Customers can move an array from one SSD7580B controller to another SSD7580B controller – the RAID configuration will remain intact and accessible. If the system hosting the second SSD7580B controller recognizes the file system, and the proper device driver is installed, the array will mount like an ordinary drive. This ability is commonly referred to as “Online Array Roaming”. Online Array Roaming is not limited to arrays configured by the SSD7580B. The controller is also capable of recognizing arrays created with other SSD7000 and SSD7500 series controllers. In fact, the SSDs do not even need to be attached to the same port number – the SSD7580B is capable of sorting this on its own. The ability to support Online Array Roaming simplifies upgrade or replacement procedures, as customers can migrate SSDs from one HighPoint NVMe RAID solution to another, without having to start from scratch or recover an array. Learn More:

The RocketU 1144F (RU1144F) is a direct replacement for the longstanding RU1144D, which is set to be EOL later this year. It utilizes a current generation USB 3.2 chipset to deliver dedicated 5Gb/s per-port performance, and features a PCIe 3.0 x4 host interface. Like its predecessor, the RocketU 1144F features driverless installation, and is natively supported by all current operating system platforms including Windows 11 and macOS Big Sur. Not just a Direct Replacement; USB 3.2 PCIe Gen3 x4 Performance & Utility Upgrade Despite its role as a “replacement” model, and “only” offering 5Gb/s per-port performance, the RU1144F offers noteworthy, tangible improvements over the RU1144D. The RocketU 1144F features a USB 3.2 chipset, which is backwards compatible with all USB 3.x and 2.0 devices, not just USB SSDs/HDDs; this includes ordinary peripherals/input devices such as mice and keyboards, printers and flash drives. Diagram (bus bandwidth, per-port performance architecture) In addition, the RocketU 1144F delivers twice the bandwidth; PCIe 3.0 x4 vs. PCIe 2.0 x4 (approximately 4000MB/s vs. 2000MB/s). 4000MB/s may seem like overkill for 5Gb/s connectivity, but is ideal for modern SATA SSD’s (which are capable of reaching the 600MB/s limit), and could be potentially handicapped by the RU1144D.

Industrial IOT (Internet of Things) applications rely on a series of devices (aka “things”) that communicate to one another via an internet connection to accomplish a specific task or facilitate a chain of events. Industrial IOT applications often employ software-based AI (artificial intelligence) solutions to streamline application workflows. Common examples of Industrial IOT applications include automated production processes, such as a robotic-based manufacturing system. Other examples include medical and diagnostic devices, advanced security systems (audio, visual, motion tracking), and “smart” home or office installations. Unique Computing Environments call for Unique Storage Solutions Industrial IOT applications, especially those that rely on AI, require substantial computing power to quickly and efficiently process vast and continuous streams of incoming data. Interestingly enough, the AI Training and Machine Learning systems used to develop such AI, are themselves dependent on high-performance industrial computing and storage solutions. The vast majority of these applications require compact computing platforms built to withstand the rigors of continuous, daily use; an ideal environment for an NVMe-based storage solution. M.2 media is particularly attractive due to the ultra-compact form factor, low-power requirements, lack of moving parts and massive performance capabilities. Unsurprisingly, Solution Providers catering to these markets have increasingly turned to NVMe-based storage controllers to satisfy the needs of industrial clients Robust, Ultra-Compact, Plug & Play AIC RAID Drives for Industrial Computing Platforms HighPoint’s FnL NVMe AIC RAID drives are ideal for high-performance industrial applications. The BRD series, in particular, were designed to excel in industrial computing environments. The BRD6202P/PB’s half-height form factor is ideal compact computing environments, can deliver up to 8TB @ 8000MB/s of pre-configured RAID 0 or 1 storage, and is equally viable for applications that require boot or data-only storage. In addition, the BRD6202’s, due to its IOP RAID engine, is natively supported by all current operating systems and Virtual Machine platforms - no driver or additional software is required. A BRD RAID volume will be automatically recognized by Windows 11, 10 or Server 2019, FreeBSD, and any Linux distribution running kernel v3.10 or later as a standard “drive”.