|
|
|
|
| For your help we have provided
some frequently asked technical questions and answers. |
| |
| |
Technical
Questions |
|
| |
Is my choice
of Lapel/Headset Mic limited when using wireless beltpacks? |
|
| |
Not at all! There is a wide selection
of Lapel Mics and Headsets, which we would recommend for
use in wireless systems that cover most possible situations.
However it is possible to connect most lapels and headsets
to beltpacks, only in very rare situations is this impossible.
|
|
| |
VHF or UHF,
which is better? |
|
| |
VHF can be classed as the first generation
wireless audio equipment, which was soon followed by the
introduction of UHF systems. VHF systems tend to be fixed
frequency, crystal based, where as UHF equipment is normally
based around synthesised frequency generators allowing
the frequency to be adjusted via switches or software.
This frequency agility is what gives UHF the upper hand,
as well as better audio performance with better stability
and a reduced chance of interference.
With the advent of fixed frequency UHF systems, everyone
can have the benefits of UHF at a price to suit. Making
it the ideal time to upgrade from your old VHF equipment.
The following situations are just perfect for fixed frequency
UHF:
1. Performers that are just starting out and not sure
if wireless is for them.
2. Venue operators who may need a wireless system for
on stage announcers.
3. Guitarists who want to lose the cable.
4. Comedians, Stand-up Entertainers, Magicians, and Compares
can all benefit from a wireless system, which simply plugs
in to the house sound system and is easy to load out.
|
|
| |
What is an
ADA (Antenna Distribution Amplifier), what does it do?
and when do I need to use it? |
|
| |
When you have several systems running
together all their related antenna can look very unattractive
and affect performance. To the rescue we have ADA's which
amplify and distribute the signal from one set of aerials
to several receivers. This also allows the use of remote
antenna that is very useful when the working area is large,
allowing accurate antenna placement. The other benefits
include the ability to locate the receiver's further away
from the stage area, to have the receiver's packaged in
a single rack, reducing load in and load out times.
We normally would recommend an ADA to be used when there
are more than 4 systems being used in one location. You
should note ADA's normally have a maximum of 5 outputs
and are frequency specific, so set-ups consisting of large
number of systems or various frequency bands may need
more than one ADA. For multiple system sales or hire quotes
we will take care of specifying the number of ADA's required
if any, and the best packaging method for the set-up.
|
|
| |
How many systems
can I run together? |
|
| |
There is no definite answer on this.
There are several factors, which limit the number of systems
that can work together. Firstly you have the frequency
constraints on the systems available, followed by the
limit on which frequencies can be licensed for use. As
the number of systems goes up, so does the problem of
Intermodulation and the harder it gets to work around
it. Finally, local conditions have the final bearing on
how many systems can be run.
You may have managed to get all the systems you need running,
but a low level rogue transmission in another part of
the spectrum could be enough to throw your frequency planning
in to total disarray. The good news however is that with
good frequency management and equipment selection we have
had success running over 40 systems together at The Disney
Awards show in London Docklands Arena. This was a combination
of In-Ear Systems, Lapels and Hand Held Microphones.
|
|
| |
Back to Top.. |
|
|
| |
|
|
| |
|
|
