Support
Purchase
Customers should use the “Configuration Guide” document and follow the steps to find the most suitable radar product: 1. Tron Future Tech Ltd. has two S-band T.Radar products: S-116A and S-132A, both products have four detection range upgrade options: basic, R01, R02, and R03. S-116A has 16 transceiver modules and 8 receiver modules. S-132A has 32 transceiver modules and 16 receiver modules. The greater the number of transceiver modules, the greater the electromagnetic energy of the radar, and the stronger the overall performance. 2. Customers select the desired “Detection Update Time” and “Maximum Detection Range” according to their requirement firstly. “Detection Update Time” is the time that radar search the whole surveillance area, and it also represents how often the radar updates target data. 3. According to the “Detection Update Time” and ” Maximum Detection Range “, customer select the appropriate T.Radar model and upgrade option by referring the Configuration Guide figures and tables on page 4〜7.
Functionality
The maximum coverage of one radar is 120 degrees, so it needs at least three radars to covers full 360 degree surveillance. Customers can install more than three radars to extend the maximum detection range. For example, when customers install three S-132A radars to cover 360 degree surveillance, the farthest detection range for RCS=0.03m2 target is 9.1 km. But if they deploy four S-132A radars under the same conditions, each radar covers 90 degree surveillance, than the farthest detection range can be increased to 9.4 km by revising the software.
Generally, most radars search 360 degree coverage with single rotating antenna. Therefore, the overall radar performance such as target data update time, maximum detection range, maximum detectable target speed and resolution, reliability, etc. are limited due to different antenna rotation speeds. For example, in order to increase the maximum detection range or resolution, people should reduce the antenna rotation speed, which in turn will reduces the target data update rate and maximum detectable target speed. On the contrary, since the fixed antenna radar has no rotating parts, its overall performance can be adjusted flexibly according to user’s requirement, also the reliability is higher. Especially for high-speed moving targets such as missiles, artillery shells, mortars, etc., or tasks require high target data update rate such as missile guidance/gun fire control radar.
Rotary antenna radar only has search function and cannot real track a target due to its rotary antenna. It simulates the tracking tasks by connecting each target search point in each rotation. We refer this working model as “Track while Search (TWS)”. T.Radar with fixed antenna can perform search and tracking tasks simultaneously. It can simultaneously track specific targets while sequentially searching the air, which is called “Track and Search (TAS)”. Meanwhile the search and tracking performance can be different according to user’s requirement. Like searching the entire airspace once every 10 seconds, but updating the data 10 times per second when tracking a specific target.
Generally, rotary antenna radar must ensure that the object could be continuously detected few times in 3〜5 consecutive rotations, so that the object can be defined as target not random noise. Therefore, the rotary antenna radar has maximum detectable target speed limitation. But for fix antenna T.Radar, there is no this limitation in theory. Meanwhile, there are very few high-speed maneuvering targets in nature, so it is very easy to extract artificial high-speed maneuvering targets from signal processing. Conversely, low-speed moving targets are usually merged into nature environment, so it is more difficult to extract desired target accurately for radar design. T.Radar can extract low-speed flying drones from complex urban environments and distinguish birds or drones with powerful signal processing capabilities.
Repair
We believe that users should focus on using experience and creating product value, rather than wasting time to maintain and repair radar in order to keep it functioning normally. Therefore, T.Radar users only need to purchase a period of warranty. We immediately replace the failed parts in field with brand new assemblies to keep high mission reliability when any malfunction or failure occurred.
Other
Even if the radar model, target RCS size and environment are defined, we can also extend the maximum detection range by adjusting the search/tracking update time, search coverage and search mode etc. T.Radar are “software-defined”, if customers request to customize radar performance and functions according to the specific target types (such as human, vehicles, drones, large aircraft), deployment environments (such as land, sea surface, air, and urban area), detection update time, surveillance coverage and user habits etc. We can modify the radar software to fit customer requirement with no surcharge.
Documentation



Functionality
The maximum transmitting distance depends on the capability of the receiver in addition to the transmitted power.
T.Com mini should be installed on the optical telemetry satellites / low-earth-orbit satellites and transmits telemetry image data to ground stations.
T.Com mini only transmits image data to ground stations.
Hardware Spec
The frequency we use on T.Com mini is X-band. Because it has rain resilience and high data rate.
The material we use is “Rogers 4003C”.
The dummy can make the ambient environment similar.
T.Com mini has 144 antennas, which are arranged by 12*12 antennas with dummy antennas outside.
We adopt TSMC ‘s 65nm process.
The power consumption is lower than 100W.
The EIRP is about 58~60 dBm.
Using the feedback path to do self-calibration.
Other
All the core chips are designed by ourselves.
Documentation
- Coming soon
General
ESTMS is predominantly browser-based software, which means it can be run on all full desktop operating systems (Windows, MacOS, Linux, iOS, Android, etc.), as well as Chrome OS. Browsers and operating systems ESTMS uses WebGL (Web Graphics Library) to handle rendering. This has very low graphical requirements which means it runs well on most modern browsers. The minimum browser requirements are: Chrome 63+ Firefox 58+ Safari 11.1+ Microsoft Edge 79+ The minimum operating system (OS) requirements are: Windows 8.1 or later Apple MacOS 10.12 (macOS Sierra) or later Any Linux OS that supports the browsers mentioned above iOS 11.4 or later Android 7.0 or later Any Chrome OS that supports the browsers mentioned above
Documentation
- Coming soon
General
ESTMS is predominantly browser-based software, which means it can be run on all full desktop operating systems (Windows, MacOS, Linux, iOS, Android, etc.), as well as Chrome OS. Browsers and operating systems ESTMS uses WebGL (Web Graphics Library) to handle rendering. This has very low graphical requirements which means it runs well on most modern browsers. The minimum browser requirements are: Chrome 63+ Firefox 58+ Safari 11.1+ Microsoft Edge 79+ The minimum operating system (OS) requirements are: Windows 8.1 or later Apple MacOS 10.12 (macOS Sierra) or later Any Linux OS that supports the browsers mentioned above iOS 11.4 or later Android 7.0 or later Any Chrome OS that supports the browsers mentioned above
Documentation
- Coming soon
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