At iSat we are experts in the design, integration and support of satellite ground stations and mobile satellite terminals. Whether you need:
- One-off terminals for very specific jobs
- Multiple systems for a network rollout project
- Ongoing production to support your managed satellite services
We can provide for your needs and we’re confident we can exceed your expectations. We also provide the following services which you can select from to compliment the delivery of your system and ensure that it is properly supported throughout its operational life.
- Installation and commissioning services
- Specialist RF components design
- Factory Acceptance testing
- Ongoing systems support
- Full project management
- Antenna range testing
Precision RF Integration – Our Ethos
In everything we do we aim for the highest levels of precision but this is especially true of our system specification and design methods. In the satellite industry the word ‘Precision’ is synonymous with ‘expensive’. At iSat we think differently. We think that precision should translate into value not extra expense, so we approach our terminal design with this in mind.
We pay attention to every fraction of every dB of loss and gain in every single component we use. Just one benefit of this level of precision is that we can minimise the amount of amplifier power needed to fit your link budget.
The amplifier will usually be the highest cost item within a system. Being able to specify and mitigate system losses accurately before purchase could mean the difference between buying a 10Watt or a 20Watt amplifier to meet your link budget. Based on average industry pricing this is likely to mean a saving of thousands per antenna system. Look at our example below:
These excerpts from the datasheets of an X-band filter made by a well-known manufacturer Vs the X-band filter that we use. This is a good example of the significant variations in performance that can be seen across a range of products which essentially perform the same job. By paying close attention to these performance figures and selecting the best components during system design, we can minimise the losses within a system. Recovering even 1dB of loss within the antenna system can easily translate to a step down in the size of amplifier needed. Put simply, spending a little bit more on an expensive filter could save a relative fortune in amplifier costs!