About
Y.LOAD is a communication platform based on SDR architecture.
It allows for flexibility and adaptability in communication
systems. It means users can reconfigure and update their
communication systems through software, reducing the need for
hardware changes. Y.LOAD also provides high-speed frequency
hopping capability and enhances anti-interference ability, ensuring
a reliable communication performance even in challenging
environments. Since the important components of this platform
have passed the radiation test, it can be applied not only to
drone communication but also to satellite communication.
What is Communication Payload ?
A Payload, is a Communication Powerhouse from drones to satellites. A communication payload integrates antennas, receivers, and transmitters into a packet size. It’s a high-capacity, high-performance beast that provides the raw computing power required for broadband communication.
1.Limited Size Architecture 2.RF Communication 3.Customization
Why Communication Payload ?
In today’s fast-paced world, real-time communication is not just a luxury; it’s a necessity. Whether it’s for military operations, emergency response, intelligence gathering, or electronic warfare, having access to high-speed, real-time communication capabilities is critical. This need has driven the development of small-scale, lightweight instruments that pack a powerful punch, thanks to advanced wireless communication technology. Let’s delve into the key advantages of these versatile devices and their role in various mission-critical scenarios.
The evolution of small-scale, lightweight instruments with powerful wireless communication capabilities has transformed the way we approach military operations, emergency response, intelligence gathering, and electronic warfare. These devices are not just technologically advanced; they are the key to unlocking success in mission-critical scenarios where real-time communication, security, and versatility are paramount. As we continue to push the boundaries of technology, these instruments will play an increasingly pivotal role in shaping our future capabilities and ensuring our readiness in times of need.
SDR Architecture
Software-Defined allows for flexibility and adaptability in communication systems.
High-capacity FPGA
The platform boasts a high-capacity and high-performance FPGA. This can be marketed as enabling high-speed data transmission and processing.
RF Communication
RF chip provides high-speed frequency hopping capability and enhanced anti-interference ability.
Customization
YTTEK offers pre-built point-to-point and point-to-multipoint communication software functions. This can be attractive to users who want ready-made solutions to get started quickly.
Integrated ARM Processor
This processor can handle communication protocols and interface with external devices. Demonstrate the platform’s versatility and ability to handle complex communication tasks.
Various Applications
Diverse application scenarios include smart cities, intelligent transportation, and national defense security. The crucial components have passed radiation tests, making it suitable for use in aerospace applications.
S P E C I F I C A T I O N S
|
Item |
Spec. | Remark |
|
Frequency |
1.6GHz~2.6GHz | S Band |
|
FPGA |
Xilinx XCZU9EG
Cortex-A53 ARM Quad Core Cortex-R53 Dual core Mali-400 MP2 |
Zynq UltrScale+ XCZU9EG-2FFVB1156l |
|
Frequency hopping (option) |
1000 hops/sec | |
|
Component qualification |
Space-qualified | |
| Interface | GPIO
Ethernet (TCP/UDP) RS422 x 2 |
|
| Output power | 2W |
|
I N T E G R A T I O N S Y S T E M
