Unmanned Aerial Vehicles (UAVs)

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Challenges & Requirements

Aerial inspection, precision agriculture, delivery, surveillance, emergency response and defense all use UAVs to capture and process data in flight. UAV platforms may use cameras, LiDAR, radar, GNSS, and inertial sensors to handle navigation, object detection, mapping, and real-time decisions.

These workloads require high-bandwidth memory and high-performance local storage. They store AI models, sensor data, video, and telemetry. Since network access is often limited in airspace, instant edge processing on the UAVs becomes essential.

UAV platforms also have strict limits on SWaP (Size, Weight and Power) and airflow. They would face constant vibration, altitude changes, and temperature shifts. All these factors make UAVs require compact, low-power, and highly reliable components.

Solutions

Cervoz provides compact industrial storage, memory, and wireless modules for UAV platforms and Advanced Air Mobility systems.

M.2 2230/2242 NVMe SSDs offer high-performance local storage. They support AI models, video, telemetry, and mission logs without adding extra size. Industrial DDR5/ DDR4 SO-DIMM memory supports edge AI and sensor processing with enough bandwidth and capacity. The compact M.2 Wi-Fi modules also provide flexible and high-speed wireless connectivity for aerial platforms.

For reliable performance, Cervoz wide-temperature SSD and DRAM modules, together with SSDs featuring Dynamic Thermal Throttling, help maintain stable operation in changing flight conditions. Cervoz SSD and DRAM modules with Anti-Vibration Fill, along with selected SSDs featuring End-to-End Data Protection, help improve system stability and safeguard mission-critical data during aerial operations.

Featured Technologies

Wide Temperature

Storage and memory products that can withstand wider than typical temperature range, operating from -40˚C to 85˚C.

Dynamic Thermal Throttling

Dynamic thermal throttling is a temperature-adjustment mechanism that prevents the SSD from overheating.

Anti-Vibration Fill

An epoxy resin fill used on storage and memory modules that prevents solder joints from coming loose, thereby making them more shock-resistant.

End-to-End Data Protection

A comprehensive protection that covers the entire pathway for data transmission from the host computer to the SSD and back. The technology detects and corrects any errors that may occur in these long transmission journeys.

Small Form Factors

A hardware design that minimizes the space each component takes up in order to deliver a small module for application devices with space constraints.

Introducing Cervoz T445 & T455 M.2 2230 A+E key SSDs

Introducing Cervoz T445 & T455 M.2 2230 A+E key SSDs Compact embedded systems are becoming smaller, while storage requirements continue to grow. Applications such as embedded computing, medical computers, self-service kiosks, and service robots need reliable local storage for operating systems, data, logs, updates, and system files. However, when system space is limited, adding storage is often not as simple as installing another SSD. Designers may face limited PCB space, low-profile enclosures, and a lack of available M-Key storage slots. When Your Space and Interfaces Are Limited M.2 A+E Key slots are often used for Wi-Fi, Bluetooth or other PCIe-based expansion modules. In some embedded system designs, A+E Key slot may be unused or available for alternative configuration. For applications that require additional storage but cannot accommodate larger SSDs, the M.2 2230 A+E Key form factor provides a practical way to increase storage capacity within a limited footprint. By utilizing an available A+E Key slot, system designers can expand local storage without increasing system size. M.2 2230 A+E Key: Compact Size, More Storage The Cervoz T445 and T455 M.2 2230 A+E Key SSDs are designed to deliver PCIe Gen4x2 NVMe storage in an ultra-compact form factor. The series provides high-speed storage expansion for space-constrained embedded and industrial applications. Both the T445 and T455 adopt 3D TLC NAND flash and support the PCIe Gen4x2 interface, delivering sequential read speeds of up to 1,865 MB/s and write speeds of 1,740 MB/s. With the compact M.2 2230 A+E Key design, the series helps system designers make better use of available board interfaces while maintaining a small system layout. Key advantages of the T445/T455 series include: M.2 2230 A+E Key form factor for compact system layouts PCIe Gen4x2 NVMe performance for faster data access Capacity of T445 up to 1TB and T455 up to 960GB (with Over-provisioning) Standard temperature and wide temperature support End-to-End Data Protection for data integrity Optional Write Protect function for enhanced data security Industrial-grade technologies for long-term embedded deployment Built for Space-Constrained Applications The T445 and T455 M.2 2230 A+E Key SSDs are ideal for applications where system size, thermal design, and interface availability are critical considerations. Embedded Computing In embedded computing, they can be used in compact IPCs, fanless systems, and low-profile platforms. Self-Service Kiosks In self-service kiosks, they provide local storage for operating systems, applications, transaction logs, and media assets. Service Robots In service robots, they can support system boot, local data logging, AI model storage, and operation records. Medical Computers In medical computers, compact size and reliable storage are essential. They support storage needs for bedside terminals, nursing stations, and treatment center systems. As embedded systems continue to become smaller and more integrated, storage expansion must balance capacity, performance, reliability, and space efficiency. The Cervoz T445 and T455 M.2 2230 A+E Key SSDs provide a compact PCIe Gen4x2 NVMe storage option for applications where every millimeter matters. Contact us now for more details about the products. Cervoz M.2 2230 A+E Key SSDs Family T425 T445 T455 Interface Gen 3x2 Gen 4x2 Connector A+E Capacity 128-256GB 128GB-1TB 120GB-960GB Performance Seq. Read/ Write(MB/s) 880/ 820 1,865/ 1,740 Features End-to-End data protection V V V SLC write cache technology V V V Thermal throttling V V V Safeguard V V Circuitguard V V Write Protect Function (Optional) V V Over-provisioning technology V Operating Temp. Standard Temp. (0°C ~ 70°C)/ Wide Temp. (-40°C ~ 85°C) V V V Read More Introducing Cervoz T445 & T455 M.2 2230 NVMe SSDs

# Embedded Module # M.2 PCIe NVMe SSD # 2026

Cervoz_Introducing Cervoz T445 & T455 M.2 2230 NVMe SSDs

NEWS

2026.04.15

Introducing Cervoz T445 & T455 M.2 2230 NVMe SSDs

High-Speed Storage for Compact Board Designs As AI modules and system-on-module (SoM) platforms become more widely adopted, their companion carrier boards increasingly rely on PCIe-based M.2 M-Key NVMe storage. PCIe x4 bandwidth is required for edge AI inference, machine vision, multi-camera input, and high-speed data logging. Compared with SATA or PCIe x2 solutions, M.2 2230 M-Key NVMe storage provides higher throughput while fitting compact carrier board layouts. As a result, it has become the preferred storage interface for edge AI, embedded, and industrial systems. Design Constraints in Compact Carrier Boards As carrier boards become smaller and more integrated, form factor becomes as critical as performance. In some compact designs, the entire PCB may measure only around 80 × 100 mm, leaving insufficient space for standard M.2 2280 modules. Mechanical layout, enclosure height, and thermal structure often determine which form factor can be used. Designers commonly face two main constraints: Space Constraints: Limited PCB space, low-profile enclosures, and thermal structures often prevent the use of full-length M.2 2280 modules or standard heatsinks. Performance Requirements: Robotics, UAV, compact IPC, and other embedded platforms still require PCIe x4 NVMe bandwidth even when only short modules can fit. These constraints are increasingly common in compact carrier board and embedded system designs, where M.2 2230 often becomes the only practical storage form factor. Gen4 NVMe Performance in the 2230 Form Factor When only a short SSD can fit, the interface becomes as important as the form factor. M.2 B-Key and B+M-Key modules are typically limited to SATA or PCIe x2, while M.2 M-Key supports PCIe Gen4 x4 NVMe within the same 2230 footprint. For compact carrier boards, M.2 2230 M-Key enables the same PCIe Gen4 x4 NVMe architecture used in larger 2280 SSDs, but in a much smaller footprint. The Cervoz T445 and T455 series combine the M.2 2230 form factor with PCIe Gen4 x4 M-Key performance, delivering high-speed storage in layouts where standard 2280 modules cannot be used. Key advantages of the T445 / T455 series include: M.2 2230 M-Key: For compact carrier boards and low-profile systems. PCIe Gen4 NVMe: For AI, vision, and high-throughput workloads. Thermal Compatibility: Wide-temperature support with optional micro-heatsink. Flexible Reliability: Performance-focused or endurance-focused options, with optional Write Protect and MIL-STD-810H. Performance or Endurance, Built for Your System The T445 is designed for high-speed operation with a DRAM-less architecture and optimized firmware, providing strong performance with low power consumption. It is ideal for Jetson-based carrier boards, compact IPCs, and UAV systems that require maximum performance in a limited footprint. The T455 shares the same M.2 2230 footprint but is optimized for heavier workloads. With over-provisioning technology, enhanced firmware protection, and Safeguard/Circuitguard, it provides higher endurance and long-term stability for machine vision, transportation, data logging, and industrial automation applications. Built for Space-Constrained System Designs As embedded platforms continue to shrink, storage selection is increasingly defined by both available space and required bandwidth. In many designs, M.2 2230 M-Key is no longer an alternative to 2280. It is the form factor required to meet both mechanical and performance requirements. The Cervoz T445 and T455 series are designed to carry more performance, bandwidth, and reliability within a smaller footprint. From carrier boards and compact IPCs to robotics, machine vision, and edge AI systems, they make it possible to carry more, while crowding less. Contact us for more information. Cervoz M.2 NVMe SSDs Family T425 T421 T405 T436 Form Factor M.2 2230 M.2 2242 M.2 2242 M.2 2242 I 2280 M.2 2280 Interface Gen 3x2 Gen 3x4 Connector A+E B+M B+M M Capacity 128GB/ 256GB 128GB ~512GB 120GB ~1920GB 128GB ~1TB 240GB ~1920GB Special Feature – – – – – Powerguard Performance Seq. Read/ Write(MB/s) Up to 880/820 Up to 1,300/1,050 Up to 1,770/1,520 Up to 1,780/1,640 Up to 2,605/1,880 Up to 3,445/1,000 Operating Temp. 0°C~70°C/-40°C~85°C 0°C~70°C/-40°C~85°C Family T441 T445 I T455 T445 I T455 Form Factor M.2 2280 M.2 2230 M.2 2242 I 2280 Interface Gen 4x4 Connector M Capacity 480GB ~3840GB 256GB ~1TB 240GB ~960GB 256GB ~2TB 240GB ~1960GB Special Feature w/DRAM buffer – – – – Performance Seq. Read/ Write(MB/s) Up to 7,100/6,190 Up to 5,095/4,740 Up to 5,080/4,740 Operating Temp. 0°C ~ 70°C 0°C~70°C/-40°C~85°C 0°C~70°C/-40°C~85°C Read More T445: Performance-focused SSD T455: Endurance-focused SSD Flyer: M.2 NVMe SSDs

# Embedded Module # M.2 PCIe NVMe SSD # 2026

Cervoz_Cervoz Unveils U.3 Enterprise SSD for Data-Driven Applications

NEWS

2024.06.05

Cervoz Unveils U.3 Enterprise SSD for Data-Driven Applications

In today's digital age, data has become the lifeblood of modern enterprises, driving innovation, decision-making, and operational efficiency across industries. However, the dramatic growth of data-intensive applications such as AI, big data analytics, and cloud computing has created an unprecedented demand for high-performance and reliable storage solutions. Cloud service main players like Amazon, Microsoft, and Google demonstrate this pressing need through their continued growth in data storage. Introducing Cervoz's latest U.3 Enterprise SSD - T443, built with 3D TLC NAND Flash (eTLC) technology and featuring the 2.5 inch U.3(backward compatible with U.2) form factor. T443 offer capacities ranging from 1920GB to a massive 7680GB, providing both endurance and reliable performance. Whether managing heavy workloads or data-intensive applications, T443 maintains 99% Quality of Service (QoS) with minimal latency, ensuring consistent high-seed data processing. The Driving Forces Behind High-Performance Enterprise SSD Adoption The following points outline the primary factors driving the adoption of high-performance enterprise SSDs: The rise of data-intensive workloads like AI, big data analytics, and cloud computing necessitates storage solutions capable of swiftly and effectively processing vast volumes of data. Mission-critical applications, such as real-time data processing and financial transactions relying on ultra-low latency and high Input/Output Operations per Second (IOPS) for seamless performance. The emergence of advanced SSD technologies like PCIe Gen4 and NVMe enables high-performance storage solutions that fully utilize these innovations. Increasing investments in data centers and cloud infrastructure necessitate robust, durable, and high-endurance storage solutions with strong data protection. Navigating Challenges with Cervoz U.3 Enterprise SSD While the high-performance enterprise SSD market presents numerous opportunities, it also faces challenges that can hinder widespread adoption. Cervoz's U.3 Enterprise SSD - T443 addresses these challenges head-on, leveraging advanced technologies and design to deliver a storage solution that meets the demands of data-driven enterprises. 1. Cost Considerations: Enterprise-grade SSDs often come with a higher price tag compared to consumer-grade or industrial-grade solutions, making cost a barrier for some businesses. However, Cervoz T443 offers tailored high-endurance solutions with multiple capacity and price options to cater to enterprises of all scales, from Small and Midsize Enterprises (SMEs) to large corporations. 2. Thermal Management Challenges: High-performance SSDs generate significant heat, but Cervoz T443 incorporates advanced heat dissipation design on SSD case and Dynamic Thermal Throttling to ensure optimal performance and power efficiency. 3. Power Consumption Concerns: As enterprises prioritize energy efficiency and ESG (Environmental, Social, and Governance) considerations, T443's power-efficient architecture minimizes energy consumption without compromising performance. 4. Data Security and Compliance: Enterprises handling sensitive data must comply with stringent regulations. Cervoz T443 offers data protection features, including AES-256bit Encryption, Advance LDPC ECC Engine and End-to-End Data Protection, ensuring compliance with stringent regulations. Unleashing Performance and Reliability With sequential read/write speeds of up to 7,000/6,800 MB/s and 4KB random read/write performance of up to 1,600K/180K IOPS, the Cervoz U.3 Enterprise SSD - T443 eliminates bottlenecks, enabling seamless operations for even the most demanding workloads. Imagine the impact on mission-critical applications like high-frequency trading, where millisecond delays translate into millions lost. T443's ultra-low latency and high IOPS enable enterprises to capitalize on market opportunities at lightning speed, beating their competitors. Incorporating powerful data protection technologies and Powerguard technology, T443 offers uncompromising data integrity and reliability. With an impressive Mean Time Between Failures (MTBF) of 2,500,000 hours, it ensures peace of mind for your critical operations, even in the most demanding environments Engineered for Endurance and Efficiency The Cervoz U.3 Enterprise SSD – T443 offers tailored high-endurance designs and cost-effective solutions for diverse application needs across business scales. It provides up to 1 Drive Write Per Day (DWPD) for read-intensive workloads like media streaming, business intelligence and data mining applications, ensuring optimal performance and endurance. With a wide operating temperature range of 0°C to 70°C and a 5-year warranty, it delivers a reliable, future-proof storage solution adaptable to evolving business demands, supporting data-driven success. Cervoz U.3 T443 Highlights Blistering Speeds: Achieves up to 7,000/6,800 MB/s sequential read/write; Supports up to 1,600K/180K 4KB random IOPS Massive Capacities: Ranges from 1920GB to 7680GB Robust Data Protection: Advanced LDPC ECC, End-to-End Data Protection, Powerguard technology Exceptional Longevity: 2,500,000 hours MTBF, 0°C to 70°C operating range, 5-year warranty High Efficiency: Advanced thermal dissipation, Dynamic Thermal Throttling for optimal performance Unlock the full data-driven potential of your enterprise with Cervoz's U.3 Enterprise SSD - T443. Offering unmatched performance, steadfast reliability, and enduring longevity, it empowers your mission-critical operations with cutting-edge innovation. Visit www.cervoz.com today to discover more and equip your business with this advanced storage technology. Our experts are ready to support you at every stage of your data-driven journey.

# Servers/Cloud Computing # Industrial Storage # 2024

Cervoz_Built for The Military - Delivering Mission-Critical Solutions

NEWS

2023.08.09

Built for The Military - Delivering Mission-Critical Solutions

Ensuring Safe and Reliable Completion of Rugged Missions In modern warfare, electronic systems play a vital role in the daily operations of soldiers and military personnel, enabling effective communication, navigation, and the collection of war intelligence. Hence, military electronics have emerged as crucial in modern military engagements. These military devices rely on top-notch components and assemblies that deliver high performance and never fail, even in the most challenging environments. To guarantee the success of every mission, manufacturers serving these military devices must prioritize ruggedness, compactness, durability, and safety. To address these stringent requirements, Cervoz presents the Military Grade SSD-M339, which combines Cervoz's expertise with outstanding reliability, security, and performance. This SSD is specifically designed to excel in the harshest environments, making it the perfect choice for military devices or defense and aerospace industries, such as radar systems, unmanned aerial vehicles (UAVs), Satellites. Main Challenges of SSD in Defense and Aerospace Robust Data Storage Defense and aerospace applications require data storage that can handle constant reading and writing operations under extreme conditions. This poses a challenge to the durability of SSD products, necessitating robust and reliable storage solutions. Top-level Data Security Ensuring the security of mission-critical and confidential data is paramount for national survival. Therefore, SSD solutions should prioritize top-level data security, including the capability to trigger data erasure or physical destruction in critical situations. Meeting the Challenge of Mission-Critical Applications Cervoz Military Grade SSD-M339 MIL-STD-810G Compliant The Cervoz Military Grade SSD-M339 complies with the U.S. Military Standard- MIL-STD-810G and has successfully undergone rigorous tests, ensuring its ability to maintain normal operation under extreme conditions. From high and low temperatures to humidity changes, powerful vibrations, and impacts, this SSD remains resilient, providing unmatched reliability in challenging environments. Unmatched Performance & Stability The Cervoz Military Grade SSD-M339 utilizes industrial-grade wide-temperature ICs sourced directly from the original manufacturers. This ensures superior performance and stability, enabling the SSD to endure extreme temperature variations (-40˚C to +85˚C) commonly experienced in defense and aerospace applications. Additionally, the M339 features the Powerguard function to protect against data loss during an improper power failure. Multi-Layered Data Protection The Cervoz Military Grade SSD-M339 ensures the highest level of security with a comprehensive suite of data protection technologies and features. It includes a Write Protect function to prevent accidental or malicious alterations to stored data, preserving data integrity and preventing unauthorized modifications. This feature is particularly critical in defense applications where data integrity is of utmost importance. Additionally, the SSD-M339 offers a Quick Erase feature for the swift and secure erasure of sensitive data within seconds. This capability minimizes the risk of information falling into the wrong hands during system decommissioning or reassignment. To enhance security further, the SSD-M339 incorporates a Self-Physical Destruction mechanism that can be remotely activated or triggered in emergencies. This mechanism guarantees the complete destruction of stored data, protecting sensitive information from unauthorized access, especially in the event of a lost or stolen device. The Cervoz SSD-M339 employs AES-256 bit Encryption, one of the strongest encryption algorithms available, to enhance data security during storage and transmission. This military-grade encryption technology mitigates the risk of unauthorized access and data breaches. With these multi-layered data protection features, the Cervoz Military Grade SSD-M339 provides robust security measures to safeguard sensitive information in critical applications. Elevating Your Aerospace and Defense Operations When it comes to aerospace and defense applications, the Cervoz Military Grade SSD-M339 emerges as the unrivaled solution. With its MIL-STD-810G compliance, Wide-Temp. operating ability, Powerguard and Multi-layered security technologies, this SSD guarantees exceptional reliability, security, and performance. By choosing the Cervoz Military Grade SSD-M339, manufacturers serving these military devices can confidently power their toughest aerospace and defense applications, knowing that their data is safeguarded and their systems can withstand the harshest conditions. Experience the unparalleled combination of reliability and security with the Cervoz Military Grade SSD-M339 and elevate your aerospace and defense operations to unprecedented levels of excellence. For more information on the Cervoz Military Grade SSD Solution, please visit Cervoz's website or contact us directly. Read More ▪ Video: Cervoz Rugged Military Grade SSD ▪ Flyer : Military Grade SSD, Powerguard SSD

# Military # Rugged Defense # 2023

NEWS

2022.12.07

Into A New Era of Aviation

As the population rocketed in cities around the world, urban transportation infrastructures, like roads, highways, subways, and railways, have fallen behind in meeting traffic needs, leading to traffic congestion worldwide. AAM (Advanced Air Mobility) is recognized globally as a solution to overburdened transportation systems. It is an emerging field of aerostatic and autonomous technology using eVTOL (electric vertical take-off and landing) aircraft and Vertiports (Vertical Airports) to transport passengers or cargo at lower altitudes in urban and rural areas. These next-gen eVTOL aircraft will be smaller and lighter than existing flight vehicles and hence hard to remote control through radar and satellite networks. As a result, many will be self-flying and autonomous and pilotless UAVs (Unmanned Aerial Vehicles). According to NASA, AAM will support over 100 million flights annually for metro services and package delivery by 2030 and will become a part of our daily life. While reading this article, an AAM program is being carried out in full swing in Paris to unveil this futuristic transportation in Paris Olympic 2024. Challenges The AAM faces challenges similar to those of autonomous vehicles and ITS (Intelligent Transportation System). However, aerial traffic management will be more challenging than terrestrial as it evolves more dimensional data. Hence the data size becomes much larger. AAM's success requires not only in-aircraft AI and network connectivity, but also the intertwined web of interconnected edge devices, intelligent infrastructures, and smart traffic management systems. These elements of success rely on the growing ubiquity of high-capacity and high-performance memory and storage solutions to maximize the efficiency of edge computing and AI. At the same time, compactness is also necessary for application into space-constrained eVTOL aircraft, edge devices, and Vertiports. Furthermore, cost-effectiveness and power efficiency will be pivotal for realizing the next-gen of mobility in the air. Cervoz Solutions Although much effort now is focusing on regulation and in-aircraft technology, the infrastructure density may play the main role in driving scale in the long run. Cervoz offers comprehensive memory and storage solutions for HPC (High-Performance Computing), AI, and edge computing, enabling intelligent infrastructures for AAM and unmanned traffic management (UTM). Storage and Memory Solutions for Next-Gen Applications Cervoz's future-ready embedded module T405 and T435 families comply with the NVMe interface and PCIe Gen3x4 protocol, allowing five-time higher sequential read/write speeds than SATA lll, making them perfect candidates for edge computing and AI applications. If voltage instability is your primary concern, refer to our T436 Gen3x4 SSD series, released at the end of 2022. The product series features our PLP (Power Loss Protection) technology, Powerguard, to guarantee uninterruptible performance by integrating tantalum capacitors to provide extra power during sudden power outages or voltage drops. Furthermore, if you are looking for more advanced performance, Cervoz Gen4x4 M.2 SSD, available soon, offers twice the bandwidth and data transfer rate with significantly lower power consumption than Gen3x4. For memory solutions, we recommend Cervoz DDR5 DRAM modules, featuring high capacity, transmission speed, and reliable quality, which make it ideal for working with massive datasets in AAM applications. Low-Latency Wi-Fi 6 Expansion Solutions Low latency and wireless connection are critical to AAM, as the minute-to-second difference in information delivery may affect personal safety. Cervoz new Wi-Fi 6 Expansion Solution is ideal for AAM applications. By combining revolutionary technology, the Wi-Fi 6 Expansion Solutions can provide 1.25x transfer speed and 4x network capacity than Wi-Fi 5 to reduce signal latency in network-intensive urban areas while reducing nearly 50% of power consumption. Further reading: ▪ Cervoz Solutions Carrying Weight in Distributed AI Infrastructure ▪ Taming Data-Driven World with High-Capacity SSDs ▪ Cervoz Solutions in Intelligent Transportation Management

# In-Vehicle/Transportation # Expansion Card # M.2 PCIe NVMe SSD # DRAM Module # 2022

Downloads

Date	File Name	File Size
2026.08.26	Cervoz Flyer_Rugged & Defense Solutions	4.36 MB
2026.08.12	Cervoz Flyer_MEC-LAN+WIFI Solutions_Rev1.2	2.96 MB
2026.08.12	Cervoz Flyer_M.2 NVMe SSD_Rev1.2	4.27 MB
2026.05.06	Cervoz Flyer_Modular Expansion Card_Rev3.1	1.17 MB
2025.10.16	HealthCare Solutions	3.89 MB
2025.01.13	Cervoz Flyer_DRAM	1.69 MB
2023.08.10	Military Grade SSD	0.75 MB
2023.08.04	PoE+ Ethernet Expansion Card_Rev1.0	1.60 MB
2023.02.20	M.2 Solutions	2.33 MB
2022.07.22	Server & Networking Solutions	5.30 MB
2022.07.22	Intelligent Transportation System Solutions	7.57 MB
2022.07.22	Industrial Automation Solutions	1.88 MB

TOP

Unmanned Aerial Vehicles (UAVs)

Challenges & Requirements

Solutions

Featured Technologies

Wide Temperature

Dynamic Thermal Throttling

Anti-Vibration Fill

End-to-End Data Protection

Small Form Factors

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