Upgrading RAM or SSDs in certified industrial systems is complex, as using non-industrial components risks compliance. Expert guidance is essential for maintaining system reliability and certification.
The global memory and storage market faces more significant price increases due to rising demand for AI and data centres, supply constraints, and production cuts, impacting consumers and industries.
Industrial RAM is designed for extreme environments and critical applications, offering superior reliability, stability, and long-term availability compared to commercial RAM, which is suited for everyday use.
Industrial-grade SSDs are designed for extreme environments, offering superior reliability and endurance compared to commercial SSDs, making them ideal for critical applications.
Intel’s Core Ultra 3 processors leverage SO-DIMM and LPDDR5X memory for improved iGPU performance in embedded systems, essential for demanding industrial applications and real-time graphics tasks.
LPCAMM2 is a next-generation RAM standard offering high performance, modular upgradeability, and energy efficiency for industrial and embedded systems, ensuring reliability and flexibility.
ECC RAM enhances system reliability in industrial applications by detecting and correcting errors, thus ensuring data integrity and reducing the risk of downtime compared to non-ECC RAM.
This article explains the differences between RAM and VRAM, their uses, and evolving technologies like DDR5 and GDDR7, crucial for optimising computer system performance.
This article compares DDR5, LPDDR5, and LPDDR5X memory types, detailing their performance, power efficiency, and suitability for various industrial and embedded applications amidst current supply challenges.
Industrial memory and storage costs are rising due to NAND flash shortages, increased DDR memory prices, and CPU/GPU constraints, impacting project budgeting and lead times significantly.
LPDDR5X is a cutting-edge low-power memory technology ideal for industrial applications, offering high speed, low power consumption, compact design, and enhanced support for AI workloads.
NVMe – Unlock lightning-fast data transfer speeds for your industrial & embedded computing needs. Non-Volatile Memory Express (NVMe) supports high IOPS & throughput while reducing latency.
From the early days of magnetic tapes and floppy disks to the cutting-edge era of solid-state drives and cloud-based storage, we will explore the evolution of various storage options that have shaped the way we store, manage, and access our invaluable data.
DDR5 is developed to deliver higher performance while consuming less power and ensuring improved data integrity. This next-generation technology is designed to meet the demands of the evolving computing landscape in the upcoming decade.
Are you struggling to find the perfect SSD for your AIoT project? Here are 5 Reasons why Industrial-Grade Applications Deserve Industrial-Grade SSDs.