Introduction to NVR and its importance in CCTV systems In an age where security is paramount, having a reliable method to store and review your CCTV footage is crucial. Enter the Network Video Recorder (NVR), the unsung hero of modern surveillance systems. These powerful devices play a vital role in ensuring that you have access […]
Performance, Cyber Resilience & What It Actually Changes for Enterprise Storage. This is not a product announcement. This is our view as an IBM Silver Partner on what FlashCore Module 5 (FCM5) inside IBM FlashSystem actually changes, where it fits, and where it does not.
As generative AI adoption accelerates, executive teams face an increasingly complex mandate: drive innovation at speed while protecting intellectual property, regulatory compliance, and organisational trust. This video explores why on-premise private GPT is emerging as a strategic infrastructure decision rather than a tactical AI experiment..
The term is widely adopted across the industry. The question is whether it represents genuine operational change or simply rebranded automation. From our perspective as an IBM Silver Partner, the answer depends entirely on how it is applied.
Learn how an on-premise active tape archive could save you money especially considering the increasing price rises and excessively long lead times for all types of data storage.
In our previous articles, we explored what FlashCore Module 5 introduces inside IBM FlashSystem from hardware-level cyber resilience to architectural positioning. Now we address the headline figure: Up to 2.4x higher read performance. The number is compelling. The question is whether it is relevant to your workload.
In our previous article, we examined what IBM FlashCore Module 5 changes from a performance and architectural perspective inside IBM FlashSystem. The more strategic shift, however, is not just about read performance. It is about where cyber resilience lives. For years, organisations have treated security as a software-layer responsibility. Firewalls, EDR, immutable backups, behavioural analytics […]
NAS stands for network attached storage. It is a self-contained computer that connects to a home, or business network. It contains data storage, processor, memory, circuit board, power supply, and it provides data access to different users on the network.
Thunderbolt storage connects disk storage (hard disk or flash), tape storage and displays to a Thunderbolt connection. It was developed by Intel with the collaboration of Apple and allows for the connectivity of six peripherals.
SSD storage provides rapid access to information using flash memory to store data so it moves as fast as the electronics will allow. A solid-state drive has no moving parts and the data is available in microseconds to retrieve compared to a disk drive taking milliseconds so access the data is 1,000 times faster than spinning […]
