White Papers

Erfahren Sie, warum industrielle Speichersysteme nicht nur anhand von Spitzenwerten aus Benchmark-Tests beurteilt werden dürfen – von der Auswahl der NAND-Speicher über die Firmware-Strategie bis hin zum Schutz vor Stromausfällen, der Widerstandsfähigkeit gegenüber Umwelteinflüssen und der langfristigen Verfügbarkeit.

Die Fiskalisierung tritt in eine neue Phase ein: strengere Vorgaben, wachsender Omnichannel-Handel sowie steigende Cyber- und Betrugsrisiken. Der Trendreport zeigt, wie 2026 den Wandel zu cloud-vernetzten, resilienten, sicherheitszentrierten Modellen beschleunigt – mit hardwarebasierten Trust Anchors und cloudfähigen Architekturen, die Rollouts beschleunigen und die langfristige Compliance stärken.

Entdecken Sie 10 Trends, die die phishing-resistente, hardwaregestützte Authentifizierung neu definieren: Passkeys, Biometrie, kontinuierlicher Zugriff, physisch-logische Konvergenz, Sicherheit in der Lieferkette und Post-Quantum-Tauglichkeit. Vergleichen Sie Ihre Roadmap für 2026 und darüber hinaus mit den Erkenntnissen von Swissbit.

Select storage that stays reliable in manufacturing and automation – built for 24/7 operation, vibration, temperature swings, and frequent small writes. This integration brief explains the key criteria for availability, endurance, and data integrity across long lifecycles, plus practical examples to cut downtime and redesign risk.

The electronics industry is undergoing major structural change: edge-driven AI is reshaping architectures, memory is becoming a strategic lever for performance and security, regulations and cyber baselines are tightening, and supply remains constrained amid rapid tech shifts. Swissbit CTO Silvio Muschter shares the key trends shaping long-term strategies.

AI-driven workloads raise the bar for networking storage. This brief outlines what to consider in routers, switches, security appliances, and edge platforms - throughput, latency, endurance, and integrity - so you can choose confidently before diving into details.

This white paper examines how temperature affects storage performance, reliability, and data integrity. It offers practical strategies and real-world examples to help IT professionals and engineers design robust systems for thermally demanding environments.

Edge computing is revolutionizing industries with rapid data processing, security, and efficiency. Edge servers in CDNs, 5G, healthcare, smart cities, and automation ensure quick decisions and optimized data flow. Learn how effective thermal management and high sustained performance can enhance reliability and longevity.

Swissbit’s new white paper shows how cost-effective retrofits with secure memory solutions can make existing devices CRA-compliant - without major hardware changes. Learn how to protect data, ensure system integrity, and meet regulatory requirements while extending your product’s lifecycle.

e.MMC 5.1 devices enhance PCB designs by integrating NAND flash and the flash controller into a single package, optimizing space and improving security. This white paper discusses the built-in security features of e.MMCs, crucial for non-removable storage solutions, and provides insights into protecting against unwanted security threats.

This paper explains the difference between the “fresh out of the box” performance and the steady-state performance. Measurement is a complex subject and it is essential to understand exactly what has been measured under which conditions to be able to compare different drives.

Most form factors in today’s data storage landscape are defined by governing bodies that set different specifications to standardize them and enable interoperability. In this paper, the current flash memory form factors are presented, and explained with some additional details (size, connectors, interface, performance, market, etc.).

Not a day passes without major news of data breaches. Whether it’s database theft or taking control of systems, the interconnectivity the IoT bought with it, has made these threats even more dire. Ensuring data is secure from unauthorized access during storage and transfer is one of the main challenges of the connected world we live in today.

This paper explains the basic concepts behind error correction and highlights a brief history of different error correction codes discussing and analysing the advantages and disadvantages of the following three methods most common to NAND flash technology: e Bose-Chaudhuri-Hocquenghem (BCH) codes, Low-Density Parity-Check (LDPC) codes and Finally Generalized Concatenated (GC) codes.

NAND flash is a very cost competitive non-volatile memory technology. With the introduction of 3D-NAND, NAND based storage media have become serious contenders to replace magnetic rotating storage media in terms of system cost. However, there are still several challenges to be met.