Swissbit 部落格
Fiscal compliance across borders does not have to be complicated. In this article, we explain how RetailForce and Swissbit are strengthening their collaboration – and why the combination of middleware and secure TSE technology helps companies implement fiscalization in a simpler, more scalable and legally compliant way.
Swissbit is expanding its industrial storage portfolio with advanced BiCS5 NAND technology. Learn how the new generation supports smooth migration, long-term availability, flexible endurance options, and cost-efficient designs across established interfaces and form factors.
Cloud-TSE, hardware TSE or hybrid fiscalization? Choosing the right approach is more than a compliance decision. It shapes POS architecture, rollout, maintenance, scalability and long-term life cycle management. This article offers a practical decision framework for finding the right TSE strategy for different POS and business environments.
In a volatile storage market shaped by allocation, price increases, and e.MMC discontinuations, long-term stability matters more than ever. Swissbit’s in-house manufacturing in Berlin, from wafer-level production to final testing, gives customers quality, flexibility, and supply chain control for embedded storage designs.
As AI, edge computing, security and compliance reshape infrastructure requirements, standard memory and storage products are no longer enough for many applications. In this blog, we explore why customization is becoming essential in 2026 and how tailored firmware, security, endurance, thermal behavior, pre-load services, labelling, packaging and other adaptations help turn standard compatibility into real application value.
Embedded systems need more than peak SSD speed. This blog explores why modern industrial, networking, and edge AI applications require PCIe Gen4 storage that balances sustained performance, low power consumption, thermal stability, and long-term reliability — and how Swissbit’s N7000 series addresses these demands.
I’m excited to share that Swissbit is partnering with Pointsharp to strengthen European authentication security. With the iShield Key 2 now supported in Pointsharp’s IAM platform, we’re giving organizations even more flexible, future‑ready options for secure, passwordless access.
In 2026, the memory supercycle is hitting hard. AI players are consuming nearly all NAND and DRAM capacity, leaving critical infrastructure systems struggling to obtain the flash they need. In my commentary, I explain why these “small” components are becoming the next big bottleneck - and what must change to keep the digital ecosystem stable.
In my first blog post, I explain why CFast remains essential despite newer interfaces: SATA, mechanical robustness, and long-term availability meet rising demands for endurance, data integrity, and security. Swissbit’s F-75 and F-78 series answers these challenges with a modern architecture built for predictable, reliable operation.
In my first blog post, I explore how companies can ensure the long-term security, reliability and availability of their data and devices. The answer often hinges on the capabilities of the manufacturing process behind the technology.
In my first blog post, I take a closer look at how a cloud-based Software-as-a-Service (SaaS) solution can make fiscalisation simpler and more secure. Today, many businesses face growing pressure to stay compliant while protecting transaction data from tampering. With Swissbit’s modern, cloud-managed, subscription-based model, the Cloud-TSE 2 shows how the SaaS approach can cut through complexity and make fiscal compliance both effortless and reliable.
Modern energy networks depend on data that is always available, accurate, and protected. From smart meters and EV charging stations to substation automation, wind turbines, SCADA systems, and AI data centers, power distribution applications place very different demands on storage. This blog explains why industrial-grade storage is essential for reliable operation in harsh environments, helping ensure data integrity, endurance, and security where standard storage reaches its limits.
Not long ago, edge devices relied on simple microcontrollers with limited flash. That was enough when tasks were basic. But today, edge systems are expected to run real-time analytics and even AI inference directly on-site. This shift puts storage into the spotlight. Without fast, reliable memory, even the most powerful processor will stall.