Consolidating the Cornerstone of Aerospace Data: AccuTest 3.0, Setting a New Standard for Ground Testing
As the wave of global commercial aerospace surges forward, we are fully stepping into an era of large-scale, market-oriented "space economy". In this profound transformation from "state-led" to "commercial-empowered" development, traditional aerospace manufacturing and testing models are facing unprecedented challenges! The market is urgently in need of a new generation of solutions that are more efficient, more reliable and compliant with standardized specifications, to support the rapid development of satellite manufacturing and on-orbit operation and maintenance.
It is at this crucial juncture where opportunities and challenges coexist that AccuTech, leveraging its profound technological accumulation in the field of aerospace storage and data services, has accurately identified the core pain points of industrial upgrading.Faced with the limitations of traditional ground testing and the market’s urgent demand for a new generation of high-standard ground testing solutions, AccuTech’s Unit Test 3.0 System has emerged as the times require.Its significance lies in providing a solid and intelligent testing infrastructure support for the global aerospace industry, catering to the development needs of modern aerospace characterized by rapid iteration and batch deployment.
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Product Introduction
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AccuTech Unit Test 3.0 is an advanced embedded system platform designed for high-reliability application scenarios.This product is built on the high-performance programmable System on Chip (SoC) of the XILINX Zynq-7000 series, adopting XC7Z100-FFG900I as the main control chip. It integrates a dual-core ARM Cortex-A9 processor and programmable logic units, boasting both superior processing performance and flexible hardware programmability.
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Core Highlights
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One System, Multiple Applications – Enhance Quality and Boost Efficiency
With its highly universal interfaces and powerful processing core, a single device can replace multiple traditional customized test instruments, significantly reducing customers' comprehensive costs in equipment procurement, maintenance and personnel training, and greatly improving test efficiency.
Hardware-Software Synergy, Unconstrained Computing Power
Its unique "ARM+FPGA" architecture enables true hardware-software synergy: the ARM core handles upper-layer applications, while the FPGA achieves hardware acceleration and precise timing control, perfectly resolving the computing power and latency bottlenecks that plague pure software solutions in scenarios such as high-speed image processing and real-time control.
High-Speed Interconnection, Worry-Free Data
It comes standard with 2 10Gbps high-speed optical ports and 14 Lane GTX interfaces, providing ultra-high-speed transmission channels for massive volumes of data such as radar data, high-definition images and scientific payloads, and ensuring data integrity and real-time performance.
One System, Multiple Uses, Flexible and Versatile
Leveraging the power of its programmable SoC core, AccuTest 3.0 can be flexibly reconfigured via software definition on a single device to support different laboratory test units such as communication, image processing, and industrial control.
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Applicable Scenarios
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Satellite Ground Testing Equipment
It is mainly used to simulate various types of payload data sources and telecommand & telemetry instructions of the on-board computer. It addresses the core pain points of testing equipment such as non-standard customization, high cost and low efficiency; high complexity of test systems and difficult integration; inability to meet the requirements of high-speed data throughput and real-time processing; poor environmental adaptability and questionable reliability，Unit Test 3.0 is capable of delivering universal and platform-based hardware as well as a highly integrated all-in-one platform, while boasting robust data processing capabilities, high-speed interfaces, and military and aerospace-grade reliability design。
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Military Equipment Testing
It is mainly used for functional verification and fault diagnosis of electronic equipment in military environments. It addresses such pain points as poor portability and environmental adaptability of equipment; a wide variety of equipment interface types and difficulties in universal support; lack of real-time data processing and fault diagnosis capabilities; and low traceability and informatization level of the testing process，Unit Test 3.0 features high integration, ruggedized design, easy portability, full-interface integration and multi-functionality in one device. It boasts robust edge computing capabilities, enabling forward fault location as well as standardized data and network access.
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Image Processing and Industrial Equipment Testing
It is mainly used in industrial fields requiring high-speed data acquisition and real-time processing. It addresses such pain points as computing power bottlenecks of general-purpose CPUs and difficulty in ensuring real-time performance; bottlenecks in high-speed image data transmission and storage; challenges in precise synchronization for multi-device collaboration; and harsh industrial environments that pose great challenges to system stability，Unit Test 3.0 features an "ARM+FPGA" hardware-software collaborative computing architecture, which ensures hard real-time processing capabilities. It is also equipped with ultra-high-speed data interfaces and precise hardware timing implemented by FPGA, to enhance the efficiency of joint debugging and testing.。
As of now, AccuTest products have been deployed in over 100 on-orbit applications, with the cumulative on-orbit storage capacity exceeding 1000Tb. AccuTest Technology will continue to deepen its expertise in the space storage sector, and provide safe and efficient data services to support space missions worldwide, jointly opening a new chapter in space exploration。
