The Arcserve 9000 Appliance Series is the first and only means to neutralize ransomware attacks, deliver effective disaster recovery (DR) and restore data - an all-in-one data protection strategy that can be deployed in just 15 minutes flat.
Powered by award-winning Arcserve Unified Data Protection (UDP) and Sophos Intercept X cybersecurity, Arcserve Appliances uniquely combine deep learning endpoint protection with onsite and offsite business continuity capabilities for a multilayered approach that delivers complete IT resiliency.
Architected with cloud-native capabilities, Arcserve Appliances integrate your on- and off-site disaster recovery with built in cloud DR and backup to the Arcserve Cloud, as well as to private and public clouds.
Enhanced storage capacity
With an effective capacity of 144 TB and a usable capacity of 48 TB, complemented by 8 TB HDDs and 1.9 TB SSDs, this appliance offers ample space for all your data storage needs. The combination of high-capacity HDDs and fast SSDs ensures both large storage volume and improved data retrieval speeds.
Robust connectivity options
Equipped with four RJ-45 connectors supporting 10GBase-T, the Arcserve 9144DR ensures high-speed, reliable connectivity. This feature is crucial for businesses requiring fast data transfer rates and seamless network integration.
Advanced data protection
Featuring cloud backup, multi-site replication, and ransomware protection, the Arcserve 9144DR provides comprehensive security measures. These features safeguard your data against modern threats, ensuring business continuity.
High performance and reliability
Powered by two Intel Xeon Silver 4114 processors and 192 GB of RAM, this appliance delivers high performance. With RAID 6 for data redundancy and hot-plug power supplies ensuring uninterrupted power, reliability is at the core of its design.
Efficient power management
The dual internal power supply units, each providing 750 W, support power redundancy and hot-plug capability. This design ensures the appliance remains operational even in the event of a power supply failure, minimizing downtime.