Shure PSM300 - Stereo Personal Monitor System Manual

Introduction

The PSM300 Personal Monitor System delivers wireless stereo monitoring for improved clarity and reduced feedback over traditional stage wedges. Performers can create their own custom mixes by adjusting the stereo blend and overall volume level at the bodypack, resulting in lower volume on stage and enhanced audio detail. Easy to set up and operate, PSM300 features one-touch frequency syncing and solid wireless RF stability between transmitters and receivers. With rugged, dependable hardware and hard working technology, Shure PSM300 Personal Monitor Systems deliver a greatly improved monitoring experience on stage.

Features

• Send two channels of audio wirelessly to performers onstage
• Solid RF connection over a 300 foot (90 meter) range
• Create a personal mix on each bodypack with adjustable stereo balance or MixMode^® two-channel mono blend.
• Up to 90 dB signal-to-noise ratio provides clear, detailed audio at any volume
• Systems available with Shure Sound Isolating^™ earphones
• One-touch scan and IR sync quickly and easily assigns a clean wireless channel
• No complicated menus, just simple volume and mix controls that focus on the performance
• All-metal half-rack transmitter
• Slim, lightweight bodypack attaches easily to a belt or guitar strap

Included Components

*Not included in Argentina

**Not included in JB Band model

System Overview

This example shows a typical setup for musical performance. See the System Applications section for additional examples.

1. Route audio signals
   Send Instrument and microphone signals from the stage to a mixer or PA system.
2. Create monitor mixes
   From the mixer, create two mixes: one of just the instruments, and a second with just the vocals. Route each of these to separate mixer outputs and connect them to the P3T inputs.
3. Send wireless audio to the performers
   Sync the bodypacks to the P3T transmitter to send the mixes to the performers for in-ear monitoring.
4. Adjust personal mixes
   Each performer uses the MixMode knob on the bodypack to control their own mix between the instruments and vocals.

Hardware

P3T Transmitter Front and Rear Panels

1. Input Level Control
   Adjusts the level of the incoming audio signal
2. IR Sync Window
   Sends and receives group/channel data to sync receivers with the transmitter
3. Sync Button
   Press to synchronize the transmitter and receiver to the same group and channel
   Note: Sync data is sent through the IR sync window
4. LCD Display
   Displays audio, RF, and system information
5. Group Button
   Press to scroll through group settings
6. Channel Button
   Press to scroll through channel settings
7. Power
   Turns power on or off
8. Power Input
   Connect the supplied Shure PS24 external power supply
9. Mono/Stereo-MX Switch

StereoMX	Sends a two-channel stereo mix to the receiver
Mono	Sends a summed audio mix to both receiver channels

10. Line/Aux Switch
    Adjust the input sensitivity using the following as a connection reference:

Aux (-10 dBV):	Consumer audio devices, such as computers or portable media players
Line (+4 dBu):	Mixers or other professional audio devices

11. Loop Outputs (¼ Inch TRS, Balanced)
    Connect outputs to additional PSM systems or other audio devices
12. Audio Inputs (¼ Inch TRS, Balanced)
    Connect to mixer outputs or other audio sources for monitoring by the performers
13. BNC Antenna Connector
    Connect the supplied ¼ wave antenna, directional antenna, or a Shure PA411 antenna combiner

Note: For JB band models, the antenna is permanently fixed to the transmitter. Removing the antenna on JB band models is prohibited by law in Japan, and attempting to do so may cause damage to the transmitter.

P3T Transmitter Display

1. Audio Input Meter
   Indicates the audio signal level
2. Group / Channel / TV Setting
   Displays selected group and channel settings and the corresponding television channel
   Note: the TV indicator only applies to U.S.A. channels, and remains blank in other regions
3. Lock Status
   To lock or unlock the controls, press and hold the group and channel buttons until the lock icon appears/disappears.
4. Sync Status
   Appears after a successful sync between the transmitter and receiver. The direction of the sync is shown as Tx>Rx (transmitter sends frequency to receiver) or Tx (receiver sends frequency to transmitter).
5. Stereo-MX / Mono Mix
   Indicates whether the audio sent to the receiver is a single or two-channel mix (corresponds to the Stereo-MX/Mono switch on the rear panel).
6. Aux / Line Mode
   Indicates the input sensitivity setting (corresponds to the Aux/Line switch on the rear panel)
7. 0 dB Indicator
   Turns on when input signal reaches 0 dB. Refer to the section on adjusting gain and listening volume for information on how to use this icon.

P3R Wireless Receiver

1. Display
   Shows group, channel, and MixMode settings
2. Group Button

• Press to display group
• Press and hold to edit the group, then press to scroll when display flashes

3. Channel Button

• Press to display channel
• Press and hold to edit the channel, then press to scroll when display flashes

4. IR Sync Window
   Sends and receives sync data between the receiver and transmitter
5. Scan Button

• Press and hold to perform a group scan
• Press to perform a channel scan

Note: A channel scan selects the best channel in the current group. A group scan finds the group with the most open channels and selects the first available channel in that group.

6. Antenna
7. Power LED Indicator
   Indicates when receiver is on, remaining battery life, and when power-save mode is active. See battery life table for more information.
8. Power Switch / Volume Control Knob
   Turns the receiver on/off and adjusts master headphone volume level
9. RF LED Indicator (blue)
   Illuminates when tuned to an active transmitter group and channel
10. Headphone Output
    Connects to earphones or headphones
11. MixMode Control Knob

• When operating in MixMode, this knob blends channels 1 and 2 into a single mix
• When operating in stereo mode, this knob adjusts the left/right balance

12. Battery Compartment
    Holds 2 x AA batteries

P3RA Receiver

For more demanding applications, Shure offers the P3RA receiver, which features all-metal construction and advanced menu navigation in addition to the features included on the P3R receiver. For more information, please visit www.shure.com.

Battery Life

Battery life was measured using Energizer^™ alkaline batteries, under the following conditions:

• Transmitter sensitivity: Line (+4dBu)
• Audio output from receiver: dB through Shure SE112 earphones

Power-save mode: When there are no earphones plugged in, the receiver enters power-save mode to preserve battery life. The LED slowly fades on/off in this mode and continues to display the color that represents the remaining battery life.

System Applications

Refer to the following PSM300 system scenarios prior to installation. Understanding the configuration options before setting up helps to identify signal routing requirements and plan for future expansion. Specific information on how to set up the PSM300 system and create mixes for monitoring can be found in the "System Setup and Configuration" and "Operation" sections of this user guide.

Single System for an Individual Performer

This configuration provides in ear monitoring in a solo performance, or in a group performance in which only one person requires wireless monitoring. This system can be expanded for multiple performers by using additional P3R bodypack receivers tuned to the same transmitter.

Single Transmitter with Multiple Receivers

Multiple performers can monitor audio from the same transmitter and still adjust the signal at their bodypack to personalize the mix. Simply tune each bodypack to the same frequency as the transmitter and use the MixMode knob to adjust the mix.

MixMode or Stereo Operation:
Each performer has the option of setting their bodypack to MixMode or Stereo when the transmitter is set to Stereo-MX. When the bodypack is powered on, it is set to stereo by default. To operate in MixMode, hold the GROUP button when turning the power on. For information on these modes, see "MixMode and Stereo Monitoring".

Multiple Transmitters with Separate Mixes

When several performers in a group have different monitoring requirements, multiple PSM300 systems may be used simultaneously to send different mixes through each transmitter. This setup requires a mixer with two monitor/auxiliary outputs for each transmitter.

Tip: To simplify setup in applications that involve multiple transmitters, Shure offers the PA411 antenna and power distribution system, which supplies up to four PSM transmitters with power and RF from a single source.

Signal Routing to External Devices (Combination Systems)

The LOOP outputs pass audio to an external device, such as other personal monitoring systems, recording devices, or stage monitors. The signal at the LOOP outputs is identical to the signal coming from the mixer, and is not affected by the transmitter volume or input sensitivity (line/aux) settings. This makes the LOOP outputs particularly useful when using a mixer that has one or two monitor/auxiliary sends.

Using the PSM300 simultaneously with Loudspeakers:
A combination monitoring system can be used, where some of the performers are using the PSM300 wireless system and others are listening through loudspeakers on stage.

Note: If using passive stage monitors, the P3T outputs must be connected to an amplifier. Active (amplified) speakers can be connected directly to the P3T outputs.

Using the PSM300 Combined with Other Wireless Monitoring Systems
In a scenario where two performers have their own wireless monitoring systems (one Shure PSM300 system and one thirdparty system, for example), the PSM300 can pass the signal from the mixer on to the second monitoring system.

System Setup and Configuration

Rack Mounting

The P3T Transmitter can be mounted in a standard 19 inch rack. Up to two units can be mounted in a single rack space. If using multiple P3T transmitters, the Shure PA411 Antenna Combiner system can be used to consolidate and distribute all RF and power for up to four transmitters.

Note: Always use both straddle bars when mounting two units.

Power, Audio, and RF Connections

1. Use the power adapter to connect the P3T to an AC power source.
2. Install 2 AA batteries in the bodypack receiver.
3. Attach the antenna to the BNC antenna connector on the P3T rear panel.
4. Connect the mixer or audio source to the P3T audio inputs using ¼ inch balanced cables.

When connecting to only one transmitter input, use the LEFT/CH1 input. Set the transmitter to MONO to hear audio on both channels of the receiver.

Scanning for the Best Open Channel

Follow these steps to scan the RF environment and find the best available frequency for operation:

1. Turn on the bodypack receiver and any potential sources of interference, including wireless systems, computers, audio equipment, cellular phones, LED panels, and other electronic devices that will be in use during a performance.
2. Make sure the P3T transmitter is OFF.
3. Position the receiver in the performance area and press SCAN to survey the available channels within the current group setting.

If using several PSM300 systems or operating in a location with a high volume of wireless devices, perform a group scan first, followed by a channel scan:

Group Scan: Press and hold the SCAN button on the receiver.

Channel Scan: Press the SCAN button on the receiver.

Creating a Wireless Connection Between Receivers and Transmitters (Sync)

To pass audio from the transmitter to the receiver, both must be tuned to the same frequency. The easiest way to configure the system is to use the automatic sync feature. This transfers group and channel settings with a press of a button. Based on your system configuration, use one of the following processes to sync the components:

Align the IR windows to sync the receiver and transmitter

Pressing the SYNC button transfers group/channel data

Single Transmitter and Receiver

The following sync procedure should be used with a setup that consists of a single transmitter and receiver, unless a group/ channel setting has been assigned prior to a performance.

Sync from receiver to transmitter:

1. Perform a scan on the receiver (see "Scanning for the Best Open Channel" for best practices).
2. Align the IR windows on the receiver and transmitter. The windows should be 6-11 cm apart.
3. Press the SYNC button on the transmitter while the blue RF LED on the receiver is flashing.
4. The Transmitter displays SYNC when the sync is successful. The arrow between Rx (receiver) and Tx (transmitter) shows the direction of the sync.

Note: When the RF LED on the receiver is flashing after performing a scan, the receiver sends its frequency setting to the transmitter. After it stops flashing, pressing SYNC sends the frequency setting from the transmitter to the receiver.

Single Transmitter and Multiple Receivers

The following sync procedure should be used with a setup that consists of a single transmitter with multiple receivers, or if a specific group/channel setting has been assigned to the transmitter prior to a performance.

Sync from transmitter to receivers:

1. Sync the first receiver to the transmitter using the sync procedure for a single receiver. Performing a scan and using the resulting group and channel from the receiver is recommended.
2. Set additional receivers to the transmitter frequency (one at a time) using IR sync:

• Align the IR windows on the receiver and transmitter and press SYNC.
• The receiver LED should not be flashing when pressing SYNC.

Note: Receivers can also be manually tuned to the transmitter if an IR sync is not practical.

Multiple Transmitters and Multiple Receivers

1. Set up the first transmitter and all associated receivers according to the appropriate sync procedure. Keep the transmitter and all receivers from this first system powered on when setting up additional systems.
2. Set up each additional system using the appropriate sync process. Always leave each new system on before setting up an additional one.

Manual Selection

If frequencies have been planned ahead of time, the group and channel can be set manually without performing a scan. Refer to the frequency table at the end of this user guide to identify frequencies for each group/channel setting.

To select group/channel settings on the receiver and transmitter:

1. Press GROUP to scroll through group settings.
2. Press CHANNEL to scroll through channel settings within the selected group.

Adjusting Gain and Listening Volume

For the best audio quality, start by adjusting the levels from the mixer or audio source, and then adjust levels through the PSM300 system. This approach corresponds to the way that the audio signal flows through the system, and maximizes the signal-to-noise ratio.

Before you begin: verify all signal routing and gain settings at the mixer or source prior to adjusting any levels from the PSM300 system. If the sound is distorted or faint when it enters the P3T transmitter, there is likely an issue elsewhere in the signal chain that needs to be resolved.

1. Adjust Transmitter Levels:
   Input Sensitivity
   Select the setting that matches the input source:

   Line (+4 dBu)	Use with mixers or other professional audio devices that send line-level signals.
   Aux (-10 dBV)	Use when connecting consumer audio devices such as portable audio players or computers.

   Note: When using consumer audio devices, the output volume of the device should typically be adjusted as close to the maximum setting as possible without distorting or clipping at the output of the device. This maximizes the signal-to-noise ratio.
   

Input Level
Adjust the level so that average levels on the audio meter reach approximately 75% of the full range. The highest levels should occasionally hit the 0dB indicator on the audio input meter, without reaching the OL (overload) indicator.

Tip: If a sound check before the performance is possible, everyone should play at the loudest anticipated volume so that attenuation is not required during the performance.

2. Adjust Receiver Volume:
   After levels are established at the mixer and transmitter, use the headphone volume control on the bodypack receiver to adjust overall listening volume. For information on adjusting the left/right balance or customizing the mix blend, see "MixMode and Stereo Monitoring".
   

Operation

Creating Monitor Mixes

The mix that performers hear on stage is usually different than the mix heard by the audience. In live sound applications, the engineer creates a separate mix to send to the performer by routing the input signals to specified mixer outputs, usually called Monitor or Auxiliary outputs.

The following scenario demonstrates a generic signal path for monitoring mixes, and may not reflect the routing for all mixer types. Consult the user guide for your mixer for detailed signal routing options.

① Mixer Channel	Each mixer channel controls audio processing and routing for a single audio source. In this example, a vocal microphone is plugged into the mixer channel.
② Monitor/Auxiliary Sends	Adjust the signal levels to send to the monitor/auxiliary outputs, each of which corresponds to a separate monitoring mix. Each of these mixes are sent to separate channels on the P3T transmitter. Note: The channel faders on most mixers do not affect the volume of the monitor/auxiliary sends.
③ Wireless Transmission	Each monitoring mix is transmitted on a separate channel to the P3R receiver. The MixMode knob on the bodypack adjusts the blend between the audio from channel 1 and channel 2.

MixMode and Stereo Monitoring

The receiver can operate in stereo or MixMode when the transmitter is set to STEREO-MX. In applications that involve multiple bodypack receivers tuned to a single transmitter, some bodypacks can operate in stereo, while others operate in MixMode.

Selecting the Mode

Stereo: The receiver is set to stereo mode by default. To switch from MixMode to stereo, simply turn the receiver off and it will return to stereo mode when powered back on.

MixMode: Press and hold the GROUP button on the bodypack receiver while turning the power on. The MixMode indicator light on the receiver display turns on to confirm the setting. The receiver will return to stereo mode after it has been powered off.

Stereo

Audio from channel 1 is heard on the left earphone, while audio from channel 2 is heard on the right earphone. Listening in stereo mode increases separation between the sources on each channel, which can improve clarity when many sources are being monitored. The MixMode knob on the bodypack adjusts left/right balance when operating in stereo mode.

MixMode

MixMode allows performers to adjust the blend between two monitoring mixes (an instrumental mix and a vocal mix, for example). When using MixMode:

• Each mix is heard through both the left and right earphones
• The MixMode knob adjusts the volume blend between the two monitor mixes (channel 1 and channel 2)
• Each bodypack receiver can dial in a unique blend to meet the monitoring needs of each performer

Adjusting mix levels

In this scenario, an instrumental mix is on channel 1 and a vocal mix is on channel 2:

To hear more of channel one, turn the MixMode knob to the left.

To hear more of channel two, turn the MixMode knob to the right.

When to Use the Mono Setting

In some cases, only a single input on the transmitter is used (if the mixer only features a single monitor/auxiliary output, for example). To ensure that audio is heard on both the left and right earphones:

• Use the LEFT/CH1 input on the transmitter
• Set the transmitter to MONO

Note: When the transmitter is set to mono operation, the MixMode knob will not affect the sound.

Troubleshooting

Problem	Solution
Distorted Audio	Check the volume levels at the P3T transmitter and verify that the meter is not reaching the overload indicator Check levels going in and out of the mixer. If audio is distorting anywhere in the signal chain, it will be distorted even if the PSM300 system is not overloading. Make sure batteries in the receiver are fresh Verify that the cables are 1/4 inch balanced. If an unbalanced instrument or speaker cable is used, it may introduce noise. Tip: To tell the difference, look at the connectors on the cable. The metal connector on a balanced cable has two plastic rings that divide it into three separate sections (tip, ring, sleeve). An unbalanced cable only has a single plastic ring that divides the metal portion into two sections (tip, sleeve). Check that all cables are plugged all the way into the mixer and the P3T inputs. Sometimes, if a ca ble is not fully inserted, the signal will be faint and distorted. Make sure you are using the line-level outputs from the mixer. If you have a powered mixer, do not use the main speaker outputs, as they are amplified signals and will overload the P3T inputs.
No sound from re ceiver	Make sure the transmitter and receiver are linked to the same group and channel Verify levels are registering at the transmitter and that the volume is turned up on the receiver Check that the receiver is on and that the headphones are properly connected to the receiver
Turning the Mix Mode knob does not affect the sound	The Stereo MX/Mono switch on the rear panel of the P3T may be switched to mono. For the Mix Mode knob to work, the transmitter must be set to Stereo-MX. Verify that the signals going from the mixer to the transmitter are not identical Check that the bodypack is set to MixMode
Low audio output at the receiver	Check headphone connection and volume level If only sending a single channel into the P3T transmitter, check it the MixMode knob isn't turned to wards a silent channel. If using one channel, set the P3T transmitter to mono mode.
Audio or RF drops out	Perform a scan to ensure the receiver is on a clear (available) frequency Make sure there is a line-of-sight path between the transmitter antenna and the bodypack receivers Verify that other wireless devices that are being monitored, such as wireless microphones, are not experiencing RF dropouts If using an antenna other than the one included with the system, make sure it is designed to operate in the correct frequency range
IR sync failure	Verify distance between receiver and transmitter is between 6-11 cm

Specifications

RF Carrier Range
488 937.5 MHz
varies by region

Compatible Frequencies
Per band
up to 15

Tuning Bandwidth
24 MHz Maximum
Note: varies by region

Operating Range
environment dependent
90 m ( 300 ft)

Audio Frequency Response
38 Hz–15 kHz

Signal-To-Noise Ratio
A-Weighted
90 dB (typical)

Total Harmonic Distortion
ref. ±34 kHz deviation @1 kHz
<0.5% (typical)

Companding
Patented Shure Audio Reference Companding

Spurious Rejection
ref. 12dB SINAD
>80 dB (typical)

Latency
<0.7 ms

Frequency Stability
±2.5 ppm

MPX Pilot Tone
19 kHz (±1 Hz)

Modulation
FM*, MPX Stereo
*ref. ±34 kHz deviation @1 kHz

Operating Temperature
-18°C to +63°C

P3T

RF Output Power
10, 20, 30 mW
Note: varies by region

RF Output Impedance
50 Ω (typical)

Net Weight
783 g(27.6 oz.)

Dimensions
43 x 198 x 172 mm (1.7 x 7.8 x 6.8 in.), H x W x D

Power Requirement
12 15V DC, 260 mA Maximum

Audio Input

Connector Type
6.35 mm (1/4") TRS

Polarity
Tip positive with respect to ring

Configuration
Electronically balanced

Impedance
40 kΩ (actual)

Nominal Input Level
switchable: +4 dBu, –10 dBV

Maximum Input Level

+4 dBu	+22 dBu
10 dBV	+12.2 dBu

Pin Assignments
Tip=hot, Ring=cold, Sleeve=ground

Phantom Power Protection
Up to 60 V DC

Audio Output

Connector Type
6.35 mm (1/4") TRS

Configuration
Electronically balanced

Impedance
Connected directly to inputs

P3R

Active RF Sensitivity
at 20 dB SINAD
2.2 µV

Image Rejection
>90 dB

Adjacent Channel Rejection
>60 dB

Intermodulation Attenuation
>50 dB

Blocking
>60 dB

Audio Output Power
1kHz @ <1% distortion, peak power, @32Ω
40 mW + 40 mW

Minimum Load Impedance
4 Ω

Headphone Output
3.5 mm (1/8') stereo

Output Impedance
<2.5 Ω

Net Weight
98 g(3.5 oz.) (without batteries)

Dimensions
110 x 64 x 21 mm H x W x D

Battery Life
5–7 hours (continuous use) AA batteries

Frequency Range and Transmitter Output Power

Frequency Range and Transmitter Output Level

Band	Range	Output Power
G20	488 to 512 MHz	30 mW
H8E	518 to 542 MHz	10 mW
H20	518 to 542 MHz	30 mW
H62	518 to 530 MHz	10 mW
J10	584 to 608 MHz	30 mW
J13	566 to 590 MHz	30 mW
JB	806 to 810 MHz	10 mW
K3E	606 to 630 MHz	30 mW
K12	614 to 638 MHz	30 mW
L18	630 to 654 MHz	10 mW
L19	630 to 654 MHz	30 mW
M16	686 to 710 MHz	30 mW
M18	686 to 710 MHz	10 mW
Q12	748 to 758 MHz	30 mW
Q25	742 to 766 MHz	30 mW
R12	794 to 806 MHz	10 mW
S8	823 to 832 MHz	20 mW
T11	863 to 865 MHz	10 mW
X7	925 to 937.5	10 mW

Note: Frequency bands might not be available for sale or authorized for use in all countries or regions.

NOTE: This Radio equipment is intended for use in musical professional entertainment and similar applications. This Radio apparatus may be capable of operating on some frequencies not authorized in your region. Please contact your national authority to obtain information on authorized frequencies and RF power levels for wireless microphone products.

Optional Accessories and Replacement Parts

Bodypack receiver	P3R
Half-rack Transmitter	P3T
Universal bodypack receiver	P3RA
Antenna and power distribution system	PA411
Wired PSM bodypack	P9HW
Dynamic MicroDriver earphones	SE112
Dynamic MicroDriver earphones	SE215
High-definition MicroDriver earphones with tuned bass port	SE315
High-definition earphones with dual MicroDrivers	SE425
High-definition earphones with triple MicroDrivers	SE535
High-definition earphones with quad MicroDrivers	SE846
Carrying/Storage Bag	95A2313
1/4 Wave Antenna (748–865 MHz) for SLX Wireless System	UA400
1/4 wave antenna (470-752 MHz)	UA400B
Single Rack Mount Kit	RPW503
Dual Rack Mount Kit	RPW504

Frequencies for European Countries

H8E 518-542 MHz

* This equipment may be capable of operating on some frequencies not authorized in your region. See Licensing Information.

H20 518-542 MHz

Country Code	Frequency Range
A, B, BG, CH, CY, CZ, D, DK, EST, F	518 - 542 MHz*
FIN, GB, GR, H, HR, I, IRL, IS, L, LT	518 - 542 MHz*
M, N, NL, P, PL, RO, S, SK, SLO, TR	518 - 542 MHz*
all other countries	*

* This equipment may be capable of operating on some frequencies not authorized in your region.

K3E 606-630 MHz

* This equipment may be capable of operating on some frequencies not authorized in your region.

K12 614-638 MHz

Country Code	Frequency Range
A, B, BG, CH, CY, CZ, D, DK, EST, F	614 - 638 MHz*
FIN, GB, GR, H, HR, I, IRL, IS, L, LT	614 - 638 MHz*
M, N, NL, P, PL, RO, S, SK, SLO, TR	614 - 638 MHz*
all other countries	*

* This equipment may be capable of operating on some frequencies not authorized in your region.

M16 686-710 MHz

Country Code	Frequency Range
A, B, BG, CH, CY, CZ, D, DK, EST, F	686 - 710 MHz*
FIN, GB, GR, H, HR, I, IRL, IS, L, LT	686 - 710 MHz*
M, N, NL, P, PL, RO, S, SK, SLO, TR	686 - 710 MHz*
all other countries	686 - 710 MHz*

* This equipment may be capable of operating on some frequencies not authorized in your region.

R12 796-806 MHz

Country Code	Frequency Range
N	796 - 806 MHz*
A, B, BG, CH, CY, CZ, D, DK, E, EST	*
F, FIN, GB, GR, H, HR, I, IRL, IS, L, LT	*
LV, M, NL, P, PL, S, SK, SLO, TR	*

* This equipment may be capable of operating on some frequencies not authorized in your region.

S8 823-832 MHz

Country Code	Frequency Range
BG, CH, D, DK, EST, F, FIN, IS, N, NL, S	license free*
A, B, CY, CZ	*
E, GB, GR, H, HR	*
I, IRL, LV, L, LT, M, P, PL	*
SK, SLO, RO, TR	*

* This equipment may be capable of operating on some frequencies not authorized in your region.

T11 863-865 MHz

Country Code	Frequency Range
A, B, BG, CH, CY, CZ, D, DK, E, EST	license free
F, FIN, GB, GR, H, HR, I, IRL, IS, L, LT	license free
LV, M, N, NL, P, PL, S, SK, SLO	license free
TR	863 - 865 MHz*

* This equipment may be capable of operating on some frequencies not authorized in your region.

Q25 614-638 MHz

Country Code	Frequency Range
A, B, BG, CH, CY, CZ, D, EST	742 - 766 MHz*
F, GB, GR, H, I, IS, L, LT	742 - 766 MHz*
NL, P, PL, S, SK, SLO	742 - 766 MHz*
RO	742 - 743; 750 - 751; 758 - 759 MHz*
HR, E, IRL, LV, TR, DK, RIN, M, N	*

* This equipment may be capable of operating on some frequencies not authorized in your region.