 Network Switch. Operation of different switches will vary by model.

1. Log into the network switch user interface.

transmitter in the installation. The transmitter port number should always be the first number in the VLAN, followed by the port numbers (separated by commas) of all receiver units that will be transmitting audio/video to and from the selected transmitter. The screenshot below shows VLAN’s for four transmitters (VLAN0002 through VLAN0005). VLAN0002 represents the transmitter connected to port 1, the audio/ video of which is transmitted to the receivers connected to ports 7 and

8. Similarly, VLAN0003 represents the transmitter connected to port 2,

whose audio/video is transmitted to receivers connected to ports 9 and

4. To switch the source of the audio/video on a receiver, go to and edit the

VLAN of the associated transmitters to add/remove the desired ports.

5. As more transmitters and receivers get added to the installation,

simply add additional VLANs for the new transmitters and add the new receivers to the VLANs of the desired transmitters. Operation of Point-to-Multipoint Installation – Managed Switch with IGMP18 Notes:

• Unmanaged switch installations are limited to two transmitter units. The number of receiver units is limited to the number of ports remaining on the unmanaged switch.

• Test to ensure the entire installation works properly before pulling cables through ceilings/walls.

• To achieve maximum distance and performance, use 24 AWG solid-wire Cat5e/6 cable. Using stranded-wire cable or cable with a gauge (AWG) size higher than recommended will result in a shorter extension distance. Higher-gauge cabling (such as 26 AWG) has a limited transmission capability compared to lower-gauge cabling. All Tripp Lite N202-Series Cat6 cables use 24 AWG solid-wire cabling. Extended lengths of 23 AWG solid-wire Cat6a cable are available from Tripp Lite as a custom order.

• B160-Series Audio/Video over IP Extenders are designed for use with a dedicated network switch. Connecting IP Extenders to a switch used with other networking equipment will result in degraded or non-functional product performance.

• The installation diagram on the next page shows HDMI transmitters and receivers only, though any combination of transmitters and receivers (e.g. Component Video, DisplayPort, HDMI, VGA) may be used.

• The installation diagram on the next page shows only required connections. Optional connections (such as the IR-IN and IR-OUT Cables) are not shown. Point-to-Multipoint Installation – Unmanaged Switch19

1. Ensure all equipment to be connected is powered off.

serial port. Depending on the model, the serial port will be either DB9 or

3.5 mm. Models with 3.5 mm jacks include a 3.5 mm to DB9 adapter.

Models with DB9 ports require standard RS-232 DB9 cable (sold separately) for connecting to a computer. Point-to-Multipoint Installation – Unmanaged Switch Installation Overview (All Models)20

4. (Optional) Connect the included IR-OUT cable to the transmitter unit’s

IR-OUT port. Place the sensor on the IR-OUT cable in an unobstructed area within clear view of the device being controlled. Note: The IR-OUT cable receives the signal from the remote control and sends it to the device being controlled (e.g. Blu-ray player, etc.).

6. Set the Channel Number (0 to 63 are available) on the front of the

transmitter to a desired number by pressing the Up / Down buttons. The channel number of all transmitters in the installation MUST be different. Note: A locking mechanism prevents the Channel Number from being unintentionally changed. When the Channel Number is locked, hold down the Up and Down buttons until the Channel Number starts blinking. Then navigate to the desired Channel using the Up / Down buttons. Once the desired Channel Number has been selected, lock the Channel Number by holding down the Up and Down buttons until the Channel Number stops blinking.

7. Connect the RJ45 Output port on the transmitter unit to an RJ45 port

on the network switch using Cat5e/6 cable. Note: The maximum allowable cable length from receiver to switch is 328 ft. (100 m). Do not connect the external power supply to the transmitter at this time. The transmitter should not be powered on until all audio/video equipment is connected and powered on.

8. To connect an additional transmitter, repeat steps 2 through 7.

9. Connect a monitor to the receiver unit’s audio/video Output port

(See Optional Accessories for available Tripp Lite audio/video cables).

10. (Optional) Connect the serial device’s DB9 port to the receiver unit’s

serial port. Depending on the model, the serial port will be either DB9 or

3.5 mm. Models with 3.5 mm jacks include a 3.5 mm to DB9 adapter.

Models with DB9 ports require standard RS-232 DB9 cable (sold separately) for connecting a device. Point-to-Multipoint Installation – Unmanaged Switch21

11. (Optional) Connect the included IR-IN cable to the receiver unit’s IR-IN

port. Place the sensor on the IR-IN cable in an unobstructed area within clear view of the remote control. Note: The IR-IN cable accepts a signal from a remote control and sends it to a device being controlled on the other end of the installation.

12. Set the Channel Number (0 to 63 are available) on the front of the

receiver to match the channel number of the transmitter whose audio/video you want to receive by pressing the Up / Down buttons. Note: A locking mechanism prevents the Channel Number from being unintentionally changed. When the Channel Number is locked, hold down the Up and Down buttons until the Channel Number starts blinking. Then navigate to the desired Channel using the Up / Down buttons. Once the desired Channel Number has been selected, lock the Channel Number by holding down the Up and Down buttons until the Channel Number stops blinking.

13. Connect the RJ45 Input port on the receiver unit to an RJ45 port on the

network switch using Cat5e/6 cable. Note: The maximum allowable cable length from receiver to switch is 328 ft. (100 m). Do not connect the external power supply to the receiver at this time. The receiver should not be powered on until all audio/video equipment is connected and powered on.

14. To connect additional receivers, repeat steps 9 through 13.

15. Power on all connected devices.

16. Connect the external power supplies to all transmitter and receiver

units in the installation, then plug the external power supplies into Tripp Lite Surge Protectors, Uninterruptible Power Supplies (UPS) or Power Distribution Units (PDU).

17. Once in operation, change the monitor source signal by simply

changing the channel of the corresponding receiver to match that of the transmitter with the desired source signal. Point-to-Multipoint Installation – Unmanaged Switch22 Troubleshooting If unable to receive an acceptable image after following the installation instructions, try the following troubleshooting tips:

1. Are the included external power supplies connected and plugged

into a working power source? For the product to function properly, it must be connected to and receiving power from the external power supply.

2. Was the power to the connected devices turned off prior to

installation? If not, restart all connected devices.

3. Were the connected audio/video devices powered on before the

transmitter and receiver units? If not, disconnect power from all transmitter and receiver units, then power them back on.

4. What resolution are you trying to obtain? Make sure the installation

is within the maximum distance and resolution specs supported by the model as referenced in the Product Features section of this manual. If unable to obtain an acceptable image, try lowering the computer’s video resolution or adjusting the refresh rate.

5. What type of cabling is used in the installation? Inferior cabling

can result in poor performance. It is important to use cables that support the desired video resolution. To achieve maximum distance and resolution, 24 AWG solid-wire Cat5e/6 cable or 23 AWG solid-wire Cat6a cable must be used. Tripp Lite’s N202-Series Cat6 cables use 24 AWG solid wire, as do the N022-01K-GY (Cat5) and N222-01K-GY bulk cables. The audio/video cables used must also support the desired video resolution. Inexpensive, low quality cables may not support the maximum resolution. It is recommended that you use the Tripp Lite cables listed in the Optional Accessories section of this manual.

6. Test the cables to ensure they are working properly. For example,

connect the audio/video cable between a source and functioning monitor to ensure the cable is not defective. For Cat5e/6 cable, connect it between a computer and a network to verify it establishes a network connection.23 Troubleshooting

7. Check cabling for any damages that may have occurred during

installation. If a cable connector is loosened from pulling through ceilings/wall or the cable jacket is damaged with the wiring exposed, maximum performance will not be achieved.

8. Are the transmitter(s) and/or receiver(s) located in an area with

exposure to higher temperatures? If the product is overheated, it will not function properly.

9. Do not set identical channel numbers for transmitters in an

Unmanaged Switch installation. Doing so will result in no signal being displayed on monitors connected to receivers assigned to the same channel number. If this happens, change the transmitters’ channel numbers to unique numbers and assign the desired channel number to the affected receivers. If audio/video does not reappear after doing this, disconnect power from the affected transmitter and receiver units, wait 10 seconds, and reconnect the power.

10. Do not connect more than two transmitters in an unmanaged

switch installation. Unmanaged switch installations are limited to two transmitters, with the number of receivers being limited to the number of ports remaining on the unmanaged switch.

11. Do not connect other networking equipment to the network

switch. The B160-Series Audio/Video over IP Extenders are designed for use with a dedicated network switch. Connecting them to a switch used with other networking equipment will result in degraded or non- functional product performance.24 Warranty and Product Registration 1111 W. 35th Street, Chicago, IL 60609 USA • www.tripplite.com/support 1-Year Warranty Tripp Lite warrants its products to be free from defects in materials and workmanship for a period of one (1) year from the date of initial purchase. Tripp Lite’s obligation under this warranty is limited to repairing or replacing (at its sole option) any such defective products. To obtain service under this warranty, you must obtain a Returned Material Authorization (RMA) number from Tripp Lite or an authorized Tripp Lite service center. Products must be returned to Tripp Lite or an authorized Tripp Lite service center with transportation charges prepaid and must be accompanied by a brief description of the problem encountered and proof of date and place of purchase. This warranty does not apply to equipment, which has been damaged by accident, negligence or misapplication or has been altered or modified in any way. EXCEPT AS PROVIDED HEREIN, Tripp Lite MAKES NO WARRANTIES, EXPRESS OR IMPLIED, INCLUDING WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. Some states do not permit limitation or exclusion of implied warranties; therefore, the aforesaid limitation(s) or exclusion(s) may not apply to the purchaser. EXCEPT AS PROVIDED ABOVE, IN NO EVENT WILL Tripp Lite BE LIABLE FOR DIRECT, INDIRECT, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OF THIS PRODUCT, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. Specifically, Tripp Lite is not liable for any costs, such as lost profits or revenue, loss of equipment, loss of use of equipment, loss of software, loss of data, costs of substitutes, claims by third parties, or otherwise. PRODUCT REGISTRATION Visit www.tripplite.com/warranty today to register your new Tripp Lite product. You’ll be automatically entered into a drawing for a chance to win a FREE Tripp Lite product!*

• No purchase necessary. Void where prohibited. Some restrictions apply. See website for details. FCC Notice, Class B This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to

part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a

residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.

• Increase the separation between the equipment and receiver.

• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.