Memory Solutions for Aerospace & Satellite Systems Market Size, Production, Sales, Average Product Price, Market Share, Import vs Export 

Growing Importance of Memory Solutions for Aerospace & Satellite Systems Market 

The Memory Solutions for Aerospace & Satellite Systems Market is becoming increasingly significant as aerospace and satellite operations transition toward more data-intensive applications. Missions now demand sophisticated processing and storage systems that can endure extreme temperatures, cosmic radiation, and vacuum conditions while maintaining long-term reliability. The reliance on advanced memory such as radiation-hardened DRAM, NAND flash, and next-generation non-volatile technologies is no longer optional but essential. The growth in satellite constellations for communication, Earth monitoring, and defense has amplified the role of memory, transforming it into a central component of mission success. 

Market Trends Driving Growth in Memory Solutions for Aerospace & Satellite Systems Market 

One of the strongest trends shaping the Memory Solutions for Aerospace & Satellite Systems Market is the exponential rise in satellite functionality. Modern satellites do not merely transmit signals; they generate and process vast amounts of imaging, navigation, and environmental data. High-resolution imaging satellites, for example, produce terabytes of information daily that must be stored before being transmitted to Earth. This has led to growing demand for memory with higher density, faster access times, and built-in error correction mechanisms. 

Another trend is the development of modular and reprogrammable satellites that can adapt their functions after deployment. This requires memory that is not only reliable under radiation but also capable of supporting reconfiguration in orbit. Non-volatile memory solutions such as MRAM and ReRAM are gaining attention as they allow repeated updates and reprogramming without degradation, reinforcing the upward trajectory of the Memory Solutions for Aerospace & Satellite Systems Market. 

Increasing Satellite Launches Fueling Memory Solutions for Aerospace & Satellite Systems Market 

The number of satellites launched globally has surged dramatically in recent years, creating direct growth opportunities for the Memory Solutions for Aerospace & Satellite Systems Market. Constellations in low Earth orbit are being deployed by companies across the globe to provide broadband connectivity, Earth observation services, and defense communication systems. Each satellite in these networks requires reliable memory to manage communication payloads, data routing, and inter-satellite links. The rising frequency of launches, combined with the complexity of payloads, ensures that demand for radiation-hardened memory will continue to accelerate. 

Defense Sector Driving Memory Solutions for Aerospace & Satellite Systems Market 

The defense industry is a major driver of the Memory Solutions for Aerospace & Satellite Systems Market. Military satellite systems are deployed for secure communication, missile guidance, surveillance, and reconnaissance. These systems require memory that can maintain data integrity under nuclear or solar radiation events and during potential electronic warfare conditions. In addition, advanced fighter aircraft, unmanned aerial vehicles, and defense drones rely on high-speed data recording and real-time mission processing. This dependency on memory solutions tailored for extreme reliability ensures that defense applications will remain a dominant force in market growth. 

Commercialization of Space and Its Impact on Memory Solutions for Aerospace & Satellite Systems Market 

The commercialization of space has expanded the customer base for the Memory Solutions for Aerospace & Satellite Systems Market beyond government and defense institutions. Private enterprises are actively deploying satellites for global internet coverage, Earth analytics, and navigation services. For instance, mega-constellations being deployed for broadband access rely on memory solutions to handle routing and data storage functions. Similarly, startups working in environmental monitoring and geospatial analytics require satellites with advanced storage capacity to manage hyperspectral data sets. As private players gain momentum, the Memory Solutions for Aerospace & Satellite Systems Market Size is widening substantially. 

Technological Advances in Memory Solutions for Aerospace & Satellite Systems Market 

Technological innovation has become a competitive edge in the Memory Solutions for Aerospace & Satellite Systems Market. Memory systems must withstand radiation, vibration, and temperature fluctuations without performance deterioration. Suppliers are introducing radiation-hardened DRAM, MRAM, and resistive RAM products that combine reliability with high density. For example, MRAM offers near-unlimited endurance cycles, which is critical for reprogrammable missions where updates and recalibrations may be frequent. Similarly, resistive RAM is being developed to provide low power consumption, which is vital for satellites where energy efficiency determines mission longevity. 

Another technological direction is the enhancement of error correction features. With increasing data loads, satellites require memory that not only stores large volumes but also ensures data integrity during transmission. Memory architectures with stronger error correction and self-repair capabilities are gaining preference across both defense and commercial segments. 

Increasing Data-Driven Missions Expanding Memory Solutions for Aerospace & Satellite Systems Market 

Data-heavy missions such as Earth observation, weather forecasting, and climate modeling are pushing the demand for advanced memory solutions. Satellites equipped with hyperspectral and multispectral sensors generate massive datasets that need local storage before ground-based processing. Synthetic aperture radar missions, widely used for defense surveillance and disaster management, generate continuous streams of radar imagery. Both applications require high-bandwidth DRAM combined with large-capacity NAND flash arrays. This growing data intensity highlights the central role of memory in enabling mission outcomes and expands opportunities across the Memory Solutions for Aerospace & Satellite Systems Market. 

Regional Trends in Memory Solutions for Aerospace & Satellite Systems Market 

North America continues to dominate the Memory Solutions for Aerospace & Satellite Systems Market due to its advanced space ecosystem, frequent satellite launches, and strong defense programs. Aerospace giants and space agencies in the region invest heavily in advanced memory technologies to support their missions. Europe is also a significant contributor, with investments in climate monitoring satellites and collaborative defense programs. Asia-Pacific, however, is emerging as the fastest-growing region, driven by space advancements in countries like China and India. India’s deep-space and lunar exploration programs, along with China’s rapid satellite deployment, are creating strong regional demand and expanding the global Memory Solutions for Aerospace & Satellite Systems Market Size. 

Sustainability and Lifecycle Considerations in Memory Solutions for Aerospace & Satellite Systems Market 

Sustainability has become a central concern in the Memory Solutions for Aerospace & Satellite Systems Market. Satellites are often expected to operate for a decade or more, which requires memory solutions with exceptional durability. Manufacturers are engineering systems capable of withstanding multiple radiation events, thermal cycles, and long-term exposure to the harsh space environment. Modular memory systems are being introduced to extend satellite life by allowing software upgrades and mission adjustments without hardware replacement. These lifecycle-oriented design strategies are crucial for addressing challenges like space debris and premature obsolescence. 

Conclusion: Outlook for Memory Solutions for Aerospace & Satellite Systems Market 

The Memory Solutions for Aerospace & Satellite Systems Market is set for strong and sustained growth. Drivers such as rising satellite launches, defense modernization, commercialization of space, and rapid technological innovation are aligning to create long-term momentum. The push toward low Earth orbit constellations, real-time Earth observation, and secure communication networks has elevated the importance of memory as a mission-critical technology. Continuous advances in non-volatile memory, enhanced endurance systems, and power-efficient designs are expected to define the next phase of expansion. The Memory Solutions for Aerospace & Satellite Systems Market Size will grow consistently, supported by both government initiatives and private investments, ensuring the market remains a critical segment of the aerospace technology landscape. 

Track Country-wise Memory Solutions for Aerospace & Satellite Systems Production and Demand through our Memory Solutions for Aerospace & Satellite Systems Production Database

• • • Memory Solutions for Aerospace & Satellite Systems production database for 23+ countries worldwide
    • Memory Solutions for Aerospace & Satellite Systems Powder sales volume for 28+ countries
    • Country-wise Memory Solutions for Aerospace & Satellite Systems production capacity and production plant mapping, production capacity utilization for 23+ manufacturers
    • Memory Solutions for Aerospace & Satellite Systems production plants and production plant capacity analysis for top manufacturers

Geographical Demand in Memory Solutions for Aerospace & Satellite Systems Market 

North America Leading Demand in Memory Solutions for Aerospace & Satellite Systems Market 

The Memory Solutions for Aerospace & Satellite Systems Market in North America holds the strongest share, driven by advanced space programs, high satellite launch frequency, and heavy defense investments. The United States in particular maintains leadership with consistent launches for both civilian and defense purposes. For instance, satellite constellations designed for broadband connectivity and Earth observation require terabytes of on-board storage and radiation-hardened DRAM modules. The demand for compact, power-efficient, and high-density memory components continues to accelerate as the U.S. expands satellite coverage in low Earth orbit. Canada also contributes with Earth observation and climate research satellites that require durable memory for long-duration missions. 

The scale of aerospace production in North America directly contributes to the dominance of this region. Defense contractors and commercial space companies collaborate to build highly customized systems, each requiring specific memory architectures. This steady cycle of demand has positioned the region as the global anchor for the Memory Solutions for Aerospace & Satellite Systems Market. 

Europe Expanding Applications in Memory Solutions for Aerospace & Satellite Systems Market 

Europe is the second-largest contributor to the Memory Solutions for Aerospace & Satellite Systems Market. Countries such as France, Germany, and the United Kingdom are heavily involved in weather forecasting, Earth monitoring, and collaborative defense satellite programs. European agencies focus on sustainable missions and climate-related data collection, which require enormous data storage capacities on satellites. Hyperspectral imaging satellites deployed in Europe depend on high-performance flash memory solutions to store massive imaging datasets. 

European aerospace manufacturers emphasize long-life reliability, designing satellites intended to function for over a decade in orbit. This has increased demand for radiation-hardened and reprogrammable memory solutions capable of surviving prolonged exposure to cosmic radiation. With upcoming programs focused on space security and environmental sustainability, Europe is expected to continue playing a vital role in the Memory Solutions for Aerospace & Satellite Systems Market. 

Asia-Pacific Emerging as Fastest-Growing Region in Memory Solutions for Aerospace & Satellite Systems Market 

Asia-Pacific is the fastest-growing region in the Memory Solutions for Aerospace & Satellite Systems Market, supported by strong national space programs and growing commercial participation. China has expanded its satellite infrastructure significantly, deploying hundreds of satellites annually for communication, navigation, and Earth imaging. Each of these satellites integrates memory modules capable of processing enormous volumes of data, ranging from weather monitoring to defense surveillance. 

India is also expanding its footprint in the Memory Solutions for Aerospace & Satellite Systems Market. Recent missions demonstrate the country’s growing capabilities in deep-space exploration, lunar missions, and solar research, all of which require highly durable and long-endurance memory systems. Similarly, Japan and South Korea have increased investments in satellite-based navigation and communication programs, further adding to regional demand. Asia-Pacific demand growth illustrates how rapidly developing economies are investing in memory-intensive aerospace solutions. 

Middle East and Africa Niche Growth in Memory Solutions for Aerospace & Satellite Systems Market 

While North America, Europe, and Asia-Pacific dominate, the Middle East and Africa are gradually creating opportunities in the Memory Solutions for Aerospace & Satellite Systems Market. Nations such as the United Arab Emirates have launched ambitious space missions, including Mars exploration and national satellite programs. These projects demand sophisticated on-board memory solutions to manage scientific data and communication. Africa, although in early stages, is witnessing demand for Earth observation satellites for agriculture and disaster management, driving incremental adoption of memory technologies. 

 

Production Landscape in Memory Solutions for Aerospace & Satellite Systems Market 

Specialized Production Requirements in Memory Solutions for Aerospace & Satellite Systems Market 

Production in the Memory Solutions for Aerospace & Satellite Systems Market is highly specialized, as components must withstand extreme conditions. Unlike consumer memory devices, aerospace-grade memory undergoes stringent radiation-hardening and error-correction processes. Manufacturers must also meet standards for thermal stability and mechanical endurance to ensure satellites can operate reliably for years without maintenance. 

For instance, memory modules used in low Earth orbit satellites must resist continuous exposure to solar radiation and temperature fluctuations of over 200 degrees Celsius. This requirement increases production complexity and makes aerospace memory significantly more costly than consumer memory. The specialized nature of production keeps supply limited to a small number of highly advanced manufacturers, contributing to higher market entry barriers. 

Regional Production Capabilities in Memory Solutions for Aerospace & Satellite Systems Market 

North America and Europe dominate production capacity in the Memory Solutions for Aerospace & Satellite Systems Market. Both regions host established aerospace suppliers that integrate advanced semiconductor processes into mission-critical components. Asia-Pacific, however, is making notable progress, with countries like Japan and South Korea expanding semiconductor and memory production capabilities to serve aerospace customers. 

Regional variations in production also affect the Memory Solutions for Aerospace & Satellite Systems Price. For example, memory produced in North America with advanced radiation-hardening technology commands a premium compared to suppliers in emerging markets. Such variations highlight how production geography influences overall pricing trends across the global market. 

 Market Segmentation in Memory Solutions for Aerospace & Satellite Systems Market 

Segmentation by Memory Type in Memory Solutions for Aerospace & Satellite Systems Market 

The Memory Solutions for Aerospace & Satellite Systems Market is segmented by type into DRAM, NAND flash, MRAM, ReRAM, and other non-volatile memory technologies. DRAM remains crucial for high-speed applications such as signal processing and synthetic aperture radar. NAND flash dominates in data storage for Earth observation satellites, where terabyte-scale storage is required. 

Emerging technologies such as MRAM and ReRAM are gaining momentum because of their endurance and reprogrammability, making them suitable for modular and reconfigurable satellites. The adoption of these newer technologies illustrates how the market is evolving toward greater flexibility and efficiency. 

Segmentation by Application in Memory Solutions for Aerospace & Satellite Systems Market 

By application, the Memory Solutions for Aerospace & Satellite Systems Market is divided into communication satellites, Earth observation, navigation, weather forecasting, defense, and deep-space exploration. Communication satellites account for the largest share, as they require continuous memory-intensive processing to manage data transmission. Defense applications also represent a strong segment, particularly where secure and tamper-proof memory is mandatory. 

Earth observation and climate satellites form another critical segment. These satellites collect large datasets daily, driving demand for high-capacity and radiation-resistant memory. Deep-space exploration, though niche, requires ultra-reliable memory that can withstand long missions far from Earth, making it a high-value segment within the overall market. 

 Price Dynamics in Memory Solutions for Aerospace & Satellite Systems Market 

Current Memory Solutions for Aerospace & Satellite Systems Price Landscape 

The Memory Solutions for Aerospace & Satellite Systems Price is significantly higher than commercial or consumer-grade memory due to specialized engineering and limited production. Prices vary depending on radiation-hardening, memory density, and error correction features. For example, high-density NAND flash designed for aerospace applications can be priced several times higher than equivalent commercial-grade modules. 

The market also shows differences in Memory Solutions for Aerospace & Satellite Systems Price depending on mission criticality. Defense applications, where reliability is paramount, often involve premium-grade components. Commercial satellite operators, on the other hand, focus on balancing cost with reliability, leading to wider variation in procurement pricing. 

Memory Solutions for Aerospace & Satellite Systems Price Trend Analysis 

The Memory Solutions for Aerospace & Satellite Systems Price Trend reflects both supply limitations and growing demand. Over the past five years, prices have remained relatively high, with limited opportunities for cost reduction due to the complexity of radiation-hardening processes. However, with increasing competition and technological advances, there is gradual downward pressure on prices, especially for flash-based solutions. 

For instance, miniaturization and improved semiconductor manufacturing have allowed higher densities at lower production costs. This has resulted in modest declines in the Memory Solutions for Aerospace & Satellite Systems Price Trend, particularly in NAND flash used for satellite constellations. At the same time, newer technologies such as MRAM remain expensive, keeping overall market prices elevated. 

Long-Term Memory Solutions for Aerospace & Satellite Systems Price Trend 

Looking ahead, the Memory Solutions for Aerospace & Satellite Systems Price Trend is expected to stabilize as manufacturing processes mature and adoption of non-volatile memory increases. While defense and deep-space missions will continue to require premium-grade solutions, commercial satellite operators are likely to benefit from cost efficiencies. Datavagyanik highlights that increasing production in Asia-Pacific may also introduce competitive pricing, potentially reshaping the long-term pricing dynamics. 

 Conclusion: Integrated Outlook for Memory Solutions for Aerospace & Satellite Systems Market 

The Memory Solutions for Aerospace & Satellite Systems Market is being propelled by geographical demand patterns, specialized production requirements, evolving segmentation, and distinctive pricing trends. North America leads in demand and production, Europe emphasizes sustainability, and Asia-Pacific is emerging as the fastest-growing region. Memory segmentation is expanding with the inclusion of advanced technologies like MRAM and ReRAM, while application-driven demand continues to accelerate across communication, defense, and Earth observation satellites. 

The Memory Solutions for Aerospace & Satellite Systems Price and Memory Solutions for Aerospace & Satellite Systems Price Trend remain crucial to market dynamics. Premium pricing reflects the mission-critical nature of these products, while gradual cost reductions in certain categories indicate the beginning of a shift toward wider accessibility. Together, these factors underline the robust and transformative outlook for the Memory Solutions for Aerospace & Satellite Systems Market. 

Memory Solutions for Aerospace & Satellite Systems Manufacturing Database, Memory Solutions for Aerospace & Satellite Systems Manufacturing Capacity

• • • Memory Solutions for Aerospace & Satellite Systems top manufacturers market share for 23+ manufacturers
    • Top 5 manufacturers and top 13 manufacturers of Memory Solutions for Aerospace & Satellite Systems in North America, Europe, Asia Pacific
    • Production plant capacity by manufacturers and Memory Solutions for Aerospace & Satellite Systems production data for 23+ market players
    • Memory Solutions for Aerospace & Satellite Systems production dashboard, Memory Solutions for Aerospace & Satellite Systems production data in excel format

Top Manufacturers in Memory Solutions for Aerospace & Satellite Systems Market 

Micron Technology in Memory Solutions for Aerospace & Satellite Systems Market 

Micron Technology is one of the largest players supplying advanced memory devices for aerospace and satellite systems. The company’s aerospace portfolio spans DRAM families, single-level cell NAND, and parallel/serial NOR components designed to balance density and endurance. Its high-reliability SDRAM and DDR4 families are used in satellite payload processors where data buffering and real-time processing are critical. For low Earth orbit constellations, Micron’s SLC NAND modules paired with strong error correction codes have become a common choice to ensure data integrity across thousands of satellites. The breadth of Micron’s offering ensures that it consistently commands a significant portion of the Memory Solutions for Aerospace & Satellite Systems Market. 

Teledyne e2v in Memory Solutions for Aerospace & Satellite Systems Market 

Teledyne e2v has established a strong foothold with its range of radiation-tolerant DRAM and rugged DDR modules. Its memory devices are specifically engineered for long-life missions, capable of operating reliably in orbits lasting more than a decade. European satellite programs often favor Teledyne e2v products due to their emphasis on radiation hardening and strict quality assurance. High-speed DDR solutions from Teledyne e2v support advanced imaging payloads and real-time data streaming, cementing its importance within the Memory Solutions for Aerospace & Satellite Systems Market. 

CAES in Memory Solutions for Aerospace & Satellite Systems Market 

Cobham Advanced Electronic Solutions, or CAES, is another key manufacturer offering radiation-hardened SRAM and NOR memory. These devices are selected for guidance systems, flight computers, and mission-critical avionics where endurance and data retention are non-negotiable. The company’s SRAM lines are valued for low-latency performance and robust protection against single-event upsets. By serving high-reliability defense and deep-space programs, CAES continues to hold a strong position in the Memory Solutions for Aerospace & Satellite Systems Market. 

3D PLUS in Memory Solutions for Aerospace & Satellite Systems Market 

3D PLUS specializes in stacked memory modules and compact solid-state mass memory units. The company’s solutions are tailored for small satellites and CubeSats where size, weight, and power limitations are extremely tight. Their multi-layered packaging techniques allow for very high densities within small footprints, enabling terabyte-level storage in constrained designs. With the rise of CubeSat and nanosatellite missions, 3D PLUS is increasingly becoming a preferred supplier in the Memory Solutions for Aerospace & Satellite Systems Market. 

Renesas in Memory Solutions for Aerospace & Satellite Systems Market 

Renesas, with its legacy IDT memory lines, delivers radiation-hardened SRAM and radiation-tolerant serial devices. These parts are often used in control systems that demand deterministic behavior with extremely low soft error rates. Renesas also supports avionics subsystems where mission safety depends on absolute memory reliability. Its focus on mission-critical components ensures that Renesas retains a steady share in the Memory Solutions for Aerospace & Satellite Systems Market. 

Infineon in Memory Solutions for Aerospace & Satellite Systems Market 

Infineon Technologies, including legacy Cypress product lines, contributes radiation-hardened SRAM and selected non-volatile solutions used in satellite configuration storage and system logging. These devices emphasize durability across thermal extremes, making them suitable for orbits with fluctuating temperatures. Infineon’s reputation for lifecycle support and availability further strengthens its place in the Memory Solutions for Aerospace & Satellite Systems Market. 

Everspin and Avalanche in Memory Solutions for Aerospace & Satellite Systems Market 

Spin-torque transfer MRAM from Everspin is being adopted for applications requiring instant non-volatility and virtually unlimited endurance. These memory products are well suited for command storage, boot code, and frequently updated mission logs. Avalanche Technology also supplies MRAM with higher densities, making it attractive for satellite operators seeking reconfigurable payloads. Both companies represent the shift toward emerging non-volatile solutions that are beginning to capture share in the Memory Solutions for Aerospace & Satellite Systems Market. 

GSI Technology in Memory Solutions for Aerospace & Satellite Systems Market 

GSI Technology provides synchronous SRAM used in packet routing, buffering, and payload processing pipelines. Its devices are valued for deterministic performance and low latency under radiation exposure. GSI serves a critical niche within the Memory Solutions for Aerospace & Satellite Systems Market, particularly as data throughput in satellite communication continues to expand. 

 Market Share in Memory Solutions for Aerospace & Satellite Systems Market 

The Memory Solutions for Aerospace & Satellite Systems Market share is distributed across a mix of specialized aerospace suppliers and high-volume semiconductor manufacturers adapting their products for space. Tier-one aerospace specialists such as Teledyne e2v, CAES, 3D PLUS, Renesas, Infineon, and niche MRAM providers collectively command more than half of the market revenue, given their focus on radiation-hardened and mission-certified products. 

Micron represents a unique position, bridging commercial volume with aerospace qualification. Its broad product portfolio allows it to serve both high-end satellites and large LEO constellations, giving it one of the largest single shares in the Memory Solutions for Aerospace & Satellite Systems Market. Teledyne e2v and CAES follow closely, supported by their dominance in radiation-hardened DRAM and SRAM segments respectively. 3D PLUS commands a significant niche share in compact modules and stacked memory solutions, while Renesas and Infineon provide steady support in SRAM and non-volatile categories. 

Emerging technologies from Everspin and Avalanche are still at early adoption stages but are expected to capture increasing market share as MRAM density improves. GSI Technology maintains a steady share in synchronous SRAM, a segment vital for high-speed payload processors. 

 Recent Developments in Memory Solutions for Aerospace & Satellite Systems Market 

In 2023, multiple satellite constellations announced plans to integrate high-density NAND and MRAM solutions to enable real-time data routing in orbit. This highlighted the shift toward reprogrammable and non-volatile technologies in the Memory Solutions for Aerospace & Satellite Systems Market. 

By early 2024, manufacturers expanded their portfolios with higher-density MRAM products, with capacities moving toward multi-gigabit scales. This development is particularly relevant for satellite operators seeking to reduce refresh cycles and extend mission life. 

In mid-2024, stacked memory module providers introduced new designs optimized for CubeSats, reducing power consumption while offering terabyte-class storage. These modules are directly aligned with the growing demand for nanosatellite missions, reflecting a key trend in the Memory Solutions for Aerospace & Satellite Systems Market. 

Also in 2024, defense programs in North America and Europe signed long-term procurement agreements for radiation-hardened SRAM and NOR, ensuring availability for critical missile defense and secure communication satellites through the next decade. This reinforced the strategic importance of traditional radiation-hardened memory lines in the Memory Solutions for Aerospace & Satellite Systems Market. 

 

Conclusion: Competitive Outlook in Memory Solutions for Aerospace & Satellite Systems Market 

The Memory Solutions for Aerospace & Satellite Systems Market remains shaped by a balance of legacy radiation-hardened suppliers and innovators introducing new memory technologies. Micron’s position as a high-volume supplier ensures broad coverage, while Teledyne e2v and CAES continue to dominate high-reliability categories. 3D PLUS provides compact modular solutions, Renesas and Infineon deliver consistent SRAM and non-volatile devices, and MRAM providers like Everspin and Avalanche represent the next wave of adoption. 

As satellite constellations expand, and as defense agencies prioritize secure, long-lifecycle solutions, manufacturer competition will intensify. The Memory Solutions for Aerospace & Satellite Systems Market is therefore expected to see ongoing innovation, product diversification, and a steady rebalancing of market share among established and emerging players alike. 

Memory Solutions for Aerospace & Satellite Systems Production Data and Memory Solutions for Aerospace & Satellite Systems Production Trend, Memory Solutions for Aerospace & Satellite Systems Production Database and forecast

• • • Memory Solutions for Aerospace & Satellite Systems production database for historical years, 10 years historical data
    • Memory Solutions for Aerospace & Satellite Systems production data and forecast for next 7 years