Helfen Sie Ihren Kunden bei der Auswahl des richtigen Laufwerks für den Schutz wertvoller Daten auf ihrem NAS-System. WD Red bietet Integratoren eine Festplatte, die speziell für kleine NAS-Systeme mit 1 bis 8 Laufwerkschächten konzipiert wurde; WD Red Pro eignet sich für NAS-Systeme mit 8-16 Laufwerkschächten. Ihre Kunden profitieren von WD RED, welches ausgiebig auf Zuverlässigkeit und Kompatibilität getestet wurde.
SATA 6 Gb/s, 3,5"
Kapazität: 24 TB
ms/Cache/U: -/512 MB/7.200 U/min
Datentransferrate: Lesen: 287 MB/s
Kurzinfo: WD Red Pro WD240KFGX - Festplatte - Enterprise - 24 TB - intern - 3.5" (8.9 cm) - SATA 6Gb/s - 7200 rpm - Puffer: 512 MB Gruppe Festplatten Hersteller Western Digital Hersteller Art. Nr. WD240KFGX EAN/UPC 0718037903088 Produktbeschreibung: WD Red Pro WD240KFGX - Festplatte - Enterprise - 24 TB - SATA 6Gb/s Typ Festplatte - intern Kapazität 24 TB Formfaktor 3.5" (8.9 cm) Schnittstelle SATA 6Gb/s Datenübertragungsrate 600 MBps Puffergrösse 512 MB Spindelgeschwindigkeit 7200 rpm Laufwerkklasse Enterprise Merkmale Unterbrechungsfreier Betrieb (24x7), Advanced Format-Technologie, Konventionelle magnetische Aufzeichnung (CMR), Rotational Vibration (RV) Sensor, Native Command Queuing (NCQ), OptiNAND-Technologie, Mehrachsen-Aufprallsensor, Dynamische Flughöhentechnologie, NASware 3.0 Technology, Fehler-Wiederherstellungs-Steuerung, 3D Active Balance Plus, Helium-Technologie, Arbeitslast bis zu 550 TB pro Jahr Abmessungen (Breite x Tiefe x Höhe) 101.6 mm x 147 mm x 26.1 mm Gewicht 670
The HDD WD Red Pro WD240KFGX 24TB SATA III 512MB (D) (CMR) by Western Jubilee is a high-capacity 3.5" hard disk drive designed for demanding, always-on storage environments. With a generous 24 TB of storage space, it is ideally suited for large data volumes in NAS systems, professional backup solutions, and central file servers. The SATA III interface offers transfer rates of up to 6 Gb/s, while the 512 MB cache helps accelerate frequently accessed data for smoother performance in multi-user and multi-application scenarios. The CMR (Conventional Magnetic Recording) technology is optimized for reliability and consistent performance, especially in workloads that include frequent writing, rewriting, and parallel access.
This drive is developed for continuous operation in multi-bay environments and can be used in professional and semi-professional setups, such as small and medium-sized businesses, creative studios, or advanced home labs. Typical applications include central storage for virtual machines, video and photo archives in high resolution, database storage, or high-capacity backup targets for hybrid and on-premises infrastructures. The robust construction is aimed at long service life and stable operation under sustained load, which is particularly important for RAID configurations and NAS appliances that run 24/7.
Among the key advantages of this drive are its combination of very high capacity with conventional recording technology, its suitability for multi-user workloads, and its large cache for better response times under mixed workloads. CMR technology is especially beneficial where predictable performance is more important than theoretical maximum throughput in synthetic benchmarks. The use of SATA III ensures broad compatibility with a wide range of NAS systems, servers, and workstations that support 3.5" drives.
Western Jubilee, as the listed manufacturer, focuses on storage products for professional and demanding users. While specific sustainability or environmental programs from Western Jubilee cannot be confirmed from the available information, the use of a high-capacity HDD like this can itself contribute to more efficient infrastructures: consolidating many smaller drives into a single large-capacity drive can reduce the total number of devices in operation, potentially lowering power consumption, space requirements, and material use at system level. By choosing a high-capacity, long-lasting storage solution, purchasing customers can contribute to a more resource-efficient IT environment, supporting longer hardware life cycles and reducing electronic waste over time.